chapter 9: motivation and emotion Flashcards

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1
Q

define motivation

A

drives that propel us in a specific direction

especially wants and needs

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2
Q

what is motivation used for?

A

Achieving goals

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3
Q

types of goals:

A

PHYSICS
physiological: food, water, exercise, sleep
hedonic goals: pleasure (think “H” for happy)
gain goals: personal resources (think “Y” for yourself)
social goals: belonging, attachment, status
cognitive goals: need to understand; motivated reasoning

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4
Q

what is the drive reduction theory?

A

Certain drives motivate us to act in ways that minimize aversive states

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5
Q

what are drives?

A

NAIL

N - Needs
A - Altered
I - Internal
L - Lack of equilibrium

Internal states caused by an Altered Lack of equilibrium in an organism’s physiological Needs

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6
Q

what does drive reduction maintain?

A

homeostasis

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7
Q

what does arousal reflect?

A

our level of alertness or stimulation

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8
Q

what is Yerkes-Dodson Law?

A

suggests there is an optimal level of arousal or stress for peak performance in any given task. According to this law, performance improves as arousal or stress increases, but only up to a certain point. Beyond this point, further increases in arousal or stress can lead to a decline in performance.

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9
Q

Moderate arousal leads to …

A

optimal performance

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10
Q

what is stimulus hunger?

A

individual experiences a craving or desire for low-intensity stimulation when their arousal levels are low. This may occur when a person is bored, tired, or under-stimulated and seeks out activities or experiences that provide just enough stimulation to maintain an optimal level of arousal.

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11
Q

what does “drives can clash” refer to?

A

Our drives clash when they compete for attention, resources, or energy, leading to situations where we must prioritize or decide between conflicting desires or needs.

When two or more needs or desires demand attention simultaneously, such as hunger and sleep, we may have trouble deciding which need to satisfy first.

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12
Q

what are approach and avoidance drives?

A

two fundamental types of motivation that influence our behaviors, and goal setting. The different ways people strive for positive outcomes and avoid negative outcomes

Approach goals involve actively seeking out positive experiences or outcomes. People pursuing approach goals are motivated by the desire to attain something desirable or beneficial.

avoidance goals involve efforts to prevent negative outcomes, such as avoiding failure, punishment, or danger. People pursuing avoidance goals are motivated by the desire to prevent or alleviate something undesirable or harmful.

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13
Q

Approach drives:

A

predisposition towards stimulus

these are motivations that propel us toward positive experiences, rewards, or desired outcomes. Approach drives encourage us to engage in activities that result in pleasurable or beneficial outcomes, such as seeking social connections, pursuing career advancement, or striving for personal growth. Approach motivation is often driven by the anticipation of satisfaction, success, or pleasure.

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14
Q

Avoidance drives:

A

predisposition away from stimulus

These are motivations that push us away from negative experiences, threats, or undesired outcomes. Avoidance drives prompt us to avoid situations that may result in harm, discomfort, or loss, such as evading dangerous situations, escaping conflict, or preventing failures. Avoidance motivation is often driven by the fear of negative consequences or the desire to prevent discomfort.

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15
Q

how can approach and avoidance drives conflict with each other?

A

when pursuing a goal or deciding involves both positive and negative outcomes. This conflict can create dilemmas and make decision-making more challenging.

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16
Q

The study by Zimbardo and Montgomery (1957)

A

a good example of motivated behavior that does not align with the drive reduction theory. The experiment focused on curiosity and exploration, which are intrinsically motivated behaviors not driven by the need to reduce internal tension or satisfy a biological need.

In the study, rats were placed in a maze with no food rewards, and their behavior was observed. The rats continued to explore the maze despite the absence of a biological drive or need to be satisfied, such as hunger.

The findings suggest that curiosity and exploration, as well as other intrinsically motivated behaviors, may not be well-explained by the drive reduction theory. Instead, these behaviors may be driven by factors such as personal interest, cognitive stimulation, or intrinsic satisfaction derived from engaging in the activity itself.

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17
Q

what are incentive theories?

A

We are motivated to pursue goals by positive outcomes

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18
Q

what is extrinsic motivation?

