Iceberg demonstrates the relationship between direct and indirect costs of accidents, showing that on average, indirect costs exceed direct costs. Examples of indirect costs include: - a) Overhead costs - b) Schedule delays - c) **Medical costs** (DIRECT COST) - d) Cleanup time ## 7. Geometric Sequences - **Sequence Identification:** The proper arrangement of the following shapes by their complexity is: I. Quadrilateral II. Parallelogram III. Rectangle IV. Square. - a) II, IV, III, I - b) I, II, III, IV - c) IV, III, II, I - d) I, III, II, IV ## 8. Building Use Classification - The term **Occupancy** refers to a type of use of a building for interior space such as an office, restaurant, private residence, or school, grouped based on similar life-safety characteristics, fire hazards, and combustible contents. - a) Building elements - b) **Occupancy** - c) Building Code - d) Accommodation ## 9. Construction Pit Transport Fees - The maximum distance, as specified in the construction contract, which the contractor is expected to transport soil material without receiving additional payment, is known as **Freehaul distance**. - a) **Freehaul distance** - b) Overhaul distance - c) Haul distance - d) Baseline distance ## 10. Retarder Application Principles - **Fundamental Principles for Upper Retarders:** The retarder should be as near as possible to the warm side of the insulation or the warm face of the assembly. Moreover, it should be installed using a method appropriate for the specific condensation hazard. ## 11. Material Characteristics - **Hardness**: A measure of a material's ability to resist indentation or penetration. - a) **Hardness** - b) Ductility - c) Toughness - d) Resilience ## 12. Soil Density Changes - **Consolidation**: An increase in the soil density of cohesive soil resulting from the expulsion of water from the soil's void spaces. - a) Segregation - b) **Consolidation** - c) Compaction - d) Soil Stabilization ## 13. Concrete Finishing Process - The correct step-by-step process of finishing standard weight concrete slabs is as follows: 1. Bleeding 2. Screeding 3. Leveling 4. Edging 5. Jointing 6. Floating 7. Troweling 8. Broom finishing ## 14. Safety Oversight Authority - The entity given authority to review reports of inspection, accident investigations, and the implementation of the program is the **Health and Safety Committee**. - a) **Health and Safety Committee** - b) DOLE - c) DPWH - d) BFP ## 15. Soil Grouting Process - The process of injecting any agent into soil or rock to increase its strength or stability, protect foundations, or reduce groundwater is termed **Grouting**. - a) **Grouting** - b) Pumping - c) Bleeding - d) Screeding ## 16. Construction Safety Program Requirements - Every construction project must have a suitable **Construction Safety and Health Program**, which adheres to the rules and orders issued by the DOLE. - a) **Construction Safety and Health Program** - b) Occupational Health and Safety Program - c) Occupational Safety and Health Administration - d) Workplace Safety and Procedures ## 17. Safety Sight Distance and Vehicle Characteristics - One of the provisions for safety sight distance is dependent on the characteristics of the vehicle, including: - I. Type of vehicle (car or truck) - II. Friction between the tire and road - III. Eye height of the driver - IV. Speed of the vehicle - a) I only - b) II and III only - c) IV only - d) **All of the above** ## 18. Concrete Leveling Technique - **Screeding** is the process to level a floor or layer of concrete with a straight edge using a back and forth motion while moving across the surface. - a) Troweling - b) **Screeding** - c) Floating - d) Finishing ## 19. Structural Support Types - A structure driven into the soil to support construction by transferring building loads to a deeper and stronger layer of soil or rock is referred to as a **Pile**. - a) Caisson - b) Pier - c) Shoring - d) **Piles** ## 20. Road User Guidance Signs - **Guide signs** inform and advise road users of directions, distances, routes, and the location of services. - a) Cross road sign - b) **Guide signs** - c) Advance direction signs - d) Traffic instruction signs ## 21. Delay Concept in Transportation - The **Delay** refers to the difference between the actual travel time and the ideal travel time for a segment of the transportation system. - a) Queue time - b) Travel time - c) **Delay** - d) Service time ## 22. Construction Instructions - **Specifications** are written instructions detailing how a facility is to be constructed. - a) **Specifications** - b) Estimates - c) Bid documents - d) Plans ## 23. Tidal Wave Phases - The interval referring to the time delay in highest tide for each location due to cosmic forces and friction is called the **Age of Tides**. - a) **Age of Tides** - b) Lunar tide - c) Diurnal tide - d) Semi-diurnal tide ## 24. Road Environment Factors and Safety Sight Distance - The provision for safety sight distance is influenced by the following characteristics of the road environment: - I. Road geometry - II. Road surface - III. Road illumination at night - IV. Road topography - a) I and IV only - b) I, II, and III only - c) II and IV only - d) **All of the above** ## 25. Pavement Cracking Types - **Transverse cracking** occurs at right angles to the pavement centerline due to shrinkage or differential thermal stress of the asphalt concrete or reflective cracks. - a) Alligator cracking - b) Block cracking - c) **Transverse cracking** - d) Longitudinal cracking ## 26. Pavement Surface Wear - **Raveling** refers to the wearing away of the pavement surface caused by dislodging of aggregated particles and binder, often a result of insufficient asphalt binder in the mix. - a) Joint or crack spalling - b) Flushing - c) Bleeding - d) **Raveling** ## 27. Surveying Procedures - **Double centering** is a procedure in a horizontal angle layout that involves turning the angle twice and creating a line of sight for critical points. Not used on every point. ## 28. Fatigue Resistance Measure - **Fatigue resistance** is the measure of a material's ability to withstand cyclic (repeated) stresses, with the risk of fracture occurring without warning, even below yield strength. ## 29. Screeding Definition - **Screeding** is defined as the method of moving a straight-edge back and forth with a saw-like motion across the forms to finish concrete surfaces. ## 30. Hazard Definition - A **Hazard** is defined as a source or situation that poses a potential risk for harm, injury, or damage to health, property, or the environment. ## 31. Risk Definition - **Risk** is defined as a human action that deviates from commonly accepted safe procedures that may result in an accident; it requires adherence to a suitable Construction Safety and Health Program, per DOLE requirements. ## 32. Loading Zones - **Loading and unloading zone markings** must be red in color. ## 33. Project Definition - A **Project** is a series of activities with specified objectives that have defined start and end dates, monitored planning, and resource consumption, including money, labor, and equipment. - a) **All of the above** - b) I, II, IV, and V - c) I, II, and IV - d) I, III, and V ## 34. Contract Changes - The following reasons may cause a contract change, except for: - a) Unforeseen conditions - b) **Poor jobsite productivity** - c) A change in owner requirements - d) Designer omission or error ## 35. Road Condition Characteristics - Factors affecting safety sight distance based on the road environment include: - I. Road geometry-grade and curvature sight limitations - II. Road surface-sealed or unsealed, and its smoothness - III. Road illumination at night - IV. Road topography - a) I, II, and III only - b) **All of the above** - c) I, III, and IV only - d) II, III, and IV only ## 36. Structural Properties in Coastal Construction - Key structural properties vital for material selection in harbor and coastal construction include: - I. Specific gravity - II. Material strength - III. Resistance to cyclical impact loading - IV. Resistance to seismic forces - V. Material flexibility - VI. Structural size - a) I, II, and III only - b) IV, V only - c) I, III, and IV only - d) **All of the above** ## 37. Piling Definition - **Piles** are structural components driven into the soil transferring building loads to deeper and stronger soil or rock layers. ## 38. Trip Definition - A **Trip** is defined as the basic unit of travel behavior, involving movement from a single origin to a single destination, characterized by origins, destinations, purposes, and travel modes. ## 39. Signal Coordination - **Signal coordination** involves timing signals in relation to one another, allowing vehicles traveling at a determined speed to pass through successive green lights. ## 40. Rumble Strip Purpose - A **Rumble strip** is a type of thermoplastic lane marking that provides motorists with visual, audio, and motion warnings on the road. ## 41. Grade Resistance - **Grade resistance** represents the component of vehicle weight that acts parallel to an inclined surface. ## 42. Hazard Circumstances - **Hazard** refers to circumstances that deviate from standard conditions, permitting occurrences of accidents or incidents. ## 43. Demolition Area Restrictions - During demolition, no one except workers directly engaged in demolition shall enter an area within a distance equal to 1.5 times the height of the structure being demolished. ## 44. Logistic Definition - **Logistics** refers to the strategic management of resources, materials, and information to ensure efficient movement and delivery of goods and services. ## 45. Design Speed - **Design speed** refers to the maximum safe speed that can be maintained over a specified section of highway under favorable conditions governed by design features. ## 46. Bid Bond Valid Statement - A valid statement regarding a **bid bond** is that it represents costs incurred by the owner if the bidder fails to enter into a contract. - a) It pays for costs incurred by the bid deadline is mixed. - b) **It represents the costs that the owners incur if the bidder fails to enter into a contract.** - c) It represents costs incurred by subcontractors if the project is underbid. - d) It pays for office overhead costs related to a bid ## 47. Hygroscopic Material Definition - **Hygroscopic** refers to a substance that tends to absorb water from the air. ## 48. Safe Pile Capacity Data - The safe capacity of piles driven by powered hammers is based on data comprising: - I. Average penetration per blow (last six blows) - II. Energy of hammer - III. Weight of hammer - IV. Weight of pile including appurtenances - V. Coefficient of restitution based on pile weight - VI. **All of the above** ## 49. Berth Structure Definition - A **Pier** is a berth structure projecting out from the shoreline. - a) Groin - b) Wharf - c) Breakwater - d) **Pier** ## 50. Road Alignment Signs - **Chevron signs** are used to guide drivers through a change in the horizontal alignment of the road. - a) **Chevron signs** - b) Supplementary signs - c) Guide post signs - d) Delineators ## 51. Road Delineation Devices - Delineation of road alignment includes: - I. Pavement Markings - II. Signs - III. Guide Posts - IV. Reflective delineators - V. Lighting - VI. Curb or other physical devices - a) I, II, II, and IV only - b) I, II, IV, and VI only - c) I, V, V, and VI only - d) **All of the above** ## 52. Properties of Queuing Diagrams - Important properties in queuing diagrams include: - I. The slope of D(t) is the departure rate; the slope of A(t) is the arrival rate. - II. The departure rate cannot exceed the service rate or capacity of the server. It may be less. - III. Cumulative departures can never exceed cumulative arrivals. D(t) can never be above A(t) in the queuing diagram. - IV. When a queue exists, the departure rate equals the service rate. In the absence of a queue, the same rate equals the arrival rate. - V. **All of the above** ## 53. Scaffolding Capacity Brackets - Capacity requirements for all scaffolding must be: - a) At least four times its own weight - b) At least 6 times its own weight - c) At most 6 times its own weight - d) At most 5 times its own weight ## 54. Highway Driver Elements - The essential elements of highway driving are referred to as **Driving Task**, encompassing navigation, guidance, and