1/168
Looks like no tags are added yet.
Name | Mastery | Learn | Test | Matching | Spaced |
|---|
No study sessions yet.
marriage
legally sanctioned union
file joint income tax returns, sharing of finances, healthcare, hosing, entitlement to retirement, life, health insurance benefits
protected by the federal divorce act
common law
cohabitation either under particular circumstances or for a determined amount of time
governed at provincial legislation level
marriage & age in canada compared to 1981 to 2011
1981: more people getting married at an earlier age
2011: more people are getting at a later age and not as often
prevalence of common law in canadians
percentage of individuals in a common law relationship increase from 1996 to 2016
what is the main reason why men and women aged 25-34 do not intend to marry?
they don’t believe in the institution of marriage
attitudes about marriage: younger generations (18-44) compared to older generations (45-65+)
younger generations learning towards a disagreement of the statement: “marriage is just as relevant today as it’s ever been”
primary caretakers of individuals ages 75 and older
spouse
longterm relationships will dictate the are one will receive when they are older
why was there an increase in divorce rates in 1968 and 1985?
first divorce act and divorce act amendment
divorce act (1968)
introduced federal unfied divorce law in canada
divorce act amendment (1985)
adjusted how divorce was treated and viewed
emphasis on “no-fault” and “irretrievable breakdown” over blame-centric causes
not just infidelity or abuse
different types of couples
50/50
lowkey siblings
opposites attract
love languages
pragmatic/logical
50/50 couple → equity theory
satisfaction and stability based on equity between partners
feeling under-benefitted leads to sense of exploitation
feeling over benefitted leads to sense of guilt/shame
what type of evidence supports the equity theory?
evidence surrounding income/finances
greater satisfaction among couples who identify a co-providing relationship
more equal distribution of hosuework → higher satisfaction
what is a flaw of equity theory?
subjective optimization of different exhcanges/resources/contributions
sometimes people give or need more
lowkey siblings → similarity hypothesis
similarity of personality
values predict intial attraction and long-term satisfaction
what evidence supports the similarity hypothesis
evidence of marital satisfaction and stability correlating with homogamous relationships
based on religious, cultural, race/gender, and age similarities
opposites attract → need complementarity hypothesis
partners who are the opposite of oneself is desired
focus on behavioural differences
what evidence supports the “need complementarity hypothesis”?
evidence in social psychology
viewing marriage as a “team” that requires problem-solving
people tend to take on complementary roles (dominant vs. submissive)
love languages → behaviour theory
the exhibited behaviours that partners engage with each other during marital interactions predict long-term success
what evidence supports the behaviour theory?
evidence pointing to sexual satisfaction as a key predictor of marital satisfaction and stability
pragmatic/logical → social exchange theory
satisfaction in a relationship depends on weighing the rewards/benefits against the costs of alternatives to that relationship
what evidence supports the social exchange theory
financially this relationship makes sense
evidence pointing to sexual satisfaction as a key predictor of marital satisfaction and stability
true or false
pre-marital /newlywed communication patterns are not predictive of subsequent outcomes
false
suffocation model of marriage
contemporary couples place more emphasis of marriage as a source of self-expression and fulfillment
thye have less time to devote to sustaining a healthy partnership
maslow’s hierarchy of needs and the suffocation model of marriage
the higher a couple individually moves up the hierarchy of needs, the more frustrated they may become in their partnership
ex. feeling like the other person is lagging behind when the other person moves up
what are potential pathways in long-term relationships?
enduring dynamics
emergent distress
disillusionment
enduring dynamics
dynamics before marriage predicts future quality
emergent distress
issues/distress develop over time (post-marriage)
disillusionment
starts happy, gradual falling out of love
factors in the costs of raising a child in canada
household income
housing situation
transportation
food
global barriers to having children
multifactorial
economic
health
desires changed/influenced
concerns over future
reasons for declines in fertility
finances
personal choice
changes in social acceptability of being child-free
infertility rates increasing
transition into parenthood (TtP)
period of adjustment to the new family status represented by the presence of a child in the home
first-time parents experience greater and more sudden decline marital satisfaction than non-parents
biological factors related to TtP
biological changes in birthing parent primarily
whoever gives birth will experience change such as post-partum depression
psychological factors related to TtP
identity changes
as a parent, you need to rewire your brain so that your identity is “mom” or “dad”
post-partum depression in both parents
sociocultural factors related to TtP
taking on gender roles
social attitudes on same-sex parenthood
what are the results of agreeing to have children?
improve family ties
give parents a feeling of immortality and sense of accomplishment
expands social networks
increases personal growth
fulfils an expected adult role in society
children may eventually care for their parents
aspects of adult child-parent relations
filial maturity
filial anxiety
filial obligation
filial piety
filial maturity
relating to parents as equals
ex. talking to parents about taxes
ex. no longer being financially dependent
filial anxiety
fear of having to take care of aging parents
filial obligation
cultural value in which adult children are expected to care for their parents, including having them live in their home
filial piety
implies a set of behaviours and attitudes that indicate feelings of love, respect and care towards one’s parents + expectations of obedience and compliance
intergenerational solidarity model (ISM)
six independent dimensions of solidarity characterize adult family relationships
associational
functional
structural
affectual
consensual
normative
they don’t have to be “perfect”, they just need to be aligned
associational dimension of ISM
intergenerational solidarity model
frequency of interactions
how often do we need to see each other in a week?
functional dimension of ISM
intergenerational solidarity model
help exchange
the degree to which financial assistance and service exchanges occur
affectual dimension of ISM
intergenerational solidarity model
feelings
mutual exchange of feelings
structural dimension of ISM
intergenerational solidarity model
availability (distance, health)
if you live far away from parents, are you able to structurally support parents?