A

motivated by external goals

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19
Q

what is intrinsic motivation

A

people are motivated by internal goals

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20
Q

Extrinsic rewards can ___ intrinsic motivation

A

undermine

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21
Q

Reality is complex:

A

we may not classify activities specifically as either intrinsic or extrinsic. In real-life situations, our motivations for engaging in activities are often a blend of both intrinsic and extrinsic factors.

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22
Q

who developed the hierarchy of needs?

A

Abraham Maslow

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23
Q

explain The hierarchy of Needs

A

a theory that describes the different levels of human needs and motivations in a pyramid-like structure. In simple terms, it suggests that people must satisfy their basic needs at the lower levels of the hierarchy before they can focus on higher-level needs.

moves from drives to incentives

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24
Q

Hierarchy of needs positive:

A

Recognizes the relative importance of needs
Good categorization system

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25
Q

Hierarchy of need negative:

A

The hierarchy breaks down; cannot be interpreted literally

26
Q

how does Hunger motivate us to acquire food?

A

When our body needs energy and nutrients, it triggers a complex set of physiological and psychological processes that make us feel hungry. This sensation of hunger serves as a signal that it’s time to seek and consume food to maintain our body’s proper functioning and overall health.

27
Q

Cannon & Washburn’s (1912)

A

Walter Cannon, a physiologist, and A. L. Washburn, a psychologist, conducted a study to investigate the physiological basis of hunger and the sensation of an empty stomach.

In their experiment, Washburn swallowed a balloon attached to a tube, which was then inflated inside his stomach. The balloon’s purpose was to measure stomach contractions. Cannon and Washburn observed that the sensation of hunger coincided with stomach contractions. When the contractions occurred, Washburn would press a button to record the intensity of his hunger.

Their findings led to the development of the concept of homeostasis, which suggests that the body maintains a stable internal environment by regulating various physiological processes. In the context of hunger, this means that when the stomach is empty and contracting, it sends signals to the brain, which then triggers the sensation of hunger, motivating the individual to seek food and maintain the body’s energy balance.

28
Q

Hypothalamus (hunger and eating)

A

plays a critical role in regulating hunger and satiety.

receives and processes information from various hormones and neural signals,

then coordinates the body’s response by stimulating or inhibiting hunger.

29
Q

Glucostatic Theory:

A

When our blood glucose levels drop, hunger creates a drive to eat to restore the proper level of glucose

30
Q

Blood-glucose levels are communicated to the

A

hypothalamus

31
Q

what is also monitored by the brain and body?

A

Fat, hormones and other products of metabolism

32
Q

why does culture have a significant impact on hunger and eating?

A

Doesn’t depend entirely on the physiological on/off switch.

Time/occasions: Culture can influence when and how often we eat, as well as our perception of hunger. In some cultures, people eat multiple small meals throughout the day, while in others, they may have a few larger meals at specific times. Our culture also tells us that certain occasions are a cue to eat.

Presence of others: Social eating situations can influence the amount, type, and speed of food consumption. We may eat less in the presence of certain people. The influence of what others chose to eat can influence us as well.

Food preferences: Culture plays a role in determining the types of foods we prefer and considers palatable. Foods that are common in one culture may be unfamiliar or even unappetizing in another. These preferences can influence our motivation to eat and the types of foods we seek when hungry.

33
Q

what is priming in the context of food and hunger?

A

exposed to information that “activates” hunger and eating-related information

For example, priming can be used to promote healthier eating habits by exposing individuals to images and information about nutritious foods. On the other hand, priming can also contribute to overeating and unhealthy food choices when individuals are repeatedly exposed to cues associated with high-calorie or less nutritious foods.

34
Q

___ can increase eating

A

stress

34
Q

___ can increase eating

A

stress

35
Q

Sensory Experiences: Sensory Specific Satiety

A

refers to the decrease in appetite or desire for a specific food after consuming a substantial amount of it, while the appetite for other foods with different tastes or sensory characteristics remains unchanged or even increases.

36
Q

Emotion

A

MEME: Motivated Evaluation Mental Experience

A motivated mental state or feeling associated with our evaluation of our experiences

Result from important events

37
Q

Emotional Experiences Include:

A

PSCB
“Please Stay Calm, Buddy”

Physiological arousal
Subjective feelings
Cognitions
Behavioral Responses

38
Q

Physiological arousal:

A

This refers to the physical changes that occur in the body in response to emotional stimuli. For example, when someone experiences fear, their heart rate may increase, their breathing may become more rapid, and their muscles may tense up. These physiological changes are often automatic and can prepare the body for action in response to a perceived threat.

