Ch 9 - Aggression (Exam 3) Flashcards

1
Q

aggression

A
  • intentional behaviour aimed at causing harm or injury to another person
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2
Q

social/relational aggression

A
  • aimed at hurting feelings or social status
  • gossiping
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3
Q

hostile/reactive aggression

A
  • motivated by the desire to release feelings of aggression and hostility
  • end goal of aggressive action itself
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4
Q

instrumental aggression

A
  • aggression used as a tool to reach another objective
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5
Q

violence

A
  • all violence is aggression, not all aggression is violence
  • only extreme physical cases
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6
Q

Lorenz’s ethological model of aggression

A
  • people are vulnerable to a build up of aggressive energy
  • aggressive acts = discharge of energy
  • people must release this energy through catharsis/be given appropriate channels
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7
Q

does catharsis reduce aggression?

A
  • temporarily, not in long term
  • increases it: reinforcement/habits
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8
Q

evolutionary perspective

A
  • environmental pressures resulted int he selection of a genetic predisposition towards certain types of aggressive behaviours
  • mechanism for dealing with threats
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9
Q

the murderers study

A
  • murderers show a lack of activation in the prefrontal cortex
  • reduced grey matter volume in the prefrontal cortex of antisocial populations
  • less inhibition of primitive brain structures
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10
Q

associated behaviours with reduced prefrontal functioning

A
  • impairments at an emotional, behavioural, personality, social, and cognitive level
  • risk taking, impulsivity, lack of self-control, social skill impairment
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11
Q

the calculated killer

A
  • takes high prefrontal activity for this level of planning
  • greater activation in subcortical limbic system
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12
Q

temperament correlation

A
  • difficult temperament in childhood: negative mood, impulsivity, intense emotional expression, low self-regulation
  • temperament assessed before the age of 31 months predicted delinquency and aggressiveness at age 13
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13
Q

warrior gene story (Brunner)

A
  • males showed tendency towards violence and impulsivity
  • same genetic defect in the MAOA gene
  • crucial role in breaking down key neurotransmitters that are involved in regulating mood and behaviour
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14
Q

the warrior gene study (Caspi)

A
  • antisocial behaviour highest in those who had experienced childhood maltreatment and had the low activity MAOA gene
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15
Q

polymorphisms and MAOA gene

A
  • different versions of same gene
  • 30% of pop carries gene with lower enzyme activity, leads to slight imbalances in neurotransmitter levels
  • other 70% have normal
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16
Q

testosterone link

A
  • increases the likelihood of a fight response and decreases the likelihood of a flight response
  • early development and activation in childhood
  • temporary spikes
  • relationship to violent crime
17
Q

low cortisol

A
  • high levels of cortisol can inhibit testosterone activity
  • aggression is influenced by high testosterone and low cortisol
18
Q

frustration aggression hypothesis

A
  • aggression arises as a response to frustration, always
  • frustration occurs when an external obstacle interferes with an individuals ability to achieve a goal
19
Q

displace aggression

A
  • frustration lead to aggression not directed at the original source of frustration
20
Q

revised frustration-aggression hypothesis

A
  • frustration only leads to aggression when it triggers anger
  • frustration may fuel anger more strongly when it’s perceived as deliberate
21
Q

aggression cues

A
  • when cues are present, individuals who are already angry are more likely to resort to aggressive behaviour
  • physical objects like weapons or even symbolic reminders
22
Q

the weapons effect study

A
  • aggressive cue condition led to more shocks
23
Q

2 learning mechanisms

A
  1. reinforcement
  2. observational learning
24
Q

vicarious reinforcement

A
  • we model behaviour when we witness reinforcement
25
Q

Bobo doll study

A
  • kids who watched adults behaving aggressively were more likely to behave aggressively as well
26
Q

media influences

A
  • holistic attribution bias
  • normalization
  • social problem solving
  • desensitization
  • peer rejection
  • vicarious reinforcement
27
Q

group influences

A
  • transfer of responsibility
  • group polarization
  • deindividuation
28
Q

general aggression model

A
  1. inputs: what a person brings to the situation
  2. routes: where input variables can influence outcomes
    - affects, cognitions, arousals
  3. outcomes: appraisal and decision processes
    - immediate based on internal state
    - sometimes reappraisal
29
Q

aggressive cognitions

A
  1. normalization of violence
  2. beat or be beaten
  3. I am the law
  4. I get out of control