normative dimension of ISM
intergenerational solidarity model
commitment to fulfill family obligations
can be based on different levels of the relationship
consensual dimension of ISM
intergenerational solidarity model
agreement of values, views
sociopolitical world views
structural ambivalence
society’s structures do not make clear how family members should behave
cognition: information processing model (modified atkinson-shiffrin model)
external event/sensory input → sensory memory → attention → short term/working memory ←→ long term memory
short term/working memory
15-30 seconds to process
rehearsal maintenance
involves newer understanding of short-term memory
focuses on conscious active processingof incoming auditory and visual-spatial information
handled by a central executive
long term memory
more than 30 seconds to process
implicit memory
explicit memory
processing speed
amount of time it takes for someone to analyze incoming information, formulate decisions, and then produce a response
relationship between processing speed and reaction time compared to different age groups
as the task becomes more difficult, older adults take much longer with processing speed and reaction time
attention
ability to selectively focus/concentrate on a part of experience and shift focus based on the situation
while coordinating information from multiple sources
SART: sustained attention to response task
task in which participants view flashing numbers on the screen
they are asked to press the spacebar when the number is different from the original number
sustained attention
focus on one stimulus type for a long amount oftime
age differences in attention: how does our attention change as we age?
attentional resources theory
inhibitory deficit hypothesis
scaffolding theory
attentional resources theory
everyone has a limit of attentional resources
older adults have less resources/energy to expend
possible mechanisms:
metabolic constraints
more cognitively demanding → more energy required by brain to process
evidence for attentional resources theory
multitasking tasks - divided attention
focus on two stimuli simultaneously
pond et al. (1998) - attentional resources theory
participants simulate driving on the road
rear view has a bunch of dots
participants are then asked to count how many dots flash while driving
pond et al. (1989) results
driving task
older adults sacrificed driving task performance for dot counting task
driving abilities decrease due to divided attention
overall performance worse compared to young and middle-aged adults
inhibitory deficit hypothesis
older adults have more difficulties inhibiting irrelevant information
central executive constraints
issues with filtering information (prefrontal cortex)
evidence: stroop visual search
simple visual search
utilizes parallel processing (automatic)
color and shape of target different from distractions
conjunction visual search
serial processing
color and shape of target similar to distractors → we have to go through multiple aspects
adults typically perform worse at this
scaffolding theory
older adults recruit alternate neural circuits as needed by task demands to make up for losses suffered elsewhere
focus on compensatory mechanism
possible mechanism for cognitive reserve theory
visuo-spatial sketchpad
temporary mental representation of 3d space
phonological loop
temporary hold of sound information
rehearsal
maintaining that information from repetition
processed in language areas (broca) pareital lobe
central executive
allows for decisions to be made based in maintained information
where information manipulation occurs
processed primarily by the prefrontal cortex
episodic buffer
integrates all information processing
likely regulated by network encompassing hippocampus, medialtemporal lobe, prefrontal cortex, parietal lobe
N-back memory test results
asks participants to remember what happened N times ago
working memory test
older adults don’t perform as well when it becomes more difficult
consolidation
process in which memories become stable in the brain shortly after encoding
memory consolidated and stored (difficult to remove/change)
memory disrupted in consolidation (memory susceptible to change)
reconsolidation
taking information into working memory to manipulate/ignore
memories are vulnerable to change again when recalled
explicit memories
long term memories
declarative memories
with experience and practice, explicit memories become automatic
implicit memories
long term memories
non-declarative memories
implicit memories include automatic skills and classically conditioned associations
information is automatically processed about: space, time, frequency
types of explicit memory
episodic memory
semantic memory
episodic memory
chronological temporally dated recollections of personal experiences
explicit memory
semantic memory
semantic memory general knowledge no longer tied to the time when the information was learned
explicit memory
hippocampus, medial temporal lobe, and frontal lobe
consolidation
explicit memory consolidation and storage
registers and temporarily holds elements of explicit memories before moving them to other brain regions for long-term storage
hippocampus (HPC) - memory purpose
consolidating all information of an explicit memory (integrated memory)
perirphinal cortex/lateral entorhinal cortex - memory purpose
consolidates “what” information (objects, items)
not to be confused with the “what” pathway of vision
parahippocampal/medial entorhinal cortex - memory purpose
consolidates “where” information (context, spatial)
not to be confused with the where pathway of vision
neocortical areas
consolidates and stores fragments of the memory
multiple trace theory
retrieval seems to follow the reverse process and always involve the HPC, even for very old/distant memories
every memory is a reconstruction made of different traces
systems consolidation theory
retrieval for older memories rely less on the
true or false:
research suggests that there are many age-related deficits in semantic memory
false
there are few age-related deficits
may rely on semantic memory to compensate for loss of episodic memory
crystallized intelligence (Gc)
accumulated/acquired knowledge (often semantic information)
reflected by learning, experience and education
increases as we age
fluid intelligence (Gf)
ability to reason speedily and abstractly, as when solving unfamiliar logic problems
independent from learning, experience, and education
decreases with age, declines gradually until age 75 and then more rapidly after age 85
cerebellum - memory
plays an important role in forming and storing memories created by classical conditioning
basal ganglia - memory
helps form memories for implicit memories of physical skills
procedural memory task results
motor task - unscrew a nut from differently shaped rods
older adults have slower performance
statiscally significant performance improvement within session (over 5 trials)
retention of procedural memory 2 years later
cognitive reserve theory
idea that cognition is adaptive and can be preserved/”banked” through crystallized intelligence
strengthening of cognitive functioning over time
neural plasticity is the mechanism for this
neuroplasticity
brain’s ability to rewire itself and create new connections
possible mechanism for cognitive reserve
brain reserve
the brain is a reserve for communication, metabolism
deteremined by brain volume, