Emotion

Emotion A state of arousal involving facial and body

changes, brain activation, cognitive appraisals, subjective feelings, and tendencies toward action, all shaped by cultural rules.

Elements of Emotion 1: The Body Primary and secondary emotions The face of emotion The brain and emotion Hormones and emotion Detecting emotions: Does the body lie?

Elements of Emotion 1: The Body Primary emotions

Emotions considered to be universal and biologically based. They generally include fear, anger, sadness, joy, surprise, disgust, and contempt.

Secondary emotion Emotions that develop with cognitive maturity and

vary across individuals and cultures. Three biological areas of emotion are

facial expressions, brain regions and circuits, and autonomic nervous system.

Universal Expressions of Emotion Facial expressions for primary emotions are

universal. Even members of remote cultures can recognize

facial expressions in people who are foreign to them.

Facial feedback Process by which the facial muscles send messages to

the brain about the basic emotion being expressed. Infants are able to read parental expressions. Facial expression can generate same expressions in

others, creating mood contagion.

The Face of Anger Anger is universally

recognized by geometric patterns on the face.

In each pair, the left form seems angrier than the right form.

Facial Expressions in Social Context Across and within cultures, agreement often

varies on which emotion a particular facial expression is revealing.

People don’t usually express their emotion in facial expressions unless others are around.

Facial expressions convey different meanings depending on their circumstances.

People often use facial expressions to lie about their feelings as well as to express them.

The Brain and Emotion The amygdala

Responsible for assessing threat. Damage to the amygdala results in abnormality to

process fear. Left prefrontal cortex

Involved in motivation to approach others. Damage to this area results in loss of joy.

Right prefrontal cortex Involved in withdrawal and escape. Damage to the area results in excessive mania and

euphoria.

Hormones and Emotion When experiencing an intense emotion,

hormones are released. Results in increased alertness and arousal. At high levels, it can create the sensation of

being out of control emotionally.

Detecting Emotions: Does the Body Lie?

Polygraph testing relies on autonomic nervous system arousal.

Typical measures: Galvanic Skin Response Pulse, blood pressure Breathing Fidgeting

Elements of Emotion 2: The Mind How thoughts create emotions

The two factor theory of emotion. Attributions and emotions.

Cognitions and emotional complexity

Two-factor Theory of Emotion Physiological arousal

Sweaty palms Increased heart rate rapid breathing

Cognitive Label Attribute source of

arousal to a cause To have an emotion,

both factors are required

Attributions and Emotions Perceptions and attributions are involved in

emotions. How one reacts to an event depends on

how he or she explains it. For example, how one reacts to being ignored

or winning the silver instead of the gold medal.

Philosophy of life is also influential.

Cognitions and Emotional Complexity Cognitions, and therefore, emotions,

become more complex as a child’s cerebral cortex matures. Self-conscious emotions, such as shame and

guilt, do not occur until after infancy, due to the emergence of a sense of self and others.

People can learn how their thinking affects their emotions and can change their thinking accordingly.

Elements of Emotion 3: The Culture Culture and emotional variation The rules of emotional regulation

Display rules Body language Emotion work

Culture and Emotional Variation Culture determines what people feel angry,

sad, lonely, happy, ashamed or disgusted about.

The Rules of Emotional Regulation Display Rules

When, where, and how emotions are to be expressed. Body Language

The nonverbal signals of body movement, posture and gaze that people constantly express.

Emotion Work Acting out an emotion we do not feel or trying to

create the right emotion for the occasion.

Putting it all together: Emotion and Gender Physiology and intensity Sensitivity to other people’s emotions Cognitions Expressiveness

Factors which affect expressiveness Emotion work

Putting the Elements Together: Emotion and Gender Physiology and intensity

Women recall emotional events more intensely and vividly than do men.

Men experience emotional events more intensely than do women.

Conflict is physiologically more upsetting for men than women.

Possible reasons for differences in physiology and intensity. Males autonomic nervous system is more reactive

than females. Men are more likely to rehearse angry thoughts

which maintains anger. Women are more likely to ponder which

maintains depression.

Sensitivity to Other People’s Emotions Factors which influence one’s ability to

“read” emotional signals: The sex of the sender and receiver. How well the sender and receiver know each

other. How expressive the sender is. Who has the power. Stereotypes and expectations.

Cognitions Men and women appear to differ in the

types of every day events that provoke their anger.

Women become angry over issues related to their partners disregard.

Men become angry over damage to property or problems with strangers.

Expressiveness In North America women:

Smile more than men. Gaze at listeners more. Have more emotionally expressive faces. Use more expressive body movements. Touch others more. Acknowledge weakness and emotions more.

Compared to women, men only express anger to strangers more.

Factors Influencing Emotional Expressiveness Gender roles Cultural norms The specific situation

Emotion Work and Gender Women work hard at appearing warm,

happy and making sure others are happy. Men work hard at persuading others they

are stern, aggressive and unemotional. Why?

Gender roles and status.