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Willhelm Wundt
First person to establish a psychology laboratory in Liepzig, Germany in 1879. He was a physiologist and philosopher.
Structuralism
Used introspective to explore the structural elements of the human mind
Functionalism
Focused on how our mental and behavioral processes function-- how they enable us to adapt, survive and flourish
Sigmund Freud
-A psychiatrist -An Austrian physician -He and his followers emphasized the importance of the unconscious mind and its effects on human behavior. He attempted to cure female victims of hysteria through speaking to them`
Psychologists in the 1920's-1960's
Many pioneering psychologists such as Freud, Piaget, Watson, Rogers, and Maslow
Behaviorists
-Objective -Watson and later Skinner, emphasized the study of overt behavior as the subject matter of scientific psychology -Between 1920 and 1960, these were the top "psychologists" and gained or lost respect from the rest of the scientific community
B.F. Skinner
Most famous Behaviorist
Humanistic Psychology
Maslow and Rogers emphasized current environmental influences on our growth potential and our NEED FOR LOVE AND ACCEPTANCE
Psychology today
The scientific study of behavior and our mental processes
Psychology is...
A combo of anatomy and philosophy
Nature vs. Nurture
The argument over whether the way you are raised overpowers your human nature, or vice versa
Psychology's 3 Levels of Analysis
Biological Influences
Psychological Influences
Social-cultural Influences
Examples of Biological Influences
Genetic predispositions, genetic mutations, genes and responding to the environment
Examples of Psychological Influences
Learned fears and expectations, Emotional responses, Cognitive processing and perceptual interpretations
Examples o Social-Cultural Influences
Presence of others, Cultural, societal, family expectations, peer and other group influences, compelling models such as the media
The BioPsychoSocial Model is
A combination of Biological, Psychological, and Social factors Ex: Lori is depressed because she has a genetic predisposition, has been sad for the past 6 months, because of stress at work and the loss of a loved one.
Behaviorist School of Psychology
attributed largely by Watson, Pavlov and Skinner -All behaviors are learned through reward and punishment pairings
Humanistic School of Psychology
-Says humans are unique and good and possess an inner ability to change: free will and growth are important -Motivation based on hierarchy of needs
Person-Centered Therapy
Therapy in which the patient directs therapy and others support helps the patient become better
Psychoanalytic/Psychodynamic School of Psychology
-Developed by Freud, and believed our unconscious mind shapes our thoughts and behaviors -Believes that childhood is the most important point of development -Ex: anal retentive or anal repuslive
Cognitive School of Psychology
-We interpret the environment around us -Behaviors are based on the perception of the world -Thoughts shape feelings, which shape behaviors
Biological (physiological) School of Psychology
-Investigates how specific physiological processes explain individual differences -Describe how internal biological events interact with the environment
Hindsight Bias
The "I-knew-it-all-along" phenomenon
Vivid Cases
People fail to make accurate generalizations because they are unduly influenced by vivid cases such as Jersey Shhore
Critical Thinking
-Does not accept arguments and conclusions blindly -It examines assumptions, discerns hidden values, evaluates evidence and assesses conclusions
Empirical Approach
By testing their predictions with the observational method of science, psychologists are using an empirical approach
The Scientific Method
Question/Purpose
Research
Hypothesis
Prepare
Experiment
Collect Data
Conclude/Analyze
Operational Definition
A statement of procedures used to define research variables -Ex: human intelligence may be operationally defined as what an IQ test measures -Ex: Depression isn't visible but you can be tested to see how depressed you are
Types of Descriptive Methods to Inform Hypotheses
-Naturalistic Observation -Case Study -Surveys
Correlational methods
Associate different factors to show relationships between them Ex: Measuring how long a preschool teacher spends teaching ABC songs and how well they know their ABCs
Correlation
-The degree to which one variable or set of data is related to another variable/set of data -Correlation does not prove causation -Scatterplots represent correlations between 2 variables
Correlation Coefficient
Number between -1 and +1 to show the strength and direction of the relationship -Correlations help us predict behavior but do not indicate the cause of the relationship -R
Scatterplots
-X axis: variables that you change (such as times) -Y axis: something that ou don't really know if it is going to change or not
Third Variable
A variable that is responsible for the relation between two variables -Ex: Increased ice cream consumption and high drowning rates correlate because of warmer temperatures, but do not cause each other
Illusory Correlations
There is a perception of a relationship that does not exist
Experimental Research
-Actively manipulating one variable to observe its effects on another variable (dependent variable)
Independent Variable
A factor manipulated by the experimenter and is the focus of the study
Dependent Variable
A factor that may be influenced by the manipulated experimental variable
Experimental Group
The group exposed to the treatment
Control group
The group not exposed to the treatment
Double Blind Procedure
Both parties are ignorant about who has received the drug and who has received the placebo
Placebo
Inert substance administered instead of a drug to see if it produces any of the same effects as the drug
Placebo Effect
When participants who are given an inert substance experience something
Experiments are most helpful for revealing
Cause and effect realtionships
Survey
Pro: Can be easy to collect lots of data Con: Sample may be biased or inaccurate
Case Studies
Pro: In-depth data Con: Can't assume it will apply to all others
Mode
Most frequently occurring score
Mean
the average score obtained
Median
Middle score
Standard Deviation
Measure of degree of variation among a set of scores (how much scores vary around the mean)
Statistical Significance
This term is used when deciding whether observed differences between samples reflect actual differences between populations
What are neurons?
The smallest part, a brain/nerve cell
3 types of neurons
-Sensory: Body sends messages to the brain -Motor: Brain sends messages to the body -Interneurons: Messages between neurons in the brain
Dendrites
-Busy fibers that receive information
Axon
-Long stem that passes message through cell
Myelin Sheath
-Fat and nerve tissue that insulates and speeds up impulses (like insulation on a wire)
Excitatory and Inhibitory Signals
If enough excitatory information, exceeds threshold of excitation it sends a message/signal down the axon
Action Potential
A brief electrical charge that's fired when a neuron gets a message and generates electricity through chemical events
Absolute Refractory Period
The reason that the action potential only travels in one direction of the axon is because of the absolute refractory period -The period immediately following the firing of a nerve fiber when it cannot be stimulated no matter how great a stimulus is applied
Synapse
-How neurons communicate -Meeting point between neurons -Synaptic gap is less than a millionth of an inch wide
Neurotransmitters
-Chemical messengers -Are released at the synaptic gap and fit into the next like a key in a lock -Ex: Serotonin, Dopamine, Norepinephrine, Acetylcholine, GABA, Glutamate
Reuptake
The sending neuron reabsorbs extra neurotransmitter
Seretonin
Affects mood, hunger, sleep and arousal
Dopamine
Influence movement, learning, attention and emotion
Norepinephrine
Affects alertness and arousal
Endorphins
-Natural opium -Makes you feel good
Agonist Drugs
-Mimics neurotransmitter functioning -Ex: Drugs that mimic things like Serotonin
Antagonist Drugs
-Blocks a neurotransmitters functioning -Ex: Botox, Botulin
Central Nervous System
-Brain and Spinal Bord
Peripheral Nervous System
-Body's sensory receptors, muscles and glands -Pass information through bundled axons called nerves -Is made up off the Somatic and Autonomic Nervous System
Somatic N.S.
Controls skeletal muscles
Autonomic N.S.
Regulates glands, blood vessels, and internal organs
Sympathetic Nervous System
Prepares you for action (fight or flight) by increasing heart rate, rapid breathing, increased muscular function, etc.
Parasympathetic Nervous System
Returns your body to normal functioning, normal heart rate, digestion stimulated, relaxed, etc.
Reflexes
Somatic movements that do not involve your brain: brain and spinal cord does not always meet up; spinal cord sends the signal
Sensory Division
How information comes into the brain, conducts impulses from receptors to the CNS
Endocrine System
-Nervous system's slower cousin -Uses hormones to transmit messages instead of neurotransmitters and travel through the blood stream
Pituitary Gland
Most important, pea-sized, core of the brain that controls sex hormones, growth hormones, etc
Adrenal Glands
Top of kidneys, release epinephrine and norepinephrine
Neural Networks
Neurons cluster into working groups
Spinal Cord
Information highway between peripheral nervous system and brain
Forebrain:
Thought processes occurs and motor function is controlled
Midbrain
Connects hindbrain and forebrain, linked to thought
Hindbrain
Links the spinal cord and brain region that regulates physiological functions
Brain Stem
Oldest and innermost, autonomic survival functions
Thalamus
Communication hub, Switchboard that directs messages to the sensory receiving areas in the cortex and transmits replies to the cerebellum and medulla
Reticular Formatin
Arousal and sleep
Pons
Coordinates movements between sides of body; connects the cerebellum
Medulla
Base of brainstem, controls heartbeat and breathing
Cerebellum
Almost entirely hindbrain, still part of the older part of the brain -Helps judge time -Modulate emotions -Coordinating movement -Balance
Amygdala
Anger and fear, less active = more thrill seeking
Hypothalamus
Keeps body regulated (hunger, thirst, temperature, etc) -Fighting, Feeding, Fleeing and Freaking
Cerebral Cortex
A thin surface layer of interconnected neural cells -higher order thinking -ultimate control and information processing center -makes us more adaptable -Four regions: frontal, parietal, occipital, temporal
Frontal lobe
motor cortex, memory, reasoning, decision making, flexibility, planning
Parietal Lobe
Somatosensory cortex, pressure, pain, touch, temperature
Temporal Lobe
Primary auditory cortex, hearing, memory of sounds
Wernicke's area
Left lobe, language development
Occipital Lobe
Reception and interpretation of visual information
Motor Cortex
An area at the rear of the frontal lobes that controls voluntary movements
Split Brain
When patients have their corpus callosum severed, generally disabling if you're older