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This deck focuses on 7a Motivation Theories Drives, giving you a quick way to review the definitions, rules, and examples that matter most for MCAT Psychological Social Foundations.
Study 7a Motivation Theories Drives in MCAT Psychological Social Foundations with focused flashcards that help you recognize the idea, recall the key rule, and apply it in practice-style prompts.
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Which option best fits Maslow: what need level includes belongingness, friendship, and intimacy?
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Love and belonging needs. Third level after physiological and safety; social connection needs.
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This deck focuses on 7a Motivation Theories Drives, giving you a quick way to review the definitions, rules, and examples that matter most for MCAT Psychological Social Foundations.
Work through these flashcards in short sessions. Try to answer each prompt before flipping the card, then revisit any cards you miss until the explanation feels automatic.
Answer: Love and belonging needs. Third level after physiological and safety; social connection needs.
Answer: Overjustification effect. External rewards can undermine inherent interest in activities.
Answer: It poorly explains behaviors without deficits (e.g., curiosity, risk-taking). Can't account for behaviors that increase arousal/tension.
Answer: It integrates signals to regulate feeding, satiety, and fluid balance. Central control center for homeostatic drives.
Answer: Emotion follows perception of physiological arousal. We feel emotions because we perceive bodily changes first.
Answer: Arousal and emotion occur simultaneously and independently. Thalamus triggers both bodily response and emotional experience together.
Answer: Trait. Enduring characteristic that motivates behavior across situations.
Answer: Schachter–Singer two-factor theory. Emphasizes cognitive interpretation of physiological state.
Answer: Behavior reduces physiological drives to maintain homeostasis. Organisms act to reduce tension from unmet biological needs.
Answer: Lower needs are prioritized before higher needs like esteem and self-actualization. Basic needs (food, safety) must be met before pursuing growth needs.
Answer: Decreases appetite and increases energy expenditure signals. Fat cells release leptin to signal fullness to the brain.
Answer: Lower needs must be met before higher growth needs motivate behavior. Hierarchical progression from survival to self-actualization.
Answer: Schachter–Singer two-factor theory. Arousal from one source can be mislabeled as a different emotion.
Answer: Integrates internal signals and coordinates feeding and drinking behavior. Brain region monitors energy balance and triggers appropriate behaviors.
Answer: Physiological, safety, love/belonging, esteem, self-actualization. Basic needs must be met before pursuing higher ones.
Answer: Push: internal drive; Pull: external incentive. Push factors originate internally; pull factors are environmental.
Answer: Emotion and physiological arousal occur simultaneously and independently. It argues that thalamic signals trigger both emotional feelings and physical reactions concurrently.
Answer: Incentive theory. External rewards motivate behavior changes.
Answer: Emotion = physiological arousal plus a cognitive label. We interpret arousal based on context to determine emotion.
Answer: External rewards and avoidance of punishments. Focuses on environmental pull factors rather than internal push factors.
Answer: Performance tends to be low due to underarousal. Insufficient stimulation leads to poor task execution.
Answer: Learned reinforcement via association with primary reinforcers (for example, money). Gains value through pairing with primary reinforcers.
Answer: Engaging in a behavior for inherent enjoyment or interest. Self-driven by personal satisfaction, not external factors.
Answer: Emotion and physiological arousal occur simultaneously. Body and emotions activate together, not sequentially.
Answer: Emotion follows perception of physiological arousal. We feel afraid because we notice our heart racing.
Answer: External rewards and environmental cues that pull behavior. Motivation comes from outside stimuli, not internal needs.
Answer: Maintenance of internal physiological variables within narrow optimal ranges. Body regulates temperature, pH, glucose, etc. for survival.
Answer: Drive-reduction (need-based) motivation. Low glucose creates physiological need driving eating behavior.
Answer: Emotion = physiological arousal plus a cognitive label for the context. Same arousal can produce different emotions based on cognitive interpretation.