control. - a) **Driving task** - b) Ergonomics - c) Engineering psychology - d) Range index ## 55. Protective Systems in Excavation - **Protective systems** include methods for protecting workers from cave-ins during excavations, consisting of support systems, sloping, benching systems, and shield systems. - a) **Protective system** - b) Personnel protective system - c) Fall arrest system - d) Level arrest system ## 56. Bucket Volume Definitions - **Bucket load capacity** refers to the volume contained within the bucket outline as determined by the bucket sides. - a) Plate line capacity - b) Water line capacity - c) Heap volume - d) **Bucket load capacity** ## 57. Contract Definition - A **Contract** is defined as a formal or legally binding agreement between two parties. ## 58. Toolbox Meeting Definition - A **Toolbox Meeting** is an informal group discussion that focuses on a specific safety issue, facilitating health and safety culture discussions on job sites. ## 59. Road User Directional Signs - **Guide signs** inform road users about the directions and distances to destinations on their route or intersecting roads. - a) Supplementary signs - b) **Guide signs** - c) Warning signs - d) Stack signs ## 60. Specifications Definition - **Specifications** provide detailed requirements for materials, equipment, and workmanship for projects. - a) **Specifications** - b) Bid documents - c) Estimates - d) Plans ## 61. Damping Capacity - **Damping capacity** is the measure of a material’s ability to absorb or dissipate mechanical vibrations. ## 62. Profile Drawing Definition - A **Profile** is a drawing with elevation as the vertical axis and horizontal distance measured along the centerline as the horizontal axis. ## 63. PERT CPM Network Preparation - When preparing a report on the PERT CPM network in construction, one should consider: - a) Pessimistic time network - b) Optimistic time - c) Probable time - d) **All of the above** ## 64. Post-Construction Resolution - This occurs after completion of construction and the resolution of the majority of punchlist and commissioning issues, known as the **Profile**. ## 65. Concrete Formwork Concept - **Formwork** is necessary for concrete placement to maintain shape before the concrete sets. ## 66. Benching Technique in Excavation - **Benching** is a method of protecting workers from cave-ins by creating a series of horizontal levels or steps in excavated areas. - a) **Benching** - b) Shoring - c) Shielding - d) Fall arrest system ## 67. Concrete Surface Leveling - The process of leveling a concrete surface with enough mortar after screeding is termed **Floating**. - a) **Floating** - b) Edging - c) Leveling - d) Bleeding ## 68. Control Joint Placement in Concrete - **Jointing** involves placing premolded inserts in concrete slabs to control cracking due to shrinkage, immediately after or during edging. - a) Jointing - b) Troweling - c) Leveling - d) Edging ## 69. Safety Barrier Considerations - Reasons to establish a need for safety barriers include: - I. Fore slope and back slope steepness and height - II. Unforgiving hazards within the clear zone - III. Water hazards within the clear zone - a) II only - b) I only - c) II and III only - d) **All of the three** ## 70. Limits on Road Messages - Messages painted on pavement should be limited to **six words or less**. - a) **six words or less** - b) five words or less - c) four words or less - d) three words or less ## 71. Types of Pavement Markings - The four types of pavement and curb markings include: - a) **longitudinal lines, transverse lines, lane lines, and center lines** - b) longitudinal lines, transverse lines, stop lines, & center lines - c) longitudinal lines, transverse lines, transition lines, & stop lines - d) longitudinal lines, transverse lines, other lines, & other markings ## 72. Overtaking Lane Design Considerations - Design considerations for overtaking and climbing lanes include: - I. Initial diverge taper - II. Auxiliary lane length - III. End or merge taper - a) **I, II, & III** - b) I & II only - c) II & III only - d) I & III only ## 73. Road Density Definition - **Density** is defined as the number of vehicles per unit distance occupying a roadway section at a given instant in time, measured in vehicles per mile or kilometer. - a) flow - b) **density** - c) capacity - d) volume ## 74. Continuous Waterfront Structure - A **Wharf** is a continuous structure built parallel to the shoreline for loading and unloading ships. - a) pier - b) **wharf** - c) port - d) lighthouse ## 75. Vertical Design Factors - The minimum **K value** for sag vertical should be based on the following factors: - I. Safety sight distance for drivers - II. Appearance in low fill and flat areas - III. Riding comfort, especially at floodway approaches - IV. Vertical alignment fitting into natural terrain. - a) I, II, & III only - b) I, III, & IV only - c) I, II, & IV only - d) II, III, & IV only ## 76. Rumble Strip Definition - A **Rumble strip** is a thermoplastic lane marking designed for visual, audio, and motion warnings for motorists on the road. - a) regulatory signs - b) diagonal marking - c) chevron marking - d) **rumble strip** ## 77. Lane Line Continuation Rules - Lane lines must not be continued in the following scenarios: - I. Across signalized intersections, where low priority road lines must be discontinued. - II. Across side street entrances, except for one-way streets. - III. Past the start of the taper at multi-lane road narrows. - IV. On roads with more than two lanes without median islands. - a) I, II, & IV - b). I, II, & IV - c) II, III, & IV - d) I, II, and III ## 78. Directional Information Signs - **Guide signs** serve to inform road users about directions, distances to destinations, and service locations. - a) **guide signs** - b) warning signs - c) regulatory sign - d) traffic sign ## 79. Benefits of Shoulder Paving - **Shoulder paving** offers: - I. Integrity of the pavement - II. Width for edge line pavement markings - III. Enhanced safety to prevent vehicle skidding - IV. Lower maintenance costs compared to paved shoulders - a) I, III, & IV only - b) **all of the above** - c) I, II, & III only - d) II, III, & IV only ## 80. Structures Built into the Sea - A **Pier** is defined as a structure built into the sea but not aligned parallel to the coastline, which serves various purposes for vessels. - a) lighthouse - b) port - c) **pier** - d) wharf ## 81. Navigable Water Definitions - A navigable body of water leading to a harbor is referred to as a **Channel**. - a) fairway - b) **channel** - c) shoal - d) significant depth ## 82. Types of Curves in Roads - **Vertical curves** are typically parabolas centered around the point of intersection of vertical tangents they connect. - a) **vertical curve** - b) vertical tangent - c) spiral curve - d) grade ## 83. Wind-Generated Waves - Waves under wind influence are referred to as **Sea waves**. - A. Wakes - B. **Sea** - C. Swells - D. Seiching ## 84. Traffic Flow Rate - The **Capacity** refers to the maximum sustained rate of flow for vehicles (passenger cars per hour per lane) under uniform conditions on a freeway segment. - A. Density - B. Traffic flow - C. **Capacity** - D. Design hourly volume ## 85. Hazardous Condition Warnings - **Warning signs** inform road users about hazardous or unexpected road conditions. - A. Roadwork signs - B. **Warning signs** - C. Traffic signs - D. Guide signs ## 86. Purpose of Edge Lines - The purpose of **edge lines** includes discouraging shoulder travel, enhancing safety at night, guiding past hazards, and delineating the edge of the traveled way from the shoulder. - A. I - B. IV - C. V - D. II ## 87. Road Capacity Measurement - **Road capacity** is the maximum number of vehicles expected to pass over a given section of a roadway in one direction during one hour. - A. **Road capacity** - B. Flow of traffic - C. Density - D. Free flow ## 88. High-Rise Building Cleaners - For window cleaners of high-rise buildings, **Slung Scaffold** is most appropriate for providing a suspended working platform. - a) Birdcage Scaffold - b) **Slung Scaffold** - c) Cantilever Scaffold - d) Trestle Scaffold ## 89. Leading Workplace Fatalities - **Falls** are the leading cause accounting for more than 50% of workplace fatalities. - a) Slips - b) Trips - c) **Falls** - d) Electrocution ## 90. Excavation Material Placement - Excavated material should be kept from the excavation edge at a distance not less than **1/4** of the excavation depth. - a) **1/4** - b) 1/3 - c) 1/2 - d) 2/3 ## 91. Temporary Vertical Support Definition - **Dead Shore** refers to temporary vertical support installed directly beneath structural elements while repairs or foundation work is conducted. - A. **Dead Shore** - B. Lateral Bracing - C. Cantilever Prop - D. Raking Shore ## 92. Building Information Modeling - **Building Information Modeling** (BIM) is a 3D model-driven process generating a digital representation of facility features, supporting informed decision-making throughout its lifecycle. - A. CAD Drafting - B. **Building Information Modeling** - C. GIS Mapping - D. Structural Analysis Software ## 93. Operating Costs in Contracting - **Operating Cost** refers to expenses incurred while using equipment for project execution, including repair costs, parts replacement, fuels, labor, and storage. - A. I, II, III, IV - B. I, II, III, IV, V - C. I, II, III - D. II, III, IV ## 94. Water Supply Pipe Terminology - In a water supply system, the vertical pipes are referred to as **risers**, and the horizontal pipes as **branches**. - A. branches and risers respectively - B. **risers and branches respectively** - C. roughing ins and connections respectively - D. connections and roughing ins respectively ## 95. Joint Sealant Definition - A **Joint Sealant** is a rubber or rubber-like material used to fill and seal joints or openings, either alone or with other materials. - A. Grout - B. **Joint Sealant** - C. Adhesive - D. Mortar ## 96. Demolition Area Entry Restriction - During demolition, no one except those engaged in the work shall enter an area within a distance of **1.5 times the height** of the structure being demolished. - A. 1.2 times the height of the structure - B. 2.0 times the height of the structure - C. **1.5 times the height of the structure** - D. 3.0 times the height of the structure ## 97. Vertical Pipe Definition - A **Riser** is a vertical pipe used to transport fluids between different floors of a building. - A. Drain - B. Conduit - C. **Riser** - D. Vent ## 98. Plan View Definition - A **Plan View** is a scaled drawing representing the layout of a structure as seen from above, detailing the arrangement of spaces, walls, and features. - A. **Plan View** - B. Section View - C. Isometric View - D. Elevation View ## 99. Corrosion-Resistant Coating - **Epoxy** is a common protective coating for enhancing corrosion resistance and durability of pipes and appliances. - A. **Epoxy** - B. Latex - C. Polyurethane - D. Acrylic ## 100. Surveying Type Acknowledgment - **Geodetic Surveying** is the type of surveying that takes the curvature of the Earth into account. - A. **Geodetic Surveying** - B. Plane Surveying - C. Topographic Surveying - D. Hydrographic Surveying ## 101. Competency Standards Defined - **Competency Standards** define the required skills, knowledge, and attitudes necessary for effective job performance in the workplace. - A. Work Ethics - B. **Competency Standards** - C. Training Manuals - D. Job Description ## 102. Concrete Retarder Example - A commonly used chemical compound as a retarder in concrete is **Calcium lignosulphonate**. - A. Calcium chloride - B. Aluminum powder - C. Potassium carbonate - D. **Calcium lignosulphonate** ## 103. Sub-base Thickness Determination - The minimum thickness for one layer of compacted granular sub-base should be **20 cm**. - A. 10 cm - B. **20 cm** - C. 15 cm - D. 12 cm ## 104. Hazard Control Classification - The type of hazard control that involves replacing a toxic or hazardous material with a less harmful one is termed **Substitution**. - A. **Substitution** - B. Elimination - C. Engineering Control - D. Administrative Control ## 2. Substitution - B. Elimination - C. Engineering Control - D. Administrative Control ## 2. Substitution - B. Elimination - C. Engineering Control - D. Administrative Control