39
Q

Subjective feelings

A

This component of emotional experience refers to the conscious experience of feeling a certain way. For example, someone who experiences fear may subjectively feel anxious, scared, or panicked. These subjective feelings are personal and may differ between individuals, even in response to the same emotional stimuli.

40
Q

Cognitions:

A

This component refers to the thoughts and interpretations that occur in response to emotional stimuli. For example, someone who experiences fear may think about the potential dangers or threats associated with the situation, or they may focus on past experiences that have contributed to their fear. These cognitive processes can influence the subjective feelings and behavioral responses that occur in response to emotional stimuli.

41
Q

Behavioral Responses:

A

This component refers to the actions or behaviors that occur in response to emotional stimuli. For example, someone who experiences fear may attempt to avoid or escape from the perceived threat, or they may freeze in place. These behavioral responses are often adaptive and can help individuals respond to emotional stimuli in ways that promote survival and well-being.

42
Q

Emotion is not the opposite of logic:

A

Emotions are not necessarily the opposite of logic, as they can serve important cognitive functions that complement and enhance our rational thought processes

43
Q

Discrete Emotions Theory

A

Humans experience a small number of distinct emotions that are rooted in our biology

This theory proposes that emotions are not simply a broad spectrum of positive or negative feelings, but rather are specific and distinguishable from one another.

44
Q

Babies appear to be emotionally ____

A

prewired

They are born with a set of innate emotional responses and the capacity to experience a range of emotions, even before they have learned much about the world around them.

45
Q

The evolutionary basis or emotions

A

refers to the idea that emotions have evolved over time as a result of natural selection and serve important adaptive functions that are essential for human survival and reproductive success.

46
Q

Culture and emotion:

A

Researchers found universal emotions across an array of cultures.

47
Q

Paul Ekman

A

American psychologist who is widely recognized for his work on facial expressions and emotions. In the 1960s, Ekman conducted a ground-breaking study in New Guinea, where he investigated the universality of human emotions and facial expressions among the Fore people, an isolated and preliterate group.

The results of Ekman’s study supported the hypothesis that there is a set of universal facial expressions tied to specific emotions, regardless of culture or geographic location.

48
Q

what did Paul Ekman’s findings demonstrate?

A

His findings demonstrated that the Fore people could accurately identify facial expressions of emotions such as happiness, sadness, anger, fear, surprise, and disgust, suggesting that these expressions are innate and not learned through cultural exposure.

49
Q

what did paul ekman conclude?

A

there are perhaps 7 primary emotions

50
Q

what does not provide a complete picture of our emotional experiences

A

primary emotions

51
Q

what may not be universal?

A

facial expressions

52
Q

what does not necessarily elicit identical emotions in different individuals or across cultures?

A

Stimuli or events

53
Q

Display rules:

A

cross-cultural “guidelines” for how and when to express emotions

54
Q

James-Lange Theory of Emotion

A

Emotions result from our interpretations of our bodily reactions to stimuli
In simple terms, this theory states that we first experience a physiological reaction to a stimulus, and then we interpret that reaction as a specific emotion.

55
Q

Somatic Marker Theory

A

physiological responses act as markers, which are interpreted by non-conscious processes

somatic markers (emotional signals) help us evaluate the potential outcomes of various options and make choices that are advantageous to our survival and well-being.

56
Q

Cannon-Bard Theory of Emotion

A

an alternative perspective on how emotions and physiological responses are related. The Cannon-Bard Theory argues that emotions and physiological responses occur simultaneously and independently, rather than one causing the other.

57
Q

Two-Factor Theory of Emotion

A

Emotions are produced by an undifferentiated state of arousal along with the attribution of that arousal.

58
Q

Two Psychological Events for Emotion:

A

Undifferentiated state of arousal

Rapid (often non-conscious) labeling of experience

59
Q

Conflicting evidence

A

Researchers successfully manipulate emotions using arousal

However, emotion can happen in the absence of arousal