Releases endorphins (natural mood boosters)
Reduces cortisol (stress hormone)
Increases dopamine & serotonin (linked to mood and well-being)
Improves sleep quality
SMART = Specific, Measurable, Attainable, Relevant, Time-bound
Example: "I will walk for 30 minutes, 5 days a week, for the next month."
Intrinsic motivation: Internal desire (e.g., enjoyment, personal goals)
Extrinsic motivation: External rewards (e.g., praise, trophies, weight loss)
Methods to motivate: Goal setting, positive reinforcement, social support
Self-efficacy = Belief in one’s ability to succeed
Influences:
Mastery experience (previous success)
Vicarious experience (seeing others succeed)
Verbal persuasion (encouragement)
Physiological state (stress management, emotional readiness)
Steps:
Pre-participation screening (PAR-Q, medical history)
Health risk assessment (risk factors)
Goal setting
Exercise testing (if needed)
Positive risk factors (increase health risk):
Age: Men ≥ 45, Women ≥ 55
Family history: Heart disease before 55 (father) or 65 (mother)
Smoking, Hypertension, Obesity, Dyslipidemia, Sedentary lifestyle
Negative risk factor: HDL ≥ 60 mg/dL (reduces risk)
High risk (heart disease, major symptoms)
Uncontrolled conditions (diabetes, hypertension)
Symptomatic individuals
Direct measures: Lab-based, highly accurate (e.g., VO2 max test)
Indirect measures: Field tests, estimates (e.g., step test)
The expected range of error in a test’s results
Validity = Measures what it’s supposed to
Reliability = Consistent results over time
Factors affecting both: Calibration, tester experience, environmental conditions
Resting measurements (HR, BP, Body Composition)
Cardiorespiratory (VO2 max, step test)
Muscular strength & endurance (1RM, push-up test)
Flexibility (sit-and-reach test)
Chest pain, dizziness, excessive BP increase, fatigue
HR factors: Caffeine, stress, dehydration, medications
BP factors: Salt intake, stress, smoking, exercise
BMI formula: Weight (kg) ÷ Height² (m²)
Waist circumference ÷ Hip circumference
High risk: Men > 0.95, Women > 0.86
Endurance: Push-up test, sit-up test
Strength: 1RM test (bench press, squat)
Elasticity: Temporary stretching (muscle returns to original length)
Plasticity: Permanent stretching (increased flexibility)
Target = Plasticity
Static – Safe, best post-workout
Dynamic – Pre-workout warm-up
Ballistic – Risky, not recommended for most
PNF – Highly effective, requires partner
Increases blood flow, reduces injury risk
Types: General (light cardio), Specific (sport-specific movements)
Valsalva maneuver = Holding breath to stabilize core
Risks: Increases BP, dangerous for hypertensive individuals
Recommended for heavy squats and deadlifts
Not needed for low/moderate weight
Recommended: Barbell lifts (bench press, squat)
Not needed: Olympic lifts (snatch, clean & jerk)
Knees should track toes, not move past them
Treadmill: High impact but good for running
Bike: Low impact but posture-dependent
Elliptical: Low impact, but knees should not extend past toes
Specificity, Overload, Variation, Progression
Hypertrophy, Endurance, Power, Strength
Strength: 85%+ 1RM, 2-6 reps
Hypertrophy: 65-75% 1RM, 8-12 reps
If you can do 2 extra reps in 2 workouts, increase weight!
Beginner: 3-5x/week, low-moderate intensity
Advanced: 4-6x/week, higher intensity
APHRM = 220 - Age
Karvonen = (HRR × %intensity) + RHR
Frequency: 3-5 days per week
Intensity: 40-60% HRR (moderate intensity)
Time: 30-60 minutes per session
Type: Low-impact aerobic exercises (walking, cycling, swimming)
Gradual progression prevents excessive fatigue and injury.
Moderate intensity is ideal for fat oxidation and adherence.
Longer duration enhances caloric expenditure.
Low-impact activities minimize joint stress, as she is overweight and untrained.
Frequency: 4-5 days per week
Intensity: 65-85% HRR (moderate to high intensity)
Time: 30-45 minutes per session
Type: Running-focused (interval training, tempo runs, and long runs)
Increased frequency improves aerobic capacity and running economy.
Higher intensity (interval training & tempo runs) enhances lactate threshold and endurance.
Progressive overload helps improve speed and efficiency.
Specificity: Running-focused training improves running performance.
Frequency: 3 days per week (full-body)
Intensity: 60-70% 1RM (beginner strength range)
Exercise Selection:
Core lifts: Deadlifts, squats, bench press
Structural exercises: Overhead press, pull-ups, rows
Assistance exercises: Biceps curls, triceps extensions, core work
Moderate intensity allows for neuromuscular adaptation without excessive fatigue.
3-day frequency ensures recovery while maximizing strength gains.
Core & structural exercises build overall strength and coordination.
Assistance exercises help with muscle balance and injury prevention.
Frequency: 4-5 days per week (split routine)
Intensity: 65-80% 1RM (hypertrophy range)
Exercise Selection:
Core lifts: Squats, deadlifts, bench press
Structural exercises: Incline bench, rows, Romanian deadlifts
Assistance exercises: Lateral raises, biceps curls, triceps dips
Higher frequency promotes muscle protein synthesis.
Moderate to high intensity maximizes hypertrophy (muscle growth).
Split routine allows for muscle recovery while maintaining training volume.
Progressive overload ensures continued muscle adaptation.