Iceberg demonstrates the relationship between direct and indirect costs of accidents, showing that on average, indirect costs exceed direct costs. Examples of indirect costs include: - a) Overhead costs - b) Schedule delays - c) **Medical costs** (DIRECT COST) - d) Cleanup time ## 7. Geometric Sequences - **Sequence Identification:** The proper arrangement of the following shapes by their complexity is: I. Quadrilateral II. Parallelogram III. Rectangle IV. Square. - a) II, IV, III, I - b) I, II, III, IV - c) IV, III, II, I - d) I, III, II, IV ## 8. Building Use Classification - The term **Occupancy** refers to a type of use of a building for interior space such as an office, restaurant, private residence, or school, grouped based on similar life-safety characteristics, fire hazards, and combustible contents. - a) Building elements - b) **Occupancy** - c) Building Code - d) Accommodation ## 9. Construction Pit Transport Fees - The maximum distance, as specified in the construction contract, which the contractor is expected to transport soil material without receiving additional payment, is known as **Freehaul distance**. - a) **Freehaul distance** - b) Overhaul distance - c) Haul distance - d) Baseline distance ## 10. Retarder Application Principles - **Fundamental Principles for Upper Retarders:** The retarder should be as near as possible to the warm side of the insulation or the warm face of the assembly. Moreover, it should be installed using a method appropriate for the specific condensation hazard. ## 11. Material Characteristics - **Hardness**: A measure of a material's ability to resist indentation or penetration. - a) **Hardness** - b) Ductility - c) Toughness - d) Resilience ## 12. Soil Density Changes - **Consolidation**: An increase in the soil density of cohesive soil resulting from the expulsion of water from the soil's void spaces. - a) Segregation - b) **Consolidation** - c) Compaction - d) Soil Stabilization ## 13. Concrete Finishing Process - The correct step-by-step process of finishing standard weight concrete slabs is as follows: 1. Bleeding 2. Screeding 3. Leveling 4. Edging 5. Jointing 6. Floating 7. Troweling 8. Broom finishing ## 14. Safety Oversight Authority - The entity given authority to review reports of inspection, accident investigations, and the implementation of the program is the **Health and Safety Committee**. - a) **Health and Safety Committee** - b) DOLE - c) DPWH - d) BFP ## 15. Soil Grouting Process - The process of injecting any agent into soil or rock to increase its strength or stability, protect foundations, or reduce groundwater is termed **Grouting**. - a) **Grouting** - b) Pumping - c) Bleeding - d) Screeding ## 16. Construction Safety Program Requirements - Every construction project must have a suitable **Construction Safety and Health Program**, which adheres to the rules and orders issued by the DOLE. - a) **Construction Safety and Health Program** - b) Occupational Health and Safety Program - c) Occupational Safety and Health Administration - d) Workplace Safety and Procedures ## 17. Safety Sight Distance and Vehicle Characteristics - One of the provisions for safety sight distance is dependent on the characteristics of the vehicle, including: - I. Type of vehicle (car or truck) - II. Friction between the tire and road - III. Eye height of the driver - IV. Speed of the vehicle - a) I only - b) II and III only - c) IV only - d) **All of the above** ## 18. Concrete Leveling Technique - **Screeding** is the process to level a floor or layer of concrete with a straight edge using a back and forth motion while moving across the surface. - a) Troweling - b) **Screeding** - c) Floating - d) Finishing ## 19. Structural Support Types - A structure driven into the soil to support construction by transferring building loads to a deeper and stronger layer of soil or rock is referred to as a **Pile**. - a) Caisson - b) Pier - c) Shoring - d) **Piles** ## 20. Road User Guidance Signs - **Guide signs** inform and advise road users of directions, distances, routes, and the location of services. - a) Cross road sign - b) **Guide signs** - c) Advance direction signs - d) Traffic instruction signs ## 21. Delay Concept in Transportation - The **Delay** refers to the difference between the actual travel time and the ideal travel time for a segment of the transportation system. - a) Queue time - b) Travel time - c) **Delay** - d) Service time ## 22. Construction Instructions - **Specifications** are written instructions detailing how a facility is to be constructed. - a) **Specifications** - b) Estimates - c) Bid documents - d) Plans ## 23. Tidal Wave Phases - The interval referring to the time delay in highest tide for each location due to cosmic forces and friction is called the **Age of Tides**. - a) **Age of Tides** - b) Lunar tide - c) Diurnal tide - d) Semi-diurnal tide ## 24. Road Environment Factors and Safety Sight Distance - The provision for safety sight distance is influenced by the following characteristics of the road environment: - I. Road geometry - II. Road surface - III. Road illumination at night - IV. Road topography - a) I and IV only - b) I, II, and III only - c) II and IV only - d) **All of the above** ## 25. Pavement Cracking Types - **Transverse cracking** occurs at right angles to the pavement centerline due to shrinkage or differential thermal stress of the asphalt concrete or reflective cracks. - a) Alligator cracking - b) Block cracking - c) **Transverse cracking** - d) Longitudinal cracking ## 26. Pavement Surface Wear - **Raveling** refers to the wearing away of the pavement surface caused by dislodging of aggregated particles and binder, often a result of insufficient asphalt binder in the mix. - a) Joint or crack spalling - b) Flushing - c) Bleeding - d) **Raveling** ## 27. Surveying Procedures - **Double centering** is a procedure in a horizontal angle layout that involves turning the angle twice and creating a line of sight for critical points. Not used on every point. ## 28. Fatigue Resistance Measure - **Fatigue resistance** is the measure of a material's ability to withstand cyclic (repeated) stresses, with the risk of fracture occurring without warning, even below yield strength. ## 29. Screeding Definition - **Screeding** is defined as the method of moving a straight-edge back and forth with a saw-like motion across the forms to finish concrete surfaces. ## 30. Hazard Definition - A **Hazard** is defined as a source or situation that poses a potential risk for harm, injury, or damage to health, property, or the environment. ## 31. Risk Definition - **Risk** is defined as a human action that deviates from commonly accepted safe procedures that may result in an accident; it requires adherence to a suitable Construction Safety and Health Program, per DOLE requirements. ## 32. Loading Zones - **Loading and unloading zone markings** must be red in color. ## 33. Project Definition - A **Project** is a series of activities with specified objectives that have defined start and end dates, monitored planning, and resource consumption, including money, labor, and equipment. - a) **All of the above** - b) I, II, IV, and V - c) I, II, and IV - d) I, III, and V ## 34. Contract Changes - The following reasons may cause a contract change, except for: - a) Unforeseen conditions - b) **Poor jobsite productivity** - c) A change in owner requirements - d) Designer omission or error ## 35. Road Condition Characteristics - Factors affecting safety sight distance based on the road environment include: - I. Road geometry-grade and curvature sight limitations - II. Road surface-sealed or unsealed, and its smoothness - III. Road illumination at night - IV. Road topography - a) I, II, and III only - b) **All of the above** - c) I, III, and IV only - d) II, III, and IV only ## 36. Structural Properties in Coastal Construction - Key structural properties vital for material selection in harbor and coastal construction include: - I. Specific gravity - II. Material strength - III. Resistance to cyclical impact loading - IV. Resistance to seismic forces - V. Material flexibility - VI. Structural size - a) I, II, and III only - b) IV, V only - c) I, III, and IV only - d) **All of the above** ## 37. Piling Definition - **Piles** are structural components driven into the soil transferring building loads to deeper and stronger soil or rock layers. ## 38. Trip Definition - A **Trip** is defined as the basic unit of travel behavior, involving movement from a single origin to a single destination, characterized by origins, destinations, purposes, and travel modes. ## 39. Signal Coordination - **Signal coordination** involves timing signals in relation to one another, allowing vehicles traveling at a determined speed to pass through successive green lights. ## 40. Rumble Strip Purpose - A **Rumble strip** is a type of thermoplastic lane marking that provides motorists with visual, audio, and motion warnings on the road. ## 41. Grade Resistance - **Grade resistance** represents the component of vehicle weight that acts parallel to an inclined surface. ## 42. Hazard Circumstances - **Hazard** refers to circumstances that deviate from standard conditions, permitting occurrences of accidents or incidents. ## 43. Demolition Area Restrictions - During demolition, no one except workers directly engaged in demolition shall enter an area within a distance equal to 1.5 times the height of the structure being demolished. ## 44. Logistic Definition - **Logistics** refers to the strategic management of resources, materials, and information to ensure efficient movement and delivery of goods and services. ## 45. Design Speed - **Design speed** refers to the maximum safe speed that can be maintained over a specified section of highway under favorable conditions governed by design features. ## 46. Bid Bond Valid Statement - A valid statement regarding a **bid bond** is that it represents costs incurred by the owner if the bidder fails to enter into a contract. - a) It pays for costs incurred by the bid deadline is mixed. - b) **It represents the costs that the owners incur if the bidder fails to enter into a contract.** - c) It represents costs incurred by subcontractors if the project is underbid. - d) It pays for office overhead costs related to a bid ## 47. Hygroscopic Material Definition - **Hygroscopic** refers to a substance that tends to absorb water from the air. ## 48. Safe Pile Capacity Data - The safe capacity of piles driven by powered hammers is based on data comprising: - I. Average penetration per blow (last six blows) - II. Energy of hammer - III. Weight of hammer - IV. Weight of pile including appurtenances - V. Coefficient of restitution based on pile weight - VI. **All of the above** ## 49. Berth Structure Definition - A **Pier** is a berth structure projecting out from the shoreline. - a) Groin - b) Wharf - c) Breakwater - d) **Pier** ## 50. Road Alignment Signs - **Chevron signs** are used to guide drivers through a change in the horizontal alignment of the road. - a) **Chevron signs** - b) Supplementary signs - c) Guide post signs - d) Delineators ## 51. Road Delineation Devices - Delineation of road alignment includes: - I. Pavement Markings - II. Signs - III. Guide Posts - IV. Reflective delineators - V. Lighting - VI. Curb or other physical devices - a) I, II, II, and IV only - b) I, II, IV, and VI only - c) I, V, V, and VI only - d) **All of the above** ## 52. Properties of Queuing Diagrams - Important properties in queuing diagrams include: - I. The slope of D(t) is the departure rate; the slope of A(t) is the arrival rate. - II. The departure rate cannot exceed the service rate or capacity of the server. It may be less. - III. Cumulative departures can never exceed cumulative arrivals. D(t) can never be above A(t) in the queuing diagram. - IV. When a queue exists, the departure rate equals the service rate. In the absence of a queue, the same rate equals the arrival rate. - V. **All of the above** ## 53. Scaffolding Capacity Brackets - Capacity requirements for all scaffolding must be: - a) At least four times its own weight - b) At least 6 times its own weight - c) At most 6 times its own weight - d) At most 5 times its own weight ## 54. Highway Driver Elements - The essential elements of highway driving are referred to as **Driving Task**, encompassing navigation, guidance, and