Answer: Physiological needs (base of the hierarchy). Most basic survival needs must be met before higher needs emerge.
Answer: Satiety hormone from adipose tissue that decreases appetite. Signals adequate energy stores to suppress hunger.
Answer: Physiological arousal occurs first; emotion is the perception of that arousal. We feel emotions by interpreting our body's physical responses.
Answer: Intrinsic motivation. This type stems from internal rewards like personal interest, leading to sustained engagement.
Answer: Ghrelin. Released when stomach is empty; stimulates appetite.
Answer: Need is deprivation; drive is the aroused state pushing action. Need creates the drive; drive is the motivated state that prompts behavior.
Answer: Lower-level needs must be met before higher-level needs dominate. Basic survival needs take priority over social and self-fulfillment needs.
Answer: Ventromedial hypothalamus. Stimulation here inhibits eating and signals fullness.
Answer: Adipose-derived hormone signaling energy sufficiency; promotes satiety. "Fullness hormone" from fat cells suppresses appetite.
Answer: Drive is internal physiological tension; incentive is external reward cue. Drives push from within; incentives pull from environment.
Answer: Safety needs. Second level focuses on security and stability in life.
Answer: Arousal theory. Explains seeking stimulation when understimulated.
Answer: Arousal theory. People seek stimulation, not just drive reduction.
Answer: Autonomy, competence, and relatedness. Meeting these needs promotes well-being and intrinsic motivation.
Answer: Drive acquired through learning and reinforcement (for example, money). Not biologically necessary but motivates through conditioning.
Answer: Emotion = physiological arousal plus a cognitive label for the context. Emotional experience results from interpreting physiological changes within situational context.
Answer: Innate biological need (e.g., hunger, thirst, sleep). Essential for survival and not learned through experience.
Answer: Schachter–Singer two-factor theory. Two-factor theory requires both arousal and cognitive interpretation.
Answer: Drive: internal tension reduction; Incentive: external goal attraction. Drives push from within; incentives pull from outside.
Answer: Motivation arises from reducing internal physiological tension (drives). Homeostasis is restored by satisfying biological needs.
Answer: Emotion follows perception of physiological arousal. We feel emotions because we interpret our body's physical responses.
Answer: Performance is highest at moderate arousal; too low or too high impairs it. Inverted U-shaped relationship between arousal and task performance.
Answer: Variable ratio schedule. Unpredictable rewards create persistent responding due to uncertainty.
Answer: Hunger hormone that increases appetite (signals energy deficit). Released by empty stomach to stimulate eating behavior.
Answer: Ghrelin. "Hunger hormone" from empty stomach stimulates appetite.
Answer: Emotion follows perception of physiological arousal. We feel emotions after noticing body changes.
Answer: Anorexigenic decreases appetite; orexigenic increases appetite. Anorexigenic suppresses eating; orexigenic stimulates eating.
Answer: Progression from basic physiological needs to self-actualization. Lower needs must be met before pursuing higher ones.
Answer: Intrinsic: internal satisfaction; extrinsic: external reward/pressure. Intrinsic comes from enjoyment; extrinsic from consequences.
Answer: Schachter–Singer two-factor theory. Requires both arousal and cognitive labeling for emotion.
Answer: Motivation depends on expected success and value of the goal. Combines probability of success with outcome desirability.
Answer: Maintenance of stable internal conditions via feedback mechanisms. Body maintains equilibrium through negative feedback loops.
Answer: Physiological needs (food, water, sleep, thermoregulation). Survival needs form the foundation of the hierarchy.
Answer: Processes that initiate, direct, and sustain goal-directed behavior. Encompasses the why, how, and persistence of purposeful actions.
Answer: Leptin. Adipose tissue hormone that suppresses appetite when energy is sufficient.
Answer: Regulates hunger, thirst, temperature, and endocrine control. Master control center for homeostatic drives and hormones.
Answer: Motivation arises from reducing physiological drives to maintain homeostasis. Body seeks equilibrium by satisfying needs like hunger/thirst.
Answer: Motivation to reduce internal tension from unmet biological needs. Theory states unmet needs create tension that drives behavior to restore balance.
Answer: People seek an optimal level of arousal for best performance. Too little or too much arousal impairs performance.
Answer: Arousal and emotion occur simultaneously and independently. Thalamus triggers both bodily response and emotional experience together.
Answer: External rewards or punishments pull behavior toward goals. Environmental stimuli motivate behavior through anticipated consequences.
Answer: External rewards can reduce intrinsic motivation for a task. Adding rewards to enjoyable tasks can decrease inherent interest.
Answer: Drive is internal physiological tension; incentive is an external motivating stimulus. Drives push from within; incentives pull from outside.
Answer: Physiological, safety, love/belonging, esteem, self-actualization. Pyramid structure from basic survival to personal growth needs.
Answer: Signals satiety; decreases appetite as fat stores increase. Hormone from fat cells that suppresses hunger long-term.
Answer: People seek an optimal level of arousal, not maximal arousal. Too little or too much arousal decreases performance.
Answer: Motivation depends on autonomy, competence, and relatedness needs. Three psychological needs drive intrinsic motivation.
Answer: Physiological arousal occurs first, then emotion is experienced. We feel emotions because we perceive our bodily reactions.
Answer: Behavior reduces an internal drive to restore homeostasis. Body seeks equilibrium; drives push us to satisfy needs and return to balance.
Answer: Lateral hypothalamus. Stimulation here triggers feeding behavior and hunger sensations.
Answer: A stomach-derived hormone that increases hunger before meals. Released when stomach is empty to stimulate appetite.
Answer: An innate drive based on biological needs (for example, hunger). Unlearned drives stem from survival needs like food and water.
Answer: Increases hunger and promotes food intake. Stomach releases ghrelin when empty to signal hunger.
Answer: Complex or difficult tasks. Difficult tasks need calm focus; simple tasks benefit from higher arousal.
Answer: Satiety and stopping eating. Lesions here cause hyperphagia (overeating).
Answer: Lateral hypothalamus. Stimulation triggers feeding; damage causes aphagia.
Answer: Maintenance of internal physiological equilibrium around set points. Body systems self-regulate to maintain stable internal conditions.
Answer: An aroused state from a physiological need that motivates action. Hunger creates a drive state that motivates food-seeking behavior.
Answer: Body weight is regulated around a biologically influenced baseline level. It suggests the body defends a genetically and environmentally determined weight through metabolic adjustments.
Answer: Ventromedial hypothalamus (VMH). VMH activation suppresses eating behavior.
Answer: Physiological arousal comes first; emotion is the interpretation of arousal. It proposes that bodily responses precede and cause the subjective experience of emotions.
Answer: Leptin. "Satiety hormone" signals energy stores are adequate.
Answer: Overjustification effect. Reward undermines child's intrinsic enjoyment of drawing.
Answer: Performance is highest at intermediate arousal (inverted-U relation). Complex tasks need lower arousal; simple tasks need higher.
Answer: Motivation to do an activity for external rewards or outcomes. Driven by consequences separate from the activity itself.
Answer: Behavior reduces internal tension from physiological needs (drives). Organisms act to restore equilibrium when needs create drives.
Answer: An optimal level of arousal; too low or too high reduces performance. Performance peaks at moderate arousal; boredom and overstimulation both impair function.
Answer: Autonomy, competence, and relatedness. SDT posits these needs drive human motivation universally.
Answer: Primary: innate biological; secondary: learned through association. Primary drives are unlearned; secondary are conditioned.
Answer: Lateral hypothalamus. Stimulation triggers hunger; lesions cause aphagia.
Answer: People seek an optimal level of arousal for best performance. Neither too much nor too little arousal; moderate levels optimize functioning.