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Motivation/Altered

Emotion, motivation, and altered states

TermDefinition
motivation "your why", internal state that activates behavior and directs our behavior towards reaching a goal
intrinsic motivation internally motivated, you are motivating yourself (ex. you want to do good on a test)
extrinsic motivation externally motivated, you are motivated by your environment (ex. money)
instinct theory falls under evolutionary perspective, motivation based on natural tendencies that determine our behavior (cleanliness, curiosity, socialization, sympathy, parental love)
drive-reduction theory motivation starts with biological and physical needs (necessary for us to physically survive) and is accomplished due to our drive to meet those needs, falls under biological perspective
homeostasis the body returns to its normal, balanced state after its needs are satisfied (goal of drive-reduction theory)
incentive theory motivation based on incentives (rewards or punishments to motivate behaviors), similar to operant conditions - we want to gain a positive reward and avoid punishment, falls under behavioral perspective
arousal theory / Yerkes-Dodson law we are motivated to seek an optimum level of arousal (stress/anxiety), need enough stress to perform well but too much will cause a bad performance
Maslow's hierarchy of needs we are motivated by needs and all needs aren't created equal; we are driven to satisfy the lower level needs first, falls under humanistic perspective
physiological needs (tier 1) going to the bathroom, food, water, sleep, oxygen
safety needs (tier 2) shelter, trust, passwords, a bank account (financial secureness)
belonging and love needs (tier 3) friends, family, pets, clubs, groups, support
esteem needs (tier 4) controlled by yourself, how you feel about yourself, self confidence and esteem
self actualization (tier 5) being the best version of yourself you can be, living up to your fullest potential
stimulus something that causes a reaction
emotion made up of physical arousal (body), cognitive and affective (mind), and behavioral factors (expression, gestures, body language, actions, etc.)
evolutionary theory of emotion certain emotions/expressions were naturally selected because they gave humans a survival advantage
James-Lange theory of emotion an emotion provoking stimulus causes a physiological reaction in the body, allowing the body to automatically experience an emotion
facial feedback theory of emotion activity in facial muscles that create facial expressions cue the brain and tell it what emotion to experience, facial movements give the brain sensory information based on muscle movements
Cannon-Bard theory of emotion an emotion provoking stimulus sends messages from the thalamus to simultaneously cause a physiological reaction and the automatic experience of an emotion
dual pathway theory of emotion an emotion provoking stimulus travels along 2 different pathways at the same time; one is slow/conscious (high road) and the other is fast/unconscious (low road)
Schachter-Singer 2 factor theory of emotion an emotion provoking stimulus causes a physiological reaction which then allows the brain to give it a cognitive label, experiencing the emotion
cognitive appraisal theory of emotion cognition (conscious or unconscious) happens before the subjective experience or emotion (includes appraisals)
primary appraisal deciding if an event will affect an individual personally
secondary appraisal deciding how one should deal with the event
universal emotions discovered by Paul Ekman, all cultures display these emotions similarly, joy, anger, interest, disgust surprise, sadness, fear
stress physical and psychological response to factors that challenge our homeostasis
sympathetic adrenal medullary response nervous and endocrine systems respond fast to acute stressors (short-term), the hypothalamus triggers the pituitary gland to release cortisol (fight or flight)
hypothalamic pituitary adrenocortical response nervous and endocrine systems respond slowly to chronic stressors, extended coping
general adaptation syndrome the body's response to experiencing chronic stress over long periods of time (alarm, resistance, exhaustion)
alarm SNS reacts, releases highest level of stress hormones
resistance elevated levels of stress hormones, body attempts to adapt to higher arousal state
exhaustion body's internal resources are depleted
distress stress from unpleasant experiences (short term)
eustress positive stress resulting from pursuing challenging but achievable goals
approach approach conflict motivator 2 desirable outcomes, can't make a bad choice but have to pick one
avoidance avoidance conflict motivator 2 unfavorable outcomes, pick the choice that gives the least discomfort
approach avoidance conflict motivator we pick a less unfavorable choice now to avoid a worse situation later
broaden and build theory of emotion positive emotions allow us to learn new things, connect with others, and broaden the mind. negative emotions narrow focus to the immediate threat/negative emotions, falls under positive psychology
Freud's Iceberg theory we are conscious/aware of 25% of the information stored in our brains and 75% of this information is store unconsciously
preconscious knowledge and memories we have but don't think about (ex. birthday, phone number)
unconscious desires, conflicts, or memories that our conscious mind can't deal with; you are unaware of these but they still influence behavior, tap into unconscious to understand who you are
altered state changing someone's state of awareness
ways to tap into the unconsicous mind sleeping, dreaming, meditation, hypnosis, drugs
physical changes in an altered state breathing patterns change, heart rate slows, muscles tense/relax