control. - a) **Driving task** - b) Ergonomics - c) Engineering psychology - d) Range index ## 55. Protective Systems in Excavation - **Protective systems** include methods for protecting workers from cave-ins during excavations, consisting of support systems, sloping, benching systems, and shield systems. - a) **Protective system** - b) Personnel protective system - c) Fall arrest system - d) Level arrest system ## 56. Bucket Volume Definitions - **Bucket load capacity** refers to the volume contained within the bucket outline as determined by the bucket sides. - a) Plate line capacity - b) Water line capacity - c) Heap volume - d) **Bucket load capacity** ## 57. Contract Definition - A **Contract** is defined as a formal or legally binding agreement between two parties. ## 58. Toolbox Meeting Definition - A **Toolbox Meeting** is an informal group discussion that focuses on a specific safety issue, facilitating health and safety culture discussions on job sites. ## 59. Road User Directional Signs - **Guide signs** inform road users about the directions and distances to destinations on their route or intersecting roads. - a) Supplementary signs - b) **Guide signs** - c) Warning signs - d) Stack signs ## 60. Specifications Definition - **Specifications** provide detailed requirements for materials, equipment, and workmanship for projects. - a) **Specifications** - b) Bid documents - c) Estimates - d) Plans ## 61. Damping Capacity - **Damping capacity** is the measure of a material’s ability to absorb or dissipate mechanical vibrations. ## 62. Profile Drawing Definition - A **Profile** is a drawing with elevation as the vertical axis and horizontal distance measured along the centerline as the horizontal axis. ## 63. PERT CPM Network Preparation - When preparing a report on the PERT CPM network in construction, one should consider: - a) Pessimistic time network - b) Optimistic time - c) Probable time - d) **All of the above** ## 64. Post-Construction Resolution - This occurs after completion of construction and the resolution of the majority of punchlist and commissioning issues, known as the **Profile**. ## 65. Concrete Formwork Concept - **Formwork** is necessary for concrete placement to maintain shape before the concrete sets. ## 66. Benching Technique in Excavation - **Benching** is a method of protecting workers from cave-ins by creating a series of horizontal levels or steps in excavated areas. - a) **Benching** - b) Shoring - c) Shielding - d) Fall arrest system ## 67. Concrete Surface Leveling - The process of leveling a concrete surface with enough mortar after screeding is termed **Floating**. - a) **Floating** - b) Edging - c) Leveling - d) Bleeding ## 68. Control Joint Placement in Concrete - **Jointing** involves placing premolded inserts in concrete slabs to control cracking due to shrinkage, immediately after or during edging. - a) Jointing - b) Troweling - c) Leveling - d) Edging ## 69. Safety Barrier Considerations - Reasons to establish a need for safety barriers include: - I. Fore slope and back slope steepness and height - II. Unforgiving hazards within the clear zone - III. Water hazards within the clear zone - a) II only - b) I only - c) II and III only - d) **All of the three** ## 70. Limits on Road Messages - Messages painted on pavement should be limited to **six words or less**. - a) **six words or less** - b) five words or less - c) four words or less - d) three words or less ## 71. Types of Pavement Markings - The four types of pavement and curb markings include: - a) **longitudinal lines, transverse lines, lane lines, and center lines** - b) longitudinal lines, transverse lines, stop lines, & center lines - c) longitudinal lines, transverse lines, transition lines, & stop lines - d) longitudinal lines, transverse lines, other lines, & other markings ## 72. Overtaking Lane Design Considerations - Design considerations for overtaking and climbing lanes include: - I. Initial diverge taper - II. Auxiliary lane length - III. End or merge taper - a) **I, II, & III** - b) I & II only - c) II & III only - d) I & III only ## 73. Road Density Definition - **Density** is defined as the number of vehicles per unit distance occupying a roadway section at a given instant in time, measured in vehicles per mile or kilometer. - a) flow - b) **density** - c) capacity - d) volume ## 74. Continuous Waterfront Structure - A **Wharf** is a continuous structure built parallel to the shoreline for loading and unloading ships. - a) pier - b) **wharf** - c) port - d) lighthouse ## 75. Vertical Design Factors - The minimum **K value** for sag vertical should be based on the following factors: - I. Safety sight distance for drivers - II. Appearance in low fill and flat areas - III. Riding comfort, especially at floodway approaches - IV. Vertical alignment fitting into natural terrain. - a) I, II, & III only - b) I, III, & IV only - c) I, II, & IV only - d) II, III, & IV only ## 76. Rumble Strip Definition - A **Rumble strip** is a thermoplastic lane marking designed for visual, audio, and motion warnings for motorists on the road. - a) regulatory signs - b) diagonal marking - c) chevron marking - d) **rumble strip** ## 77. Lane Line Continuation Rules - Lane lines must not be continued in the following scenarios: - I. Across signalized intersections, where low priority road lines must be discontinued. - II. Across side street entrances, except for one-way streets. - III. Past the start of the taper at multi-lane road narrows. - IV. On roads with more than two lanes without median islands. - a) I, II, & IV - b). I, II, & IV - c) II, III, & IV - d) I, II, and III ## 78. Directional Information Signs - **Guide signs** serve to inform road users about directions, distances to destinations, and service locations. - a) **guide signs** - b) warning signs - c) regulatory sign - d) traffic sign ## 79. Benefits of Shoulder Paving - **Shoulder paving** offers: - I. Integrity of the pavement - II. Width for edge line pavement markings - III. Enhanced safety to prevent vehicle skidding - IV. Lower maintenance costs compared to paved shoulders - a) I, III, & IV only - b) **all of the above** - c) I, II, & III only - d) II, III, & IV only ## 80. Structures Built into the Sea - A **Pier** is defined as a structure built into the sea but not aligned parallel to the coastline, which serves various purposes for vessels. - a) lighthouse - b) port - c) **pier** - d) wharf ## 81. Navigable Water Definitions - A navigable body of water leading to a harbor is referred to as a **Channel**. - a) fairway - b) **channel** - c) shoal - d) significant depth ## 82. Types of Curves in Roads - **Vertical curves** are typically parabolas centered around the point of intersection of vertical tangents they connect. - a) **vertical curve** - b) vertical tangent - c) spiral curve - d) grade ## 83. Wind-Generated Waves - Waves under wind influence are referred to as **Sea waves**. - A. Wakes - B. **Sea** - C. Swells - D. Seiching ## 84. Traffic Flow Rate - The **Capacity** refers to the maximum sustained rate of flow for vehicles (passenger cars per hour per lane) under uniform conditions on a freeway segment. - A. Density - B. Traffic flow - C. **Capacity** - D. Design hourly volume ## 85. Hazardous Condition Warnings - **Warning signs** inform road users about hazardous or unexpected road conditions. - A. Roadwork signs - B. **Warning signs** - C. Traffic signs - D. Guide signs ## 86. Purpose of Edge Lines - The purpose of **edge lines** includes discouraging shoulder travel, enhancing safety at night, guiding past hazards, and delineating the edge of the traveled way from the shoulder. - A. I - B. IV - C. V - D. II ## 87. Road Capacity Measurement - **Road capacity** is the maximum number of vehicles expected to pass over a given section of a roadway in one direction during one hour. - A. **Road capacity** - B. Flow of traffic - C. Density - D. Free flow ## 88. High-Rise Building Cleaners - For window cleaners of high-rise buildings, **Slung Scaffold** is most appropriate for providing a suspended working platform. - a) Birdcage Scaffold - b) **Slung Scaffold** - c) Cantilever Scaffold - d) Trestle Scaffold ## 89. Leading Workplace Fatalities - **Falls** are the leading cause accounting for more than 50% of workplace fatalities. - a) Slips - b) Trips - c) **Falls** - d) Electrocution ## 90. Excavation Material Placement - Excavated material should be kept from the excavation edge at a distance not less than **1/4** of the excavation depth. - a) **1/4** - b) 1/3 - c) 1/2 - d) 2/3 ## 91. Temporary Vertical Support Definition - **Dead Shore** refers to temporary vertical support installed directly beneath structural elements while repairs or foundation work is conducted. - A. **Dead Shore** - B. Lateral Bracing - C. Cantilever Prop - D. Raking Shore ## 92. Building Information Modeling - **Building Information Modeling** (BIM) is a 3D model-driven process generating a digital representation of facility features, supporting informed decision-making throughout its lifecycle. - A. CAD Drafting - B. **Building Information Modeling** - C. GIS Mapping - D. Structural Analysis Software ## 93. Operating Costs in Contracting - **Operating Cost** refers to expenses incurred while using equipment for project execution, including repair costs, parts replacement, fuels, labor, and storage. - A. I, II, III, IV - B. I, II, III, IV, V - C. I, II, III - D. II, III, IV ## 94. Water Supply Pipe Terminology - In a water supply system, the vertical pipes are referred to as **risers**, and the horizontal pipes as **branches**. - A. branches and risers respectively - B. **risers and branches respectively** - C. roughing ins and connections respectively - D. connections and roughing ins respectively ## 95. Joint Sealant Definition - A **Joint Sealant** is a rubber or rubber-like material used to fill and seal joints or openings, either alone or with other materials. - A. Grout - B. **Joint Sealant** - C. Adhesive - D. Mortar ## 96. Demolition Area Entry Restriction - During demolition, no one except those engaged in the work shall enter an area within a distance of **1.5 times the height** of the structure being demolished. - A. 1.2 times the height of the structure - B. 2.0 times the height of the structure - C. **1.5 times the height of the structure** - D. 3.0 times the height of the structure ## 97. Vertical Pipe Definition - A **Riser** is a vertical pipe used to transport fluids between different floors of a building. - A. Drain - B. Conduit - C. **Riser** - D. Vent ## 98. Plan View Definition - A **Plan View** is a scaled drawing representing the layout of a structure as seen from above, detailing the arrangement of spaces, walls, and features. - A. **Plan View** - B. Section View - C. Isometric View - D. Elevation View ## 99. Corrosion-Resistant Coating - **Epoxy** is a common protective coating for enhancing corrosion resistance and durability of pipes and appliances. - A. **Epoxy** - B. Latex - C. Polyurethane - D. Acrylic ## 100. Surveying Type Acknowledgment - **Geodetic Surveying** is the type of surveying that takes the curvature of the Earth into account. - A. **Geodetic Surveying** - B. Plane Surveying - C. Topographic Surveying - D. Hydrographic Surveying ## 101. Competency Standards Defined - **Competency Standards** define the required skills, knowledge, and attitudes necessary for effective job performance in the workplace. - A. Work Ethics - B. **Competency Standards** - C. Training Manuals - D. Job Description ## 102. Concrete Retarder Example - A commonly used chemical compound as a retarder in concrete is **Calcium lignosulphonate**. - A. Calcium chloride - B. Aluminum powder - C. Potassium carbonate - D. **Calcium lignosulphonate** ## 103. Sub-base Thickness Determination - The minimum thickness for one layer of compacted granular sub-base should be **20 cm**. - A. 10 cm - B. **20 cm** - C. 15 cm - D. 12 cm ## 104. Hazard Control Classification - The type of hazard control that involves replacing a toxic or hazardous material with a less harmful one is termed **Substitution**. - A. **Substitution** - B. Elimination - C. Engineering Control - D. Administrative Control ## 2. Substitution - B. Elimination - C. Engineering Control - D. Administrative Control ## 2. Substitution - B. Elimination - C. Engineering Control - D. Administrative Control

Introduction to Penetration Testing

BI210 - Penetrance, Expressivity, and Parental Effects

Penetrating + blunt trauma

Penetrating + blunt trauma

TPP - Blunt/penetrating trauma

Penetration Testing Exam Review

Hereditary Breast/Ovarian Cancer Syndromes - High Penetrance

Introduction to Penetration Testing

FOKUS 5 (2021): Tema Pengar (alla ord)

L7 Schistosoma: A Trematode Acquired by Skin Penetration

Penetration Testing Mid Term

Penetration Testing Concepts and Techniques

Week 5 Absolutely — here’s a condensed study guide that keeps the major concepts (the stuff most likely to be tested), without all the extra detail. Infection Control & Body Defenses — Condensed Study Guide (Major Concepts) Chain of Infection (6 Links + how to break them) 1. Infectious agent (bacteria, viruses, fungi, parasites, prions) ○ Break it: disinfect/sterilize/clean; antimicrobials as ordered 2. Reservoir (where it lives: people/animals/insects; soil, water, food, equipment, IV fluids, feces) ○ Break it: hand hygiene, pre-op skin prep, environmental cleaning 3. Portal of exit (blood/body fluids, respiratory/GI tract, mouth/nose/ears, skin) ○ Break it: contain drainage/secretions (dressings, drains) 4. Mode of transmission ○ Main: contact, droplet, airborne (also vehicle, vector) ○ Break it: hand hygiene + PPE + disinfect shared equipment 5. Portal of entry (orifices, mucous membranes, breaks in skin; invasive devices) ○ Break it: aseptic technique, protect skin, sterile technique when needed 6. Susceptible host (risk depends on immunity/health) ○ Break it: immunizations, nutrition, hygiene, blood sugar control Virulence: how efficient an organism is at making people ill. Modes of Transmission (what to recognize) Contact ● Direct: person-to-person (ex: blood to open abrasion) ● Indirect: contaminated objects/PPE/equipment (ex: bed rails, shared devices) Droplet ● From coughing/sneezing/singing/talking; some procedures (CPR, intubation) ● Examples: influenza, pertussis, RSV, adenovirus, rhinovirus ● Respiratory etiquette + masking when out of room Airborne ● Small particles remain suspended; travel farther ● Requires private room; negative pressure (AIIR) preferred ● Examples: TB, measles (rubeola), varicella Vehicle / Vector ● Vehicle: contaminated food/water (ex: E. coli produce) ● Vector: insects/rodents (mosquitoes, rats) Body Defenses (3 Types) 1. Physical & chemical barriers ○ Skin (primary defense), mucous membranes/mucus, tears/sweat, cilia + cough, stomach acid, normal flora 2. Nonspecific immunity ○ Neutrophils + macrophages (phagocytes “eat and destroy”) 3. Specific immunity ○ Antibodies (immunoglobulins) + lymphocytes Inflammatory Response (key steps + signs) Steps: ● Pattern receptors recognize harmful stimuli ● Inflammatory pathway activated ● Markers released (ex: CRP) ● Inflammatory cells recruited (leukocytes → monocytes/lymphocytes) Signs of inflammation (local tissue): ● heat, redness, swelling, pain, loss of function Triggers can be infectious (viruses/bacteria) or noninfectious (trauma, burns, irritants, toxins, radiation, etc.). Stages of Infection (in order) 1. Incubation (exposure → first symptom; may have lab changes) 2. Prodromal (vague symptoms: malaise, fever, aches) 3. Acute illness (most severe; specific symptoms) 4. Decline (symptoms decrease) 5. Convalescence (recover/return to baseline) Local vs Systemic Infection ● Local: confined to one area (often topical/oral treatment) ● Systemic: enters bloodstream, affects whole body (often IV antibiotics + monitoring) Diagnostic Tests (high-yield) ● UA for UTI symptoms → if WBCs present, culture & sensitivity ● CXR confirms pneumonia/atelectasis but doesn’t tell viral vs bacterial ● CBC + differential ○ Expected WBC: 5,000–10,000/mm³ ○ “Left shift” = increased bands (immature neutrophils) → infection ● Nonspecific markers: CRP, ESR, Procalcitonin Asepsis & Precautions Hand hygiene (most important) ● Soap/water when visibly soiled and for C. diff spores ● Alcohol sanitizer works unless hands visibly soiled Medical asepsis (clean technique) ● reduces microbes; includes isolation precautions Surgical asepsis (sterile technique) ● prevents introducing microbes during invasive procedures; uses sterile supplies/fields Isolation Precautions (major takeaways) Standard precautions ● For all clients ● Protect from blood/body fluids, secretions, excretions, nonintact skin, mucous membranes ● PPE based on expected exposure Contact precautions ● Gown + gloves ● Examples: C. diff, VRE, norovirus, RSV, large draining wounds ● Remove PPE inside room Droplet precautions ● Surgical mask ● Examples: influenza, pertussis, RSV Airborne precautions ● N95 or higher, private room; AIIR/negative pressure preferred ● Examples: TB, measles, varicella Protective isolation (protective environment) ● For severely immunocompromised (ex: post-allogenic HSCT) ● Positive airflow + HEPA (goal: protect the client) Health Care–Associated Infections (HAIs) — the “big 4” ● CLABSI ● CAUTI ● SSI ● VAP Devices/lines/wounds create portals of entry → strict asepsis reduces risk. MDROs (major concept) MDROs = resistant bacteria (hard to treat) Examples: MRSA, VRE, VRSA, VISA, ESBL, MDRSP Prevention: hand hygiene, contact precautions per policy. If you want, I can turn this condensed guide into a 20-question practice quiz (ATI/NCLEX-style) focusing on chain links, precautions, PPE, labs, and transmission. Week 6 Here is a more condensed study guide that keeps all main concepts from your content (no major topics removed), just simplified and streamlined for studying. Condensed Study Guide: Novice to Expert + Nursing Communication I. Novice to Expert Nursing (Benner Model) Lifelong Learning & Collaboration ● Learning occurs through study and working with others ● Nurses grow by: ○ observing experienced nurses ○ sharing knowledge and best practices ● Respect all experience levels (years ≠ only indicator of knowledge) ● Leaders promote: ○ collaboration ○ mutual respect ○ teamwork culture Benner’s 5 Stages of Competence 1. Novice – no experience; relies on rules; struggles to prioritize 2. Advanced Beginner – recognizes patterns; still rule-focused; needs help setting priorities 3. Competent – uses past experience to prioritize; more organized but slower than proficient 4. Proficient – sees the big picture; adapts to changing situations 5. Expert – intuitive, confident, and highly skilled with complex care II. Communication Foundations Definition Communication = transfer of information that is always occurring, even without speaking. Includes: verbal words, body language, emotions, and technology. Why Communication Matters ● Key to client safety (Joint Commission goal) ● Miscommunication → medical errors ● Nurses must detect when clients don’t understand III. Communication Models (Core Concepts) Shannon–Weaver Model (Linear) Sender → Encoder → Channel → Decoder → Receiver + Noise (distractions interfering with message) Schramm Model (Feedback) ● Sender and receiver exchange messages ● Feedback confirms understanding ● No feedback = communication incomplete Newcomb ABX Model (Social) ● A (sender), B (receiver), X (topic affecting interaction) ● Focus on relationships and shared topic Berlo S-M-C-R Model (One-way) ● Sender → Message → Channel → Receiver ● No feedback loop IV. Forms of Communication Verbal Spoken communication (face-to-face or phone) Nonverbal (Body Language) ● Eye contact, posture, facial expressions ● When verbal and nonverbal conflict → nonverbal dominates Auditory What the receiver hears (tone, speed, clarity) Emotional Speaker’s emotional state influences how message is received Energetic Speaker’s presence/empathy affects perception of message V. Modes of Communication (4 Types) 1. Verbal – spoken conversation 2. Nonverbal – gestures, posture, appearance 3. Electronic – email, text, video (must be secure/HIPAA compliant) 4. Written – letters, emails, documents (may lack tone/body language) HIPAA & Electronic Communication Must include: ● secure messaging ● unique logins ● auto logoff ● encrypted/indecipherable PHI VI. Communication Styles Most effective: Assertive ● Passive: avoids conflict; agrees despite concerns ● Assertive: clear, respectful, confident; uses “I” statements ● Aggressive: blaming, hostile, controlling ● Passive-aggressive: indirect expression (sarcasm, avoidance) VII. Therapeutic Communication Purpose Build trust and provide patient-centered, empathetic care Cornerstones ● Compassion ● Caring ● Empathy Peplau’s Nurse-Client Relationship Phases 1. Orientation – client seeks help 2. Identification – relationship forms 3. Exploitation – active teaching/working phase 4. Resolution – issue resolved; relationship ends Watson’s Theory of Human Caring ● Authentic presence ● Protect dignity ● Loving-kindness ● “Healing moment” interactions VIII. Therapeutic Communication Techniques (Must Know) ● Active listening – attend to verbal + nonverbal cues ● Open-ended questions – encourage discussion (“Tell me more…”) ● Silence – allows client to reflect and share more ● Restating / summarizing – repeat message to confirm understanding ● Reflection – mirror feelings (“What do you think you should do?”) ● Accepting – acknowledge message without judgment ● Giving recognition – note change without compliment ● Focusing – gently redirect to important topic ● Offering self – sit with client and be present IX. Nontherapeutic Communication (Avoid) ● Giving advice ● False reassurance (“You’ll be fine”) ● Criticizing or challenging ● Asking “Why” questions ● Rejecting or disagreeing ● Probing irrelevant topics ● Changing the subject Effects: ● increased stress ● damaged trust ● poor outcomes X. Interprofessional Communication Importance Effective teamwork improves: ● client outcomes ● safety ● efficiency ● reduces errors IPEC Core Competencies 1. Mutual respect among team members 2. Use shared knowledge collaboratively 3. Communicate effectively as a team 4. Support team values and client-centered care XI. Motivational Interviewing (MI) Purpose Encourage behavior change (diabetes, obesity, substance use) OARS Technique ● Open-ended questions ● Affirmations (positive encouragement) ● Reflective listening ● Summarizing XII. Group vs Individual Communication ● Individual: new diagnosis, personal teaching ● Group: ongoing education, support groups XIII. Communication Barriers (Major Categories) Cognitive/Developmental ● dementia, stroke, autism Physiological ● hearing loss, vision impairment Cultural & Language ● language differences, cultural beliefs, lack of cultural competence Environmental/Situational ● noise, lighting, temperature ● fear, anxiety, fatigue, stress Technological ● poor reception, distractions, electronic errors XIV. Strategies to Overcome Barriers Universal Strategies ● show empathy and respect ● avoid interrupting ● use simple, clear language ● confirm understanding (summarize/reflect) Language Barriers (CLAS Standards) ● Use qualified medical interpreter ● Do NOT use family members or translation apps ● Required for federally funded facilities Hearing Impairment Strategies ● face the client ● speak clearly/moderate pace ● reduce background noise ● use written info or visual aids ● ensure hearing aids in place ● speak to client (not interpreter) if interpreter present Vision Impairment Strategies ● introduce yourself ● give clear directions (“door at 10 o’clock”) ● allow client to hold your arm ● provide large print/audio/Braille materials Cognitive/Developmental Strategies ● use simple words ● avoid jargon/slang ● speak slowly and clearly ● reduce noise/bright distractions ● ensure glasses/hearing aids available Key Takeaways (Exam Focus) ● Benner’s stages: Novice → Advanced Beginner → Competent → Proficient → Expert ● Communication must include feedback to be effective ● Nonverbal cues often outweigh verbal messages ● Best communication style = Assertive ● Core therapeutic techniques = active listening, open-ended questions, silence, reflection, summarizing ● Use qualified interpreter for language barriers (CLAS standard) ● Barriers include cognitive, physical, cultural, environmental, and emotional factors ● Effective communication improves client safety and outcomes Here is a condensed but complete study guide that keeps all concepts from the Safety lesson while removing extra wording. SAFETY & PATIENT PROTECTION – CONDENSED STUDY GUIDE I. Joint Commission National Patient Safety Goals (NPSGs) Purpose Annual goals to improve: ● Client safety ● Safe, effective care ● Prevention of adverse outcomes 1. Identify Clients Correctly ● Use two identifiers (name, DOB, MRN, etc.) ● Confirm before meds, procedures, treatments ● Ask open-ended questions ● Verify ID band & EMR ● Use barcode scanning ● ❌ Never use room number 2. Improve Staff Communication ● Report critical results immediately ● Critical results = life-threatening abnormal labs/diagnostics ● Facility policies define: ○ critical result criteria ○ reporting timeframe ○ documentation requirements ● Communicate directly (in person/phone), not voicemail (HIPAA) 3. Use Medications Safely Label medications ● Label all syringes/containers with name, dose, date/time ● Discard unlabeled meds Anticoagulant safety ● Examples: warfarin, heparin, enoxaparin ● Monitor labs, weight, interactions, dosing ● Educate on risks, food interactions, follow-up labs Medication reconciliation ● Compare home meds with new prescriptions ● Done on admission, transfer, discharge ● Resolve discrepancies 4. Use Alarms Safely ● Clinical alarms warn of patient events or equipment malfunction ● Examples: IV pumps, ventilators, monitors, bed/chair alarms ● Risk: alarm fatigue ● Nurse role: ○ know alarm priorities ○ respond promptly ○ help develop alarm policies 5. Prevent Hospital-Acquired Infections (HAIs) Common HAIs: ● CLABSI ● CAUTI ● SSI ● VAP Concern: MDROs (MRSA, VRE, C. diff) ⭐ Hand hygiene = most important prevention Compliance required with monitoring and action plans. 6. Identify Safety Risks: Suicide Prevention ● Screen behavioral health clients ≥12 yrs ● Positive screen → detailed suicide assessment ● Implement: ○ constant observation ○ removal of harmful items ○ environmental safety checks ○ staff competency training 7. Universal Protocol (Surgery Safety) Prevent wrong-site/procedure/client: 1. Two identifiers 2. Mark surgical site (if applicable) 3. Time-out before procedure 4. Verify consent & procedure with client 8. Improve Health Care Equity (2024 Goal) Assess social determinants: ● literacy ● housing ● transportation ● food access Continue assessment throughout hospitalization and discharge planning. II. Standards of Compliance Former NPSGs now routine standards: ● Medical error prevention ● Staff competency verification ● Client rights & education ● Infection control ● Medication management ● Emergency preparedness III. Culture of Safety Promotes: ● open communication ● reporting of errors & near misses ● nonpunitive environment ● improved outcomes & staff satisfaction Nurses play key role due to frequent client contact. IV. Transforming Care at the Bedside Initiative 1. Spend 70% of time in direct bedside care 2. Leadership development 3. Rapid Response Team (RRT) 4. Standardized communication (ISBARR) Benefits: ● fewer falls, HAIs, med errors ● improved outcomes and satisfaction V. Rapid Response Team (RRT) Interdisciplinary team (ICU nurse, RT, provider) for sudden deterioration. Call RRT for: ● sudden vital sign changes ● low O₂ despite intervention ● chest pain after nitro ● seizure ● sudden mental status change ● serious clinical concern VI. ISBARR Communication Tool 1. Identity 2. Situation 3. Background 4. Assessment 5. Recommendation 6. Read-back VII. Types of Unexpected Events ● Near miss: error caught before harm ● Client safety event: event with potential harm ● Adverse event: unexpected harm occurred ● Sentinel event: severe harm/death (never event) Examples sentinel: ● wrong-site surgery ● suicide in facility ● serious fall injury VIII. Occurrence (Incident) Reporting Purpose: improve systems, prevent future errors (not punishment) Report: ● falls/injuries ● wrong meds ● adverse reactions ● blood/body fluid exposure ● property damage ● unsafe behaviors/events IX. Safety Assessment & Agencies Regulated by: ● TJC ● CMS ● OSHA ● State boards & local agencies Nursing safety focus: ● falls ● meds & allergies ● restraints ● pressure injury prevention ● infection control ● sharps & pathogen exposure ● body mechanics ● fire, chemical, radiation safety X. Electrical Safety Check: ● frayed cords ● grounded 3-prong plugs ● GFCI outlets ● no wet handling ● avoid extension cords ● tag/remove faulty equipment XI. Chemical Safety Exposure routes: ● inhalation ● skin/eyes ● ingestion ● injection (needlestick) Use: ● SDS sheets ● PPE (gloves, masks, gowns, goggles) ● ventilation systems ● emergency eye wash/showers XII. Radiation Safety Risk proportional to: ● exposure time ● distance from source Principles: 1. Reduce time 2. Increase distance 3. Shield (lead aprons, barriers) Types: ● Alpha (least risk, short travel) ● Beta (moderate risk, small distance) ● Gamma (highest risk, penetrates tissue) Initial symptoms: ● nausea, vomiting, diarrhea ● burns, alopecia ● immunocompromise ● psychological effects XIII. Age-Related Safety Risks Infants/Preschoolers ● burns, poisonings, choking, drowning ● car seat safety ● smoke detectors & safe storage of toxins School-Age ● sports injuries, firearm safety, internet risks Adolescents ● substance use, risky driving, violence, suicide risk Adults/Older Adults ● chronic illness, frailty, mobility decline ● ⭐ Major risk: falls ● frailty → poorer outcomes XIV. Hospital-Acquired Injuries Include: ● SSIs, CAUTIs, CLABSIs ● falls, trauma ● pressure injuries ● DVT ● insulin errors ● transfusion reactions ● burns/electrical shock High-risk clients: ● neurologic disorders (stroke, MS, Parkinson’s) ● cognitive impairment, dementia ● communication disabilities ● visual deficits ● behavioral disorders XV. Screening Tools Used to identify early risk: ● Morse Fall Scale (fall risk) ● Braden Scale (pressure injury risk) ● Tools must be valid/reliable Positive results → detailed assessment + individualized care plan. XVI. Home Hazard Safety Bathroom: ● grab bars, non-slip mats, raised toilet, step-free showers Bedroom: ● low bed, alarms, hospital bed if needed Kitchen: ● reachable items, automatic stove shut-off, secure chemicals General: ● good lighting, remove loose rugs, secure cords, install handrails ● cordless blinds for child safety ● emergency numbers accessible XVII. Fire Safety RACE ● Rescue ● Alarm ● Contain (close doors/windows) ● Extinguish PASS ● Pull pin ● Aim at base ● Squeeze ● Sweep Fire extinguisher types: ● A: paper/wood ● B: liquids/oils ● C: electrical ● D: metals ● K: kitchen grease ● ABC: multipurpose Evacuation: ● Lateral = same floor (preferred) ● Vertical = different floor XVIII. Workplace Safety Bullying ● Repeated harassment/belittlement ● Leads to burnout, errors, poor retention Workplace Violence Includes verbal abuse to homicide Risk factors: ● violent clients ● staff shortages ● long wait times ● lack of training/security Active Shooter Response 1. Run 2. Hide 3. Fight (last resort) XIX. Emergency Preparedness Facilities must have: ● disaster plans ● staff training & drills ● defined staff roles Types of mass exposure: ● Radiation ● Biological (anthrax, Ebola, COVID) ● Chemical toxins Response: ● PPE ● decontamination (remove clothing, shower) ● monitor vitals & mental status XX. Injury Prevention Strategies ● hourly rounding ● video monitoring ● bedside sitters ● individualized safety plans ● prompt call-light response XXI. Fall Prevention Risk factors: ● weakness, gait issues, vision problems ● confusion, dementia, impulsiveness ● clutter, poor lighting ● high-risk meds (antihypertensives, antidepressants) ● incontinence, age Universal precautions: ● nonskid footwear ● low bed & locked wheels ● clutter-free room ● call light within reach ● hourly rounding & quick response Movement alarms = warning device Siderails: ● 2 rails for safety ● 4 rails = restraint (intent matters) XXII. Restraints & Seclusion Types: ● Physical: manual holding ● Mechanical: mitts, wrist, vest, 4-point ● Chemical: sedatives/antipsychotics ● Barrier: enclosures, lapboards, 4 rails ● Seclusion: locked room Use ONLY as last resort when: ● danger to self/others ● removing life-saving devices ● severe aggression Care of restrained client: ● frequent circulation, skin, respiratory checks ● ROM, hygiene, fluids, elimination ● reevaluate every 24 hrs ● discontinue ASAP XXIII. Seizure Precautions Preseizure ● suction & oxygen ready ● padded rails ● IV access ● remove restrictive clothing/jewelry During seizure ● call for help ● side-lying position ● protect head ● do NOT restrain ● monitor duration & movements ● give benzodiazepine if ordered Postseizure ● assess gag reflex before oral intake ● reassure client ● labs, EEG, imaging as ordered XXIV. Musculoskeletal Injury Prevention (Nurse Safety) Use assistive devices: ● Hoyer lift (ground lift) ● ceiling lift ● slide sheets ● sit-to-stand lift Safe handling: ● clear area ● use correct sling size ● have 2 staff assist ● lock brakes ● never leave client unattended XXV. Patient-Centered Care Focus: ● client as center of care ● collaboration & shared decision-making ● respect cultural, spiritual, religious needs ● holistic & individualized care ● include pastoral care support FINAL MEMORY CHECK (High-Yield Core Concepts) ● Two identifiers before any care ● Hand hygiene prevents HAIs ● Time-out before surgery ● ISBARR improves communication ● RRT for sudden deterioration ● Fall prevention + restraints last resort ● RACE & PASS fire response ● Run–Hide–Fight for active shooter ● Time–distance–shielding for radiation safety ● Screening tools identify early risks Here is a fully condensed study guide that includes ALL major topics and concepts from your lesson (patient-centered care, caring theories, cultural care, spirituality, advocacy, sleep & rest) without leaving anything out. CONDENSED STUDY GUIDE: PATIENT-CENTERED CARE, CARING, CULTURE, ADVOCACY & SLEEP I. Patient-Centered Care Definition Patient-centered care = placing the client at the center of all care, focusing on preferences, culture, and holistic needs rather than just tasks or documentation. Key Concepts ● Improves client satisfaction and outcomes ● Involves caring, preferences, cultural respect, and shared decision-making ● Holistic care: physical, emotional, spiritual needs II. Caring in Nursing Definition Caring = nurturing another person with responsibility and commitment; core of professionalism. Holistic Caring Includes ● Healing environment ● Kindness, empathy, compassion ● Addressing physical, emotional, and spiritual needs III. Caring Theories A. Watson’s Theory of Human Caring Holistic model focusing on mind-body-spirit harmony through transpersonal (human-to-human) caring relationships. Core Ideas ● Caring moments foster healing and self-restoration ● Nurse must achieve inner balance and spirituality ● Establish trusting presence and relationships 10 Caritas Processes 1. Loving-kindness and compassion 2. Authentic presence and honoring beliefs 3. Sensitivity to self and others 4. Trusting caring relationships 5. Expression of feelings 6. Creative problem-solving through caring 7. Transpersonal teaching/learning 8. Healing environment (comfort, dignity, peace) 9. Reverent assistance with basic needs 10. Openness to spirituality and miracles B. Swanson’s Theory of Caring Caring improves well-being through empowerment, dignity, and respect. Five Caring Processes 1. Maintaining belief – instill hope and meaning 2. Knowing – understand client’s situation/perception 3. Being with – emotional and physical presence 4. Doing for – perform needed tasks for client 5. Enabling – guide and support through events/transitions IV. Caring Behaviors 1. Listening ● Active, empathetic listening ● Observe verbal and nonverbal cues ● Key for holistic assessment and trust 2. Touch ● Used for procedures and expressive caring ● Requires permission; consider culture, trauma, gender ● Can reduce anxiety and increase well-being 3. Being Present ● Physical and emotional availability ● Reduces loneliness and improves comfort ● Reflects “being with” (Swanson) 4. Providing Comfort ● Pharmacologic and nonpharmacologic comfort measures ● Examples: pillows, blankets, hygiene, music, temperature control ● Represents “doing for” 5. Showing Compassion ● Recognize suffering and act to relieve it ● View client as person, not diagnosis ● Requires self-awareness and adequate staffing V. Client Preferences in Care Clients are full members of the health care team and experts on their own experiences. Benefits ● Increased trust and satisfaction ● Improved healing and outcomes ● Greater sense of control Ways to Include Preferences 1. Endorsing participation – empower involvement 2. Promoting understanding – correct misinformation 3. Sharing information – two-way communication Barriers ● Power imbalance ● Medical jargon ● Weakness, fatigue, cognitive impairment ● Poor collaboration and language barriers VI. Cultural Competence Definition Evidence-based care aligned with client’s cultural values, beliefs, and practices. Influencing Factors ● Socioeconomic status ● Health literacy ● Racism experiences ● Sexual orientation ● Acculturation (adapting to another culture) Five Elements of Cultural Competence 1. Cultural awareness – self-examine biases 2. Cultural knowledge – learn client values/beliefs 3. Cultural skill – assess cultural needs accurately 4. Cultural encounters – interact with diverse cultures 5. Cultural desire – motivation to connect with cultures Cultural Assessment Includes ● Cultural/spiritual affiliation ● Health beliefs and practices ● Spiritual rituals ● Dietary preferences/prohibitions ● Care preferences to increase comfort VII. Age-Related (Generational) Care Preferences Generation Preferences Silent (1928–1945) Formal, face-to-face, written communication Baby Boomers Team-oriented, sincere, in-person communication Gen X Direct, independent, questions providers Millennials Tech-based communication, frequent feedback Gen Z Digital natives, prefer texting/email Gen Alpha Tech-savvy children; family-centered care VIII. Spiritual Nursing Care Spiritual Well-Being Feeling of meaning, purpose, and connection to higher power → improves quality of life. Spiritual Assessment Questions ● Source of spiritual strength? ● Meaning-of-life concerns? ● Relationship with higher power? ● Spiritual practices? ● Fear of dying? ● Relationship concerns? Assessment Tools FICA: ● Faith ● Importance ● Community ● Address in care HOPE: ● Hope sources ● Organized religion ● Personal spirituality/practices ● Effects on care/end-of-life issues IX. Spiritual Distress Definition Questioning life meaning or beliefs causing despair, anger, fear, uncertainty. Nursing Interventions ● Listen and be present ● Encourage spiritual expression ● Provide prayer, texts, pastoral referral ● Address emotional and spiritual needs X. Pastoral Care Provides: ● Ethical, religious, and spiritual support ● Counseling, prayer, rituals ● End-of-life and grief support ● Support for families and staff Chaplains assist all clients regardless of religion. XI. Access to Care Barriers ● Lack of insurance ● Transportation problems ● Limited providers/facilities (rural areas) ● Restricted clinic hours ● Medication cost barriers Solutions ● Telemedicine: remote diagnosis/testing ● Telehealth: broader remote clinical and nonclinical services ● Improves access, especially rural areas XII. Client Advocacy Definition Protect client autonomy, rights, and safety; act as client’s voice. Clients Needing Advocacy ● Unconscious ● Children ● Fearful/intimidated clients ● Uninformed about diagnosis/rights Advocacy Steps 1. Assess needs, values, cognition, resources 2. Verify client goals/preferences 3. Implement plan and communicate with team 4. Evaluate outcomes and self-determination Related Concepts ● Medically futile: treatment unlikely to cure or extend life ● Potentially inappropriate treatment: works but may not improve quality of life ● Palliative care: symptom relief + quality of life ● Quality of life: personal meaning, independence, relationships XIII. Sleep and Rest Importance of Sleep Supports: ● Memory, learning, concentration ● Immune system and tissue repair ● Hormone balance (ghrelin, leptin, cortisol) ● Mood, reaction time, coordination ● Prevention of obesity, diabetes, cardiovascular disease XIV. Physiology of Sleep Key Brain Structures ● Cerebral cortex: sensory processing & memory ● Brainstem: controls REM and muscle relaxation ● Hypothalamus: autonomic control, circadian rhythm (SCN) ● Thalamus: sensory filtering during sleep ● Pineal gland: produces melatonin XV. Sleep Regulation Mechanisms 1. Circadian rhythm – 24-hour internal sleep–wake cycle influenced by light and temperature 2. Sleep–wake homeostasis – pressure to sleep increases with sleep deprivation Factors affecting sleep: ● Light exposure ● Stress ● Medications ● Caffeine/food ● Environment XVI. Stages of Sleep NREM Sleep Stage 1: Light sleep; easily awakened (5%) Stage 2: Deeper sleep; decreased HR/temp; memory consolidation (50%) Stage 3: Deep sleep; delta waves; immune strengthening and tissue repair (15%) REM Sleep ● Dream stage ● Irregular breathing and increased HR ● Muscle atonia (prevents acting out dreams) ● Occurs ~90 minutes after sleep onset Sleep cycles repeat 4–6 times per night. XVII. Sleep Patterns by Age ● Newborns: multiple cycles, high REM ● Adults: 2–5% stage 1, 45–55% stage 2, 10–20% stage 3, 20–25% REM ● Older adults: less deep sleep, more awakenings XVIII. Sleep Deprivation Types ● Total: no sleep for extended period ● Partial: reduced sleep hours ● Chronic: ongoing insufficient sleep ● Selective: loss of specific sleep stage Effects ● Impaired judgment and memory ● Mood swings, depression ● Increased accidents and chronic illness risk ● Poor glucose control and obesity XIX. Promoting Sleep Nonpharmacologic Interventions ● Avoid caffeine, nicotine, alcohol before bed ● Keep room dark, quiet, cool ● Establish bedtime routine ● Consistent sleep schedule ● Exercise regularly (not right before bed) ● Limit naps (<30 minutes) ● Remove electronics/TV from bedroom XX. Sensory Overload in Hospital Definition: Excess stimuli beyond brain’s processing ability → sleep disruption. Nursing Interventions ● Lower noise and alarms ● Dim lights ● Provide earplugs/eye masks ● Cluster care tasks ● Control pain and medication effects XXI. Sleep Disorders Insomnia Difficulty falling/staying asleep → fatigue, poor concentration, mood changes Sleep Apnea ● Central: brain fails to signal breathing ● Obstructive: airway collapse; snoring; daytime sleepiness Treatment: CPAP, weight loss, avoid alcohol/smoking Narcolepsy Sudden sleep attacks; possible cataplexy (loss of muscle tone) Hypersomnia Excessive daytime sleepiness despite adequate sleep Restless Legs Syndrome (RLS) Urge to move legs; worsens at night; disrupts sleep Night Terrors Non-REM parasomnia causing panic and no recall; common in children XXII. Pharmacologic Sleep Therapies ● Benzodiazepines (GABA agonists): sedative but dependency risk ● Nonbenzodiazepine hypnotics (most common) ● Melatonin: low-risk first-line option ● Antihistamines: OTC but cause side effects XXIII. Nonpharmacologic Sleep Therapies ● Massage, acupuncture, thermotherapy ● Guided imagery, meditation, music therapy ● Yoga and relaxation techniques ● Sleep diaries to identify patterns and personalize care FINAL KEY POINT Patient-centered nursing integrates: ● Caring theories ● Cultural competence ● Spiritual support ● Client advocacy ● Sleep and comfort promotion Goal: provide holistic care that supports physical healing, emotional well-being, spiritual meaning, autonomy, and optimal quality of life. Week 7 Absolutely—here’s a more condensed study guide that still includes every concept you were given. CONDENSED STUDY GUIDE: ELIMINATION (ALL CONCEPTS) 1) Big Picture ● Elimination (urine + stool) is continuous and essential. Patterns vary, but changes require assessment + intervention to restore usual patterns or establish a new baseline. 2) Urinary System Basics Functions: excrete waste/fluid → urine, regulate electrolytes, support RBC production, help regulate BP, support bone health. Pathway: kidneys → ureters → bladder → urethra → urination. Control: internal sphincter + external sphincter + pelvic floor muscles prevent leakage. Urination: elimination of urine via urethra. 3) Urine Production & Assessment Normal: clear, light yellow, minimal odor. Typical daily amount: ~1–2 quarts/day (varies). Expected output by age: infant ~2 mL/kg/hr; toddler ~1.5; teen ~1; adult ~0.5. Color clues: ● Dark yellow/amber = need fluids ● Dark brown = dehydration/kidney/liver concern ● Red/pink = blood or foods (beets, blackberries, rhubarb) Diet/med effects: ● Fluids ↑ volume, lighter color ● Asparagus ↑ odor ● Dyes can turn blue/green ● Alcohol + caffeine ↑ urine output (can dehydrate if not balanced) Aging urinary changes: ↓ nephrons/kidney function, ↓ bladder tone → incontinence/retention risks. 4) GI System Basics Organs: mouth → esophagus → stomach → small intestine → large intestine → rectum → anus. Peristalsis: contractions that move contents through GI tract. Feces formation: digestion + absorption (small intestine), water absorption + stool formation (large intestine), bacteria help + make vitamin K, rectum stores stool until BM. Bristol Stool Chart: ● Types 1–2 = constipation ● Types 3–4 = expected ● Types 5–7 = diarrhea Aging GI changes: ↓ peristalsis/muscle tone → constipation; ↑ PUD risk (NSAIDs), ↓ elasticity/emptying changes, possible ↓ absorption/bacterial overgrowth, ↓ lactase → lactose intolerance; lifestyle factors (inactivity, low fiber/fluids, meds) contribute. 5) Expected Elimination ● Urine: clear, light yellow, varies with intake/activity/diuretics. ● Stool: frequency varies widely; should be soft/formed, easy to pass without straining. 6) Altered Urinary Elimination Urinary Incontinence (UI) Involuntary urine loss. Can cause skin breakdown + distress. Types: ● Stress: cough/sneeze/exertion ● Urge: sudden urge, leak before toilet ● Reflex: nerve damage, no warning ● Overflow: incomplete emptying → overfill/leak ● Functional: can’t reach toilet (mobility/dexterity issues) ● Nocturnal enuresis: nighttime (kids; adults w alcohol/caffeine/meds) Management: lifestyle changes (↓ caffeine/alcohol, smoking cessation, address constipation), pelvic floor exercises, bladder training, meds/devices/surgery; skin protection (pads/briefs, cleanser, barrier cream). Urinary Retention Incomplete bladder emptying (acute or chronic). Causes: BPH, cystocele/prolapse, obstruction (stones/lesions). Findings: hesitancy, weak stream, frequency, distention, pain, leakage. Risks: UTI, bladder/kidney damage. 7) Altered Bowel Elimination Constipation <3 BMs/week + hard/lumpy stools, difficult to pass. Risks: pregnancy/postpartum, older adults, low fiber/fluids, meds, GI disorders, immobility. Red flags: fever, GI bleeding, severe pain, vomiting, weight loss. Complication: fecal impaction/obstruction (liquid stool may leak around impaction). Tx: fiber + fluids + exercise + bowel training; meds; enema/manual removal; surgery if complete obstruction. Diarrhea Frequent loose/watery stools: acute (1–2d), persistent (>2w <4w), chronic (>4w). Risks: infection, meds, GI disorders, diet. Dangers: dehydration, malabsorption. Adult urgent follow-up: fever ≥102°F, >2 days, ≥6/day, severe pain, blood/black stool. Tx: rehydration; OTC (loperamide/bismuth) if appropriate; antibiotics/probiotics if infectious cause. Bowel Incontinence Urge (can’t reach toilet) most common; passive (unaware leakage). Leads to skin issues + reduced self-esteem. Children: encopresis. 8) Medications That Affect Elimination Constipation: antacids (Al/Ca), anticholinergics/antispasmodics, antiseizure meds, Ca-channel blockers, diuretics, iron, antiparkinsonian, opiates, antidepressants. Diarrhea: antibiotics, magnesium antacids; consider C. diff if severe/persistent after antibiotics. 9) Conditions Altering Urinary Patterns ● Dehydration: thirst, dry mouth, fatigue, dizziness, dark urine; severe needs IV fluids. ● UTI: dysuria, urgency/frequency; can progress to pyelonephritis (fever, flank pain, N/V, hematuria). Tx antibiotics + fluids. Higher risk: females, retention, obstruction, catheters, diabetes, menopause. ● Kidney stones: severe flank pain radiating to groin, hematuria, dysuria, fever/chills, N/V. Tx fluids, pain meds, strain urine, ESWL/surgery. ● Kidney failure: waste/fluid buildup → ↓ urine, HTN, anemia, itching; Tx dialysis or transplant. ● BPH: urethral constriction → retention, nocturia, weak stream; can cause UTIs/damage; Tx meds/surgery. 10) Conditions Altering Bowel Patterns ● Diverticulosis: pouches; Diverticulitis: inflamed/infected pouch → pain/bleeding; risk perforation → peritonitis. Prevent: fiber; nuts/seeds no longer restricted. Tx antibiotics + liquid/soft diet. ● IBS: pain + diarrhea/constipation (IBS-C, IBS-D, IBS-M); Tx diet (fiber/probiotics, avoid triggers), stress reduction, sleep/exercise, meds. ● Bowel obstruction: blockage → N/V, distention, severe constipation; NG decompression + surgical consult. ● Ileus: decreased/absent motility (often post-op/illness/meds) → absent bowel sounds, distention, N/V; Tx NPO, NG tube, IV fluids; consider TPN if prolonged. ● Ulcerative colitis: colon inflammation/ulcers → bloody diarrhea, fatigue, anemia; Tx meds; surgery if refractory/cancer risk. ● Crohn’s: inflammation anywhere (often small intestine) → diarrhea, weight loss, anemia; complications fistulas/abscess/obstruction; Tx meds + possible surgery. 11) Diversions & Ostomies Urinary Diversions ● Catheterization (temporary) ● Ureteral stent ● Ileal conduit/urostomy (stoma + pouch) ● Nephrostomy (kidney → external bag) ● Neobladder (internal reservoir, may need catheter) ● Continent cutaneous reservoir (internal pouch + valve; catheter to empty) ● Cystostomy (catheter directly into bladder) Complications: UTIs, kidney infection, skin breakdown; psychosocial concerns. Fecal Diversions ● Ileostomy ● Colostomy (+ irrigation option for some permanent colostomies) ● J-pouch (internal ileal reservoir connected to anus; often temporary ileostomy first) ● Kock pouch (continent ileostomy; catheter to empty) Complications: skin irritation, hernia/prolapse/stenosis, blockage, diarrhea, bleeding, electrolyte imbalance, infection, leakage. WOC nurse supports education + supplies + skin/stoma care. 12) Diagnostics & Specimen Collection Urinary ● Urodynamics: uroflowmetry, postvoid residual, cystometric test, leak point pressure, EMG, video urodynamics, pressure-flow study ● Scopes: cystoscopy, ureteroscopy ● Urinalysis: visual + dipstick + microscopic (WBC, RBC, bacteria, casts, crystals) ● Urine culture: clean catch midstream; grows organism + susceptibility testing (correct antibiotic; reduces resistance) ● 24-hour urine: collect all urine, refrigerate, avoid certain foods/meds Urine collection methods: clean catch vs catheter (sterile technique for intermittent/indwelling). GI ● Tests: celiac testing, colonoscopy, ERCP, sigmoidoscopy, upper/lower GI series, upper endoscopy ● FOBT: dietary/med restrictions to prevent false positives (ex: beets, red meat, some veggies; aspirin/ibuprofen/Vit C) ● Stool culture: for severe/persistent diarrhea (travel, contaminated food/water, antibiotics) 13) Nursing Interventions Promote Urinary Elimination ● Bedpan/urinal assistance + measure output + privacy + skin check ● Bladder irrigation (ordered; pain is NOT expected → report) ● Lifestyle: avoid bladder irritants; appropriate fluids; weight loss; stop smoking ● Bladder training + elimination journal ● Bladder scan to avoid unnecessary catheterization ● Catheters: intermittent, indwelling, external male condom, external female wick ● CAUTI prevention: sterile insertion for indwelling/intermittent; daily hygiene; handwashing; keep system clean Promote Bowel Elimination ● Fiber, hydration, activity, respond to urge, stress management ● Bowel training (may use laxatives) ● Enemas: cleansing vs retention; solutions hypotonic/isotonic/hypertonic (tap water can cause electrolyte shifts) ● Laxatives: ○ Bulk-forming ○ Surfactant (stool softener) ○ Stimulant ○ Osmotic ● Rectal tubes/fecal management systems for severe incontinence Skin Care for Incontinence ● Clean promptly, rinse, pat dry ● Moisturize (alcohol-free) ● Barrier ointments/pastes/sealants ● Assess for nonblanchable redness, blisters, wounds/ulcers NG Decompression (for obstruction/ileus) Measure nose → ear tragus → xiphoid, advance with swallowing, confirm placement (x-ray/capnography/pH per policy), secure + suction as ordered. If you want, I can also turn this into a 1-page “exam cram” sheet (still including every concept, just in ultra-compact bullets). Condensed Study Guide: Main Concepts (Elimination + Sensory Perception) 1) ELIMINATION (URINARY + BOWEL) Urinary system basics ● Organs: kidneys → ureters → bladder → urethra ● Kidneys: filter blood, remove waste/fluid, regulate electrolytes & BP hormones, support RBC production. ● Normal urine: clear, light yellow, minimal odor. ○ Dark yellow/amber: dehydration. ○ Red/pink: blood or foods (beets). ○ Brown: severe dehydration/liver/kidney issues or certain foods. Expected urine output (high-yield) ● Adults: ~0.5 mL/kg/hr ● Output generally decreases with age (↓ nephrons, ↓ renal blood flow). Urinary alterations Urinary incontinence = can’t control urination Types: ● Stress: cough/sneeze/exertion → leak ● Urge: sudden strong urge → can’t reach toilet ● Overflow: bladder overfills from incomplete emptying → dribbling/leak ● Reflex: nerve damage → unpredictable leakage ● Functional: can’t get to toilet in time (mobility/dexterity issues) ● Nocturnal enuresis: nighttime bedwetting Key nursing focus: skin protection (barrier creams, briefs/pads), reduce irritants, bladder training, pelvic floor exercises. Urinary retention = can’t empty bladder fully ● Causes: BPH, prolapse (cystocele), obstruction (stones), neuro issues. ● Findings: hesitancy, weak stream, frequency, distention, pain, leakage. ● Risks: UTI, bladder/kidney damage. ● Interventions: identify cause, drain bladder if needed, bladder scan, catheterization if ordered. Common urinary conditions ● Dehydration: thirst, dry mouth, dizziness, dark urine, low urine; severe → IV fluids. ● UTI: dysuria, urgency/frequency; untreated → pyelonephritis (fever, flank pain, N/V). Treat: antibiotics + fluids. ● Kidney stones: severe flank pain radiating to groin, hematuria, N/V; treat pain + fluids, strain urine, possible lithotripsy/surgery. ● Kidney failure: ↓ urine, HTN, anemia, itching; treat dialysis/transplant. ● BPH: frequency/nocturia, weak stream, retention/incontinence; treat meds/surgery. Bowel system basics ● GI tract: mouth → esophagus → stomach → small intestine → large intestine → rectum → anus ● Peristalsis moves contents forward. ● Stool: should be soft/formed, easy to pass (no straining). Bristol Stool Chart (quick) ● 1–2: constipation (hard/lumpy) ● 3–4: ideal/normal ● 5–7: diarrhea (loose/watery) Bowel alterations ● Constipation: <3 BMs/week + hard stool/straining ○ Risks: impaction/obstruction (esp immobile/neuro injury). ○ Tx: fiber, fluids, activity, bowel training, stool softeners/laxatives; impaction → enema/manual removal. ● Diarrhea: frequent loose watery stools ○ Danger: dehydration, electrolyte imbalance; red flags: blood/black stool, fever, severe pain, lasts >2 days. ○ Tx: rehydration, remove irritants; meds like loperamide (if appropriate); infection → meds/probiotics as ordered. ● Bowel incontinence: urge (can’t reach toilet) vs passive (leak without awareness). ○ Nursing: skin care, scheduled toileting, bowel training, protect dignity. Diversions (know names + purpose) Urinary diversions ● Catheterization: intermittent or indwelling ● Ureteral stent: keeps ureter open ● Urostomy/ileal conduit: urine exits through stoma into pouch ● Nephrostomy: kidney → external drainage ● Cystostomy (suprapubic): catheter directly into bladder ● Neobladder/continent reservoir: internal storage; may need catheter to empty Complications: infection, skin breakdown, psychosocial stress. Fecal diversions ● Ileostomy: ileum → stoma (often liquid stool) ● Colostomy: colon → stoma (more formed depending on location) ● J-pouch: internal ileal reservoir connected to anus ● Kock pouch: continent ileostomy; catheter to empty Complications: skin irritation, leaks, hernia/prolapse, blockage, diarrhea, electrolyte issues. Diagnostic tests/specimens (high-yield) Urinary ● Urinalysis: dipstick + microscopic ● Urine culture: clean catch; susceptibility testing picks the right antibiotic ● 24-hr urine: measures substances over time ● Urodynamics: bladder function (uroflowmetry, PVR, cystometrics, etc.) ● Cystoscopy/ureteroscopy: visualize urinary tract GI ● FOBT: check hidden blood (avoid foods/meds that cause false positives) ● Stool culture: severe/persistent diarrhea, travel, prolonged antibiotics ● Colonoscopy, sigmoidoscopy, upper GI endoscopy, ERCP, GI series as indicated Nursing priorities (elimination) ● Assess: amount, frequency, color/odor, pain, stool type. ● Prevent skin breakdown: cleanse, dry, barrier creams, frequent checks. ● Promote normal patterns: hydration, fiber, activity, timed toileting, privacy, proper equipment (bedpan/urinal). ● Reduce infection risk: sterile technique for invasive catheters; minimize indwelling catheter days (CAUTI prevention). 2) SENSORY PERCEPTION (ALL MAIN CONCEPTS) Big picture ● Stimulus → sensory organ → CNS/cranial nerves → brain interprets → response ● Problems can be in reception, perception, or response. Key terms ● Sensory deficit: reduced function (vision/hearing/touch/etc.) ● Sensory deprivation: too little stimulation ● Sensory overload: too much stimulation → anxiety/confusion ● SPD: detects stimuli but brain misprocesses → oversensitive/overwhelmed Cranial nerves (only what’s essential) ● I smell, II vision, III/IV/VI eye movement ● V facial sensation/jaw ● VII facial expression + taste (front tongue) ● VIII hearing/balance ● IX/X swallowing/gag/voice ● XI shoulder shrug/head turn ● XII tongue movement Vision: most tested disorders ● Refractive errors: myopia, hyperopia, astigmatism, presbyopia ● Cataracts: cloudy lens → blurry/hazy, ↓ color ● Diabetic retinopathy: retinal vessel damage → floaters/blur → blindness risk ● Glaucoma: ↑ intraocular pressure → loss of peripheral vision (irreversible) ● Macular degeneration: loss of central vision (older adults) Tests: Snellen/Tumbling E; slit lamp; fluorescein angiography; visual field test; intraocular pressure; Amsler grid. Hearing ● Anatomy: outer → middle (ossicles) → inner (cochlea) → CN VIII. ● Tinnitus: ringing/buzzing without sound. ● Types of loss: ○ Sensorineural: inner ear/nerve (aging = presbycusis, loud noise, ototoxic meds) ○ Conductive: sound can’t travel (wax, otitis media, perforation, otosclerosis) ○ Mixed: both Tests: Rinne, pure-tone audiometry; ABR/OAE (screening). Speech/Aphasia (stroke-related high yield) ● Broca/expressive: understands but can’t produce words well (“telegraphic” speech) ● Wernicke/fluent: lots of words, no meaning; poor comprehension ● Global: severe impairment of both Touch ● Hypersensitivity / defensiveness (painful to normal touch) vs hyposensitivity (reduced pain/temp). ● Major causes: peripheral neuropathy (diabetic), spinal cord injury. ● Testing: neuro exam, sensation checks, nerve conduction, EMG, MRI. Smell & taste (often linked) ● Taste disorders: hypogeusia (↓ taste), ageusia (no taste), dysgeusia (metallic/rancid), phantom taste ● Smell disorders: anosmia (no smell), hyposmia (reduced), parosmia (distorted), phantosmia (smell not real) ● Causes: URIs, sinus disease, head injury, smoking, meds, zinc deficiency, neuro disorders. Aging effects (must know) ● Vision & hearing decline most. ● Vision: smaller pupils, less lens flexibility, weaker extraocular muscles, ↓ tears/dry eyes. ● Hearing: high-frequency loss, cerumen impaction, tinnitus. ● Taste/smell: ↓ taste buds + ↓ saliva → ↓ appetite → malnutrition risk. ● Touch: ↓ circulation → ↓ temperature/pain sensitivity. Nursing priorities (sensory) ● Safety + independence + emotional support ● Vision: lighting, corrective lenses, remove clutter, orient to room, fall prevention. ● Hearing: face client, reduce background noise, check hearing aids, use written info/interpreter. ● Speech: allow time, don’t finish sentences, use boards/paper/tablet. ● Touch: injury prevention (diabetic foot care, protective footwear, daily inspection). ● Smell/taste: oral hygiene, season foods, smoke/CO detectors, avoid smoking. If you want, I can turn this into a one-page “test-ready” version (even shorter, like only definitions + red flags + key interventions). Condensed Study Guide: Complementary & Integrative Health (CIH) / CAM / Holistic Nursing 1) Key Terms (know the differences) ● Conventional (Western) medicine: Evidence-based diagnosis & treatment (meds, surgery, radiation). Also called mainstream, allopathic, biomedicine, orthodox. ● Complementary therapy: Used with conventional care (ex: aloe + NSAID for sunburn). ● Alternative therapy: Used instead of conventional care. ● Integrative health: Combines conventional + complementary + alternative in a coordinated plan (mind–body–spirit). ● Holistic nursing: Client-centered care treating the whole person (physical, emotional, spiritual, social, cultural, environment). Focus is healing + wellness, not just curing disease. 2) NCCIH Categories (how CIH is “delivered”) Nutritional approaches ● Herbs/botanicals, supplements, vitamins/minerals, probiotics, dietary therapies ● Usually OTC and labeled as dietary supplements Psychological (mind–body) approaches ● Relaxation, meditation, mindfulness/MBSR, guided imagery, biofeedback, hypnosis, prayer Physical approaches ● Hands-on body structures/systems: massage, chiropractic, osteopathy, spinal manipulation, heat/cold, reflexology Bioenergetic (energy) therapies ● Veritable energy = measurable EM fields/light/magnets ● Putative energy (biofields) = subtle energy concepts ● Examples: Healing Touch, Therapeutic Touch, Reiki, Tai Chi, qi gong, acupressure Whole medical systems ● Complete systems separate from Western medicine: ○ Ayurveda, Traditional Chinese Medicine (TCM), Unani, Kampo ○ Also: Homeopathy, Naturopathy, Functional medicine (root-cause focus) Combined approaches ● Blends multiple categories: yoga, mindfulness eating, dance/art/music therapy 3) Why it matters (nursing relevance) ● Many clients use CIH (often alongside prescriptions). Nurses must: ○ Assess what clients use ○ Prevent interactions/harms ○ Provide culturally congruent care ○ Support self-care + empowerment ● Holistic nursing priorities ○ Promote wellness, honor caring–healing relationship ○ Respect subjective experience of illness/healing ○ Encourage informed decisions + active participation ○ Incorporate cultural beliefs/folk practices safely 4) High-yield Mind–Body Therapies (what they do) ● Deep breathing: control rate/depth → ↓ anxiety/stress ● Meditation: quiet mind/focused attention → ↓ BP/HR, ↓ stress effects ● Mindfulness: present-moment awareness; can reduce stress and improve coping ● Guided imagery: mental visualization → relaxation, pain/anxiety reduction ● Prayer: spiritual coping/connection (client-defined) ● Progressive relaxation: systematically tense/relax muscle groups ● Yoga (meditative movement): poses + breathing ± meditation → stress, sleep, anxiety; also pain (back/neck) support ● Aromatherapy: essential oils (inhaled/topical) → relaxation, anxiety relief; some evidence for nausea (ex: ginger/lavender/peppermint blends) ● Acupuncture/acupressure: stimulates points/meridians → pain, nausea, fatigue, anxiety support ● Hypnotherapy: focused attention + suggestion → phobias, anxiety, pain, habits (smoking) ● Biofeedback: device-assisted control of body functions (HR, tension) → stress, headaches, rehab, pain 5) Manual Therapies (hands-on) ● Massage: manipulates soft tissues → pain/anxiety/insomnia support ○ Precautions: avoid over clots/tumors/prostheses; caution with anticoagulants/low platelets (bruising/bleeding); older adults risk (rare) fractures ● Reflexology: foot/hand zones thought to correspond to body functions ● Chiropractic: spinal manipulation + structural focus; no surgery/Rx meds ● Osteopathic medicine: structure-function relationship; osteopathic manipulation used by trained physicians 6) Bioenergetic / Movement Therapies ● Tai Chi / Qi gong: meditative movement; balance, function, stress reduction ● Alexander Technique: posture/neck-spine alignment awareness → chronic pain support ● Feldenkrais: mindful movement retraining → pain + mobility ● Rolfing/Structural integration: deep tissue/fascia work → posture/function ● Pilates: core/torso control, posture → balance, flexibility, pain relief ● Therapeutic Touch / Healing Touch / Reiki: energy-based touch; may support relaxation, pain reduction, agitation (ex: dementia) 7) Traditional / Indigenous Practices (cultural competence) ● Traditional medicine (WHO concept): culture-based knowledge/practices for prevention/diagnosis/treatment—often includes spirituality. ● Examples: Native healing practices (prayer, drumming, storytelling, sacred rituals), herbal use, cupping, etc. ● Nursing: respect beliefs, ask what practices are important, integrate safely. 8) Whole Medical Systems (quick ID) ● Ayurveda: balance mind–body–spirit; doshas; cleansing + diet + herbs + yoga/meditation ● TCM: acupuncture, Tai Chi/qi gong, herbs; balance yin/yang + qi flow ● Naturopathy: “body heals itself” supported by diet, lifestyle, herbs, supplements, homeopathy, etc. ● Homeopathy: “like cures like,” highly diluted remedies ● Functional medicine: root-cause, systems-based approach 9) Natural Products: BIG SAFETY POINTS (test favorites) FDA/supplements ● FDA regulates supplements, but manufacturers are responsible for quality/claims → variability exists. ● “Natural” ≠ safe. Must-do nursing action ● Always ask about herbs/supplements/vitamins OTC. ● Encourage a current med + supplement list shared with provider/pharmacist before starting anything new. Common interaction themes ● Bleeding risk (esp with anticoagulants like warfarin): ○ Garlic, ginger, ginkgo, cranberry (large amounts), evening primrose oil, etc. ● Serotonin syndrome risk when mixing certain herbs with antidepressants: ○ St. John’s wort + antidepressants (ex: duloxetine) ● CNS depression/sedation combos: ○ Valerian + sedatives/alcohol/antihistamines ● Vitamin K decreases warfarin effect: ○ Leafy greens (consistency matters) Specific high-yield herbal cautions ● Ephedra (ma huang): banned in U.S. supplements → serious CVA/MI risk (worse with caffeine) ● Kava: can cause liver damage ● Black cohosh: possible liver injury risk ● Tea tree oil: toxic if ingested ● Licorice root: ↑ BP, can lower K+ (esp with diuretics); avoid in pregnancy ● St. John’s wort: many interactions (reduces effectiveness of multiple meds) + photosensitivity Probiotics (basic) ● Support healthy gut flora; can help inhibit harmful bacteria (ex: Lactobacillus) 10) Vitamins & Minerals (core test facts) Vitamins ● Water-soluble: B-complex + C (not stored well → need regular intake) ● Fat-soluble: A, D, E, K (stored in fat/liver → toxicity risk if too much) Vitamin K newborn note: doesn’t cross placenta well; newborns get IM vitamin K to prevent bleeding. B-complex quick purpose (big picture) ● Mostly metabolism/energy, neuro function, RBC formation ● B12: neuro + RBCs (deficiency → anemia, fatigue, neuro changes) Minerals (core roles) ● Needed for: enzyme function, nerve/muscle contraction, fluid balance, bone/teeth ● Examples: ○ Calcium: bones + clotting + nerve impulses ○ Sodium: extracellular fluid, nerve/muscle ○ Potassium: nerve/muscle; high/low can cause arrhythmias ○ Magnesium: metabolic processes; low with alcohol use disorder/DM ○ Iron: oxygen transport; deficiency → anemia Food-drug/nutrient interactions (quick) ● Vitamin C ↑ non-heme iron absorption ● Coffee/tea/wine (polyphenols) + phytic acid (legumes/nuts) ↓ iron absorption Quick “Exam-Style” Reminders ● Complementary = with conventional; Alternative = instead; Integrative = coordinated blend. ● Nursing role: assess use, prevent interactions, educate, support self-care, respect culture. ● Biggest safety issue: herb/supplement interactions (bleeding, serotonin syndrome, sedation, warfarin/vit K). If you want, paste any practice questions from this lesson and I’ll answer them using only what’s in your notes

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