new one] Flashcards
Sex
Biologically determined - (Chromosomal, anatomical, hormonal).
Gender
Attitudes/behaviours associated with being male or female.
Gender identity disorder
When your sex and gender do not correspond.
Sex-role stereotypes
Social expectations shared by a culture/group about how males and females should behave.
Disadvantages of sex-role stereotypes
(Not be valid?)
They may or may not be valid, (may be incorrect in reality, leading to sexist and damaging attitudes).
Furnham and Farragher 2000
Studied TV adverts, confirming sex-role stereotypes in the media. Men are shown in autonomous/professional roles, while women are seen in domestic settings.
Androgyny
A balance of masculine and feminine behaviors/attitudes.
Bem 1974
Androgyny is a positive attribute - High androgyny is associated with psychological well-being. Someone with a balance of masculine and feminine traits are better equipped to a range of situations.
The Bem Sex Role Sex Inventory
Used for measuring androgyny. Items on the BSRI scale are masculine (e.g. dominant), feminine (e.g. gentle), or neutral (e.g. friendly). It has 60 questions on a 7-point scale. (1 = never true of me, 7 = always true of me).
A strength of the BSRI
(Valid?)
Has been found to be both reliable and valid. (Piloting the BSRI on over 1000 students confirmed that BSRI reflected their gender identity).
A limitation of the BSRI
(Simplified?)
Gender identity cannot be reduced to a single score. (It is a more global concept and we must also consider the person’s interests - The BSRI is overly simple).
A limitation of the BSRI
( Temporal + culture validity ?)
Lack of temporal and cultural validity. (The BSRI was developed over 40 years ago, and over that time expectations have changed with regards to gender and behaviour).
A limitation of the BSRI
(Subjective?)
Questionnaires are subjective and biased. (Responses may be influenced by social desirability bias/demand characteristics).
The role of chromosomes
Chromosome 23 determines biological sex.
The Y chromosome carries a gene called the ‘sex-determining region Y’ (SRY). This causes the testes to develop and androgens to be produced in a male embryo. (Female = XX, Male = XY).
The role of hormones
Gender development is governed by hormones.
Testosterone
Key role in male development and aggression.
Oestrogen
Key role in female development and behaviour. (Including menstruation).
Oxytocin
Implicated in lactation and bonding.
A strength of the role of hormones
(Dabbs et al?)
Research support - (Dabbs et al 1995). In a prison population, offenders with the highest levels of testosterone were more likely to have committed violent or sexually-motivated crimes.
A limitation of the role of hormones
(Tricker et al?)
Some evidence is contradictory - (Tricker et al 1996). Gave males either 10-weekly injections of testosterone or a placebo and found no significant differences in aggression.
A limitation of the role of chromosomes and hormones
(Oversimplified?)
Biological accounts oversimplify a complex concept. They ignore alternative explanations for gender development like the cognitive approach and psychodynamic approach.
Klinefelter’s syndrome
Anatomically male, but with an additional X chromosome.
Physical characteristics of Klinefelter’s syndrome
Less body hair, some breast development, and small genitals.
Psychological characteristics of Klinefelter’s syndrome
Poor language development, passive, shy, easily stressed, and poor problem solving skills.
Turner’s syndrome
Anatomically female, but with an absence of an X chromosome.
Physical characteristics of Turner’s syndrome
Infertility, a broad chest with no development of breasts, low-set ears, a webbed neck, and narrow hips.
Psychological characteristics of Turner’s syndrome
Good language development, poor visual memory, poor mathematical skills, and socially immature.
A strength of research into atypical sex chromosome patterns
(Innate?)
Has contributed to the nature-nurture debate. It suggests that innate influences have a powerful effect of psychology and behaviour.
A strength of research into atypical sex chromosome patterns
(Herlihy 2011?)
The research has practical applications - (Herlihy et al 2011). Showed that individuals identified and treated from a very young age had significant benefits compared to those who had been diagnosed in adulthood. Further research can increase the likelihood of an earlier diagnosis.
A limitation of research into atypical sex chromosome patterns
(Causation?)
Lack of causal relationship. We cannot assume from this research alone that observed psychological and behavioural differences are due to nature.
A limitation of research into atypical sex chromosome patterns
(Unrepresentative?)
The samples are unrepresentative and atypical. It makes it difficult to generalise from the cases studied to all people who may have the conditions, especially as life experiences may have a significant impact.
Kohlberg’s theory
A cognitive developmental approach. Piaget proposed that the way a child thinks changes with age. Kohlberg then identified three stages related to Piaget’s ideas.
Stage 1 - Gender identity
(From about 2 years old) - Children are able to label their own and others’ gender. They have no sense of the permanence of gender.
Stage 2 - Gender stability
(From about 4 years old) - Children understands their own gender stays the same, but find it hard to apply this to others.
Stage 3 - Gender constancy
(From about 6 years old) - Children understand gender stays the same across time and situations. They can apply this to other people too.
Gender constancy also marks the point at which children begin to seek out gender-appropriate role models to imitate.
A strength of Kohlberg’s theory
(Slaby + Frey?)
Supporting research evidence - (Slaby and Frey 1975). Showed children images of males and females doing the same tasks. Younger children spent equal time watching males and females. Children in the gender constancy stage spent longer looking at the same sex because they identified with them.