reasons for sleep drive reduction theory: we sleep to return our body to homeostasis and help it grow/recover/repair, cognitive theory: we sleep for learning and memory, evolutionary theory: ancestors couldn't see to hunt at night and needed to sleep to survive
sleep deprivation results in fatigue, irritability, weight gain, decreased mood and energy levels, lower attention levels, dangerous driving, higher risk of depression
NREM sleep non rapid eye movement quiet sleep, 75% of sleep time, where body grows, repairs, and rests
NREM Stage 1 falling asleep, muscles begin to relax, pulse slows, temperature drops, still aware and awake, body twitches and slowly shuts down, alpha waves are on EEG, relaxation, hypnagogic sensations occur
NREM Stage 2 brain slowly shuts down, brain waves shift from high amplitude to low frequency (sleep spindles), the end of stage 2 bridges the gap between awakeness and deep sleep
NREM Stage 3 large delta waves on EEG, deepest sleep, hard to awaken, important for resting recuperating, growing, and maintaining homeostasis, sleepwalking/talking occur here with no memory of it (muscles are awake, brain isn't)
REM Stage 4 lasts for 15-45 minutes, increases the longer you are asleep (4-6 sleep cycles a night), dreaming occurs, brain is awake and functions as if you are awake, muscles are relaxed, pulse, breathing, adrenal levels release more melatonin
dreams any mental activity that takes place during sleep, any thought that occurs during sleep and doesn't always happen during REM sleep
mental activities planning, strategizing, thinking
1st dreams vague leftover thoughts from the day, occurs when you first lay down (NREM Stage 1), information processing, include everyday surroundings, not very interesting (ex. did I do all of my homework? what classes do I have tomorrow?)
REM dreams dramatic, vivid, long dreams no longer than 45 minutes that are interesting and memorable
Freud's psychoanalytic dream theory our dreams are the road to our unconscious mind and give clues as to what we truly/unconsciously desire, includes manifest and latent content, aligns with iceberg theory
manifest content what actually occurs in our dreams, the storyline of what happened, what we can remember
latent content what we think our dreams/manifest content actually mean, the underlying meaning to what happens in a dream
activation synthesis neurons fire random signals during REM sleep, cerebral cortex tries to make sense of the information shared from neurons so it creates a dream
cognitive dream theory dreams let us address and figure out problems that we have in real life, supported by the fact that REM sleep increases after periods of stress and learning
consolidation dream theory dreams are the result of memory consolidation that happens while we sleep, brain keeps important memories and cycles through it in dreams, gets rid of unnecessary memories/info
sleep apnea snoring and experiencing trouble breathing to the point of choking, caused by an enlarged uvula (hanging skin at back of throat), tonsils, or adenoids, obesity, or face/skull malformations that impair breathing
narcolepsy suddenly falling into REM sleep for no longer than 2 minutes, affects 1 in 2,000 people, 50% of people go undiagnosed, caused by genetics or a neurotransmitter malfunction
sleep terrors screaming during Stage 3 NREM sleep and can't remember why, common in children, caused by genetics or NT malfunctions, brain shouldn't be active but is
restless leg syndrome (RLS) involuntary muscle movement (usually legs) while in REM or Stage 1 NREM sleep, caused by anxiety issues, high stress, keep moving limbs because of a tingling or painful sensation
somnambulism behave/walk/talk while in Stage 3 NREM sleep, caused by genetics, high stress, withdraw from drug abuse, sleep deprivation, chaotic sleep schedules, anxiety
nightmare disorder long and frightening dreams which you can remember, occurs weekly, caused by stress, increased brain activity in hypothalamus (works with ANS to trigger amygdala/fight or flight), occurs during REM sleep
insomnia being unable to continuously sleep for 1-2 hours a night, caused by stress, poor sleep habits that disrupt circadian rhythm/melatonin release, stimulant drug use, anxiety, depression
hypersomnia feeling overly sleepy despite getting enough or too much sleep, caused by stress, anxiety, depression, inadequate sleep, happens daily
cataplexy experiencing muscle paralysis after being woken up during REM sleep (body/brain are awake but muscles are not), associated with narcolepsy, caused by an NT malfunction
REM sleep behavior disorder acting out vivid, often violent dreams during REM sleep, caused by medication side effects, neurological conditions like Parkinson's (lack of dopamine to control muscle tension), alcohol/drug use or withdraw
consciousness our awareness of ourselves and our environment
dual processing when the brain processes information on 2 tracks--one conscious and deliberate and one unconscious and automatic--at the same time
selective attention shifting your conscious attention to something that was once previously stored in your unconscious mind
circadian rhythm the body's internal clock that regulates temperature and wakefulness, things that occur on a 24 hour cycle
hypnagogic sensations hallucinations that a person experiences shortly after falling asleep that are incorporated into their memories (ex. falling, floating)
sleep cycles lasts for about 90 minutes, you have 4-6 sleep cycles per night
Suprachiasmatic Nucleus (SCN) a cluster of cells in the hypothalamus that controls circadian rhythm and responds to light/darkness by adjusting melatonin release
Created by: ts2819
 

 



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