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6. AO2/3 - Potegal et al

  • humans and animals are more similar than dissimilar
  • humans and animals are more dissimilar than similar

7. Examples of the biosocial approach

  • baby bruce (biology limiting gender development), society constantly changing gender, Smith and Llyod
  • hormones, neural, evolution

8. Clark & Hatfield

  • attractive confederates approached opposite-sex and asked 1/3 questions: males more willing to engage in causal sex.
  • attractive confederates approached opposite-sex and asked 1/3 questions: females more willing to engage in causal sex.
  • attractive confederates approached opposite-sexand asked 1/3 questions: males and females both willing to engage in causal sex.

9. Biosocial approach

  • the interaction of both the environment and genetics influecing gender
  • genetics influecing gender
  • the environment influecing gender

10. Young et al

  • female monkeys injected with female hormones during pre-natal development, more likely to engage in rough play. Well-controlled but unethical & cannot generalise.
  • female monkeys injected with male hormones during pre-natal development, more likely to engage in rough play. Well-controlled but unethical & cannot generalise.
  • male monkeys injected with male hormones during pre-natal development, more likely to engage in rough play. Well-controlled but unethical & cannot generalise.

11. AO1 - why males and females behave differently

  • females and males have the same level of oestrogen
  • female and male are identical to begin with but then the relative balance of hormones is important for the way people behave
  • females and males have the same level of androgens

12. Hunters and Gatherers - Natural Selection

  • Females have good memories as they need to remember where food scattered to gather resources. Males aggressive and fit to fight to protect offspring,
  • males have good memories as they need to remember where food scattered to gather resources. Females aggressive and fit to fight to protect offspring,

13. What is the difference in risk taking between males and females?

  • males are more likely to take risks, due to more testosterone whereas females take less risk. Twist and Stacey found that women were involved in more impactful car crash.
  • males are more likely to take risks, due to more testosterone whereas females take less risk. Twist and Stacey found that women were involved in less impactful car crash.
  • females are more likely to take risks, due to more testosterone whereas males take less risk. Twist and Stacey found that women were involved in less impactful car crash.

14. Free-will vs determinism

  • determinism is an implication as people can chose the way they act
  • free-will is an implication as people can chose the way they act

15. AO2/3 - Wagner et al

  • found that castration of rats causes aggression to decrease and injections of testosterone decreased aggression
  • found that castration of rats causes aggression to increase but injections of testosterone decreased aggression
  • found that castration of rats causes aggression to decrease but injections of testosterone increased aggression
  • found that castration of rats causes aggression to increase and injections of testosterone increased aggression

16. AO2/3 - Nelson

  • Methodological issues as he didnt take into account situtational causes and cannot establish cause and effect
  • 56 men used aged between 22-50, given frustration game = increased aggression but were differences between individuals
  • can establish cause and effect

17. Williams and Best

  • gender stereotypes in 30 cultures, 100 male and females asked to associate words with gender: males were dominant & aggressive, females were nurturant & expressive.
  • gender stereotypes in 30 cultures, 100 male and females asked to associate words with gender: females were dominant & aggressive, males were nurturant & expressive.