UNDERSTANDING THE SOCIAL WORLD Flashcards

1
Q

The Naive Scientist Approach (Heider, 1958)

A

We create many different explanations by attributing causality to either or both external and internal factors (mostly internal).

Implies that humans act like “naive scientists” - we love to theorise about simple causal mechanisms for our behaviours.

Correspondence bias - we are more likely to infer that a person’s behaviour is caused by their personal inner factors than due to environmental factors !

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2
Q

Example of Correspondence bias

A
  • If a person is rude to you, you are more likely to attribute their behaviour to something about them (e.g., they are rude), rather than to something about the situation (e.g., they had a bad day).
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3
Q

Causal attributions are made based on:

A

1) Consensus
2) Distinctiveness
3) Consistency
4) Their level of co-variation across person, stimulus, and time

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4
Q

Consensus

A
  • Consensus - the co-variation of a behaviour across different people + the extent to which other people react the same way to a particular stimulus.

E.g. If many people find the old Oxegen to be a better festival, consensus is high. But if only I find the old Oxegen to be a better festival, consensus is low.

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5
Q

Distinctiveness

A

Distinctiveness - the extent to which the person reacts in a particular way to a particular stimulus or reacts the same way to other stimuli.

E.g. Do I generally dislike dance festivals (low distinctiveness) OR do I just dislike THIS (now) particular dance festival (high distinctiveness)?

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6
Q

Consistency

A

Consistency - the co-variation of person’s behaviour across time.

E.g. Do I just dislike the 2013 version of Oxegen (low consistency) or do I have a similar regard for all Oxegen festivals since (high consistency)?

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7
Q

Limitation of Causal Attributions Theory

A
  • Just because some things co-vary, does not mean that there is a causal relationship !
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8
Q

Correspondence bias (a type of attribution bias)

A

Correspondence bias - when consensus info is high, we still tend to attribute behaviours to the person (e.g. their personality traits).

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9
Q

Jones & Harris (1967) - Even if told others were told to write a certain way believe it’s their beliefs.

A
  • Participants were presented with essays + told they were written by other students.
  • Essays were either pro-Fidel Castro or anti-Fidel Castro + either freely written or told to be written in this way.
  • Participants were asked to given their opinions of the other students beliefs based on their essays.
  • Results: Even if participants were told that the students had been instructed what to write, students still thought that the essays reflected the writer’s beliefs.
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10
Q

Actor-observer bias (a type of attribution bias)

A

Actor-Observer Bias - the tendency for individuals to attribute their own behaviours to the situation (i.e. external factors) but others’ behaviours in terms of personality factors (i.e. internal factors).

  • Negative behaviour - we tend to refer to external causes for ourselves and internal causes for others.
  • Positive behaviour - we tend to refer to internal causes for ourselves and refer to external causes for others.
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11
Q

Malle (2006) - Blame our mistakes on external factors but others’ mistakes on their personality + opposite for positive behaviour.

A
  • We blame our mistakes on external factors but others’ mistakes on their personality + opposite for positive behaviour.
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12
Q

Trait inferencing & Cognitive load

A

What traits we infer to other people is affected by the cognitive load we are under.

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13
Q

Gilbert & Osbourne (1989) - Discounting & Cognitive Overload

A
  • Showed participants a video of female confederate involved in a discussion while acting nervously.

Group 1 - told that she was being asked to talk about positive/neutral topics.

Group 2 - told that she was discussing nerve-wracking topics.

  • Results: In experimental group - her nervous behaviour was discounted in light of the information about the situation – any normal person would be nervous talking about their painful childhood experiences on video (the normal correspondent inference was challenged).

Additional experiment -

  • Experimental group - told to memorise a string of letters while watching the video.
  • Other group - told to just watch the video.
  • Results: Participants in the cognitive overload condition gave more dispositional (e.g., personality) attributions than those in the control condition, who provided more situational explanations for the behaviour (which takes more cognitive effort).
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14
Q

Fiske & Taylor (1991) - Cognitive misers

A

Given enough information, motivation and cognitive resources, we are capable of appropriate and accurate causal attributions.
But when this is not possible we act like “cognitive misers” - we tend to make the least cognitively demanding attributions and social judgements.
This is even more so the case when we are experiencing a high cognitive load.

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15
Q

Cognitive bias

A

Cognitive bias - a systematic error in thinking that often occurs as a result of a human tendency to try to simplify information as we are trying to make sense of it (i.e. Faulty Heuristics).

  • Biases are unavoidable.
  • BUT we can develop methods that over time help us recognise + reduce these biases - the scientific method remains the best tool !
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16
Q

Examples of cognitive biases

A
  • Hindsight bias
  • Representativeness heuristic
  • Availability heuristic
  • Confirmation bias
  • Illusory Correlation bias
  • Anchoring & Adjusting heuristic
  • Negativity bias
17
Q

Representativeness heuristic

A

Representativeness heuristic - a categorisation shortcut.

18
Q

Tversky & Kahneman (1974) - Representativeness heuristic

A
  • When participants were asked to guess if their neighbor who is shy, helpful and always reading, is most likely to be a librarian / physician / farmer / salesperson - most likely to say a librarian !
19
Q

Availability heuristic

A

Availability heuristic - a shortcut whereby judging the likelihood of an event is based on how easily instances or occurrences come to mind.

20
Q

Tversky & Kahneman (1974) - Availability heuristic (judging lists with more famous personalities as longer)

A
  • Participants were presented with a list of well-known personalities of both sexes.
  • Asked to identify whether the list had more males or females.
  • Results: Those lists containing more famous females were judged as having more females, and vice versa.
  • Conclusion: The participants erroneously judged that the class (sex) that had the more famous personalities was the more numerous.
21
Q

Gigerenzer (2006) - Availability heuristic (Noticeable shift from planes to cars after 9/11 despite cars having more crashes annually)

A
  • One year noticeable shift from airplanes to cars after 9/11.
  • Even if 1 hijacked plane every week crashed in the US, a person taking one flight a month for a year would have a 1 in
  • 135,000 chance of dying.
  • Compared to annual 1 in 6,000 chance of being killed in a car crash.
22
Q

Illusory Correlation Effect

A

Illusory Correlation Effect - where minority and majority groups are equally prone to an “undesirable behaviour”, this illusory effect leads people to believe that the behaviour is more common among minority groups.

23
Q

Hamilton & Gifford (1976) - Illusory Correlation Effect (Negative behaviours are overrated in smaller groups)

A
  • A false association formed because rare or novel occurrences are more salient (capture more attention).
  • Formed two abstract groups - A-majority and B-minority
    Positive, desirable behaviours were not seen as distinctive.
  • Results: Distinctive, undesirable behaviours were overestimated in the minority group.
  • Conclusion: We pay more attention to “negative”, as more salient, than the “positive”.
24
Q

Real-life application of Illusory Correlation Effect

A

Overall, African American have a slightly higher cannabis use rate, however, if you look by age/time course, white Americans more likely to have used + more African Americans reported to never have used cannabis before.

25
Q

Anchoring heuristic

A

Anchoring heuristic - a shortcut where inferences are affected by initial knowledge or info which acts as an anchor.

26
Q

Tversky & Kahneman (1974) - Anchoring heuristic (Number string in descending order wrongly estimated to have a greater product).

A
  • Participants were divided in two groups.
  • One group was shown a nr sequence in descending order and the other group the same sequence in ascending order.
  • Results: Number string in descending order wrongly estimated to have a greater product (despite being equal). Both were actually the same but thought that product of sequence starting with 8 will be higher.