Motivation And Emotion Flashcards

1
Q

Extrinsic

A

Motivated to perform a behaviour or engage in an activity to earn a reward or avoid punishment

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2
Q

Intrinsic motivation

A

Engaging in behavior because it is personally rewarding, performing an activity for its own sake rather than the desire for some external reward

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3
Q

Instinct theories of motivation

A

They are evolutionarily programmed to do so

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4
Q

Drive reduction theory

A

Biological needs that must be met if they are to survive

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5
Q

Arousal theory: striving for an Optimal Level of Arousal

A

If arousal is less than the optimal level, we do something to stimulate it, if arousal exceeds the optimal level, we do something to stimulate it, if arousal exceeds the optimal level, we seek to reduce it

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6
Q

Differ in level of arousal

A

Sensation seekers while others pore fer the routine and predictable

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7
Q

What did Abraham Maslow

A

Hierarchy of needs to account for the range of human motivation

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8
Q

Hierarchy of needs

A

-Physiological needs (water food shelter sleep sex)
-the safety and the security needs
-needs to belong, and to love and to be loved
-needs for self-esteem and the esteem of others
-need for self-actualization

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9
Q

Drive-reduction theory

A

Motivation is based upon the primary drives (thirst and hunger)

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10
Q

Thirst

A

Two types of thirst in which signal us to drink
-extracellular thirst (sweat)
-intracellular thirst (dehydration)

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11
Q

Hunger anorexia

A

Damage to lateral hypothalamus (hunger center)

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12
Q

Damage to Ventromedial hypothalamus causes?

A

Overeating (satiety center)

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13
Q

Neuropeptides for hunger

A

Insulin, lepton molecules, function on the hypothalamus and thus coordinate behavioural physiological and metabolic responses

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14
Q

Other hunger and satiety signals gene

A

Leptin

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15
Q

Leptin

A

Released by adipocytes (fat cells) regulates body mass by acting directly on neuron of the hypothalamus that decrease appetite and increase energy expenditure

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16
Q

Leptin deficiency

A

Stimulates hunger and feeding suppresses energy expenditure and inhibits reproductive competence

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17
Q

Body reaction three phases

A

Cephalic phase
Gastric phase
Substrate phase

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18
Q

Cephalic phase

A

The sight and smell cause anticipation, the parasympathetic and enteric divisions
in the ANS are activated, causing the secretion of saliva
into your mouth and digestive juices into your stomach

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19
Q

Gastric phase

A

These responses grow when you start to eat

20
Q

Substrate phase

A

As you fill, food moves into your
intestines, nutrients begin to be absorbed into your
blood stream.

21
Q

What is ghrelin

A

is highly concentrated in the
stomach and is released in the bloodstream when the stomach is
empty.

22
Q

Ghrelin is a hormone produced in the stomach and the function of
which is to tell the brain that the body has to be fed. Thus, the
level of this secretion increases before eating and decreases after.

A

Ghrelin is a hormone produced in the stomach and the function of
which is to tell the brain that the body has to be fed. Thus, the
level of this secretion increases before eating and decreases after.

23
Q

Removal of the ghrelin

A

secreting cells of the stomach is thought
to cause the loss of appetite experienced by patients undergoing
gastric surgery for obesity.

24
Q

The meal ends by the concerted actions of several satiety
signals, three of which include:

A

gastric distention,
• - the release of the gastrointestinal peptide
cholecystokinin,
• - the release of the pancreatic hormone insulin.

25
Q

Gastric distention

A

Stomach stretches, which is a powerful satiety signal, and sends info to the brain via the vagus nerve

26
Q

Cholecystokinin

A

released in response to stimulation of the intestines by
certain food types, especially fatty ones. It acts to inhibit
feeding behavior.

27
Q

Insulin

A

Beta cells of the pancreas, glucose transport in the other cells of the body requires insulin

28
Q

anabolic metabolism

A

when glucose is
transported into liver, skeletal muscle, and adipose cells for
storage, as well as catabolic metabolism

29
Q

The level of blood glucose in the blood is tightly regulated by
the level of insulin

A

blood glucose levels are elevated when
insulin levels are reduced: blood glucose levels fall when
insulin levels rise.

30
Q

The Role of Genetic Factors in Body Weight

A

differences in body weight include differences in metabolic rates, the number of fat cells (adipose tissue) and potentially to differences in Set point.

31
Q

Set point theory

A

Genetically programmed to carry a certain amount of weight

32
Q

Where does motivation occur from

A

Motivation does not occur in a vacuum. Much of our motivation to act is fueled by our emotional state.

33
Q

William James proposed one of the first theories of emotion that attempted to

A

relate experience of emotion to physiological functions. He tried to describe the
human experience of emotion.

34
Q

Emotions prepare and motivate us to respond adaptively to a variety of situations in life.

A

Emotions prepare and motivate us to respond adaptively to a variety of situations in life.

35
Q

Fear motivated

A

Flee or to perform protective behaviors

36
Q

Psychologists three components

A

Physical
Cognitive
Behavioral

37
Q

Physical component

A

physiological arousal that accompanies the emotion. Without the physiological arousal, we would not feel emotion in all its intensity

38
Q

Cognitive component

A

the way we perceive or interpret a stimulus or situation – determines the specific emotion we feel.

39
Q

Behavioral components

A

outward expression of the emotions. Our facial expressions, gestures, body posture, and tone of voice stem and convey the emotions we are feeling within.

40
Q
A

Some of the facial expressions that accompany emotion are innate and are the same across cultures. Others, however, are more influenced by culture and rules for displaying emotions.

41
Q

Theories of emotion

A

development of theories relating emotional expression and experience.

42
Q

first well-articulated theories of emotion

A

that we experience emotion in response to physiological changes in our body.

43
Q

that an event causes physiological arousal first and then we interpret this arousal. Only after our interpretation of the arousal can we experience emotion. If the arousal is not noticed or is not given any thought, then we will not experience any emotion based on this event.

A

that an event causes physiological arousal first and then we interpret this arousal. Only after our interpretation of the arousal can we experience emotion. If the arousal is not noticed or is not given any thought, then we will not experience any emotion based on this event.

44
Q

You notice these physiological changes and interpret them as your body’s preparation for a fearful situation. You then experience fear.

A

You notice these physiological changes and interpret them as your body’s preparation for a fearful situation. You then experience fear.

45
Q

The theory proposed that emotional experience can occur independently of emotional expression. One of Cannon’s arguments against the James-Lang theory was that emotions can be
experienced even if physiological changes cannot be sensed. Animal studies indicated that eliminating sensation did not reliably eliminate emotion.
A second observation of Cannon’s that seems inconsistent with the James-Lang theory
is the lack of reliable correlation between the experience of emotion and the physiological state of the body. For example, fear is accompanied by increased heart rate, inhibited digestion, and increased sweating. However, these same physiological changes accompany other emotions such as anger and even non-emotional conditions of illness such as fever.

A

The theory proposed that emotional experience can occur independently of emotional expression. One of Cannon’s arguments against the James-Lang theory was that emotions can be
experienced even if physiological changes cannot be sensed. Animal studies indicated that eliminating sensation did not reliably eliminate emotion.
A second observation of Cannon’s that seems inconsistent with the James-Lang theory
is the lack of reliable correlation between the experience of emotion and the physiological state of the body. For example, fear is accompanied by increased heart rate, inhibited digestion, and increased sweating. However, these same physiological changes accompany other emotions such as anger and even non-emotional conditions of illness such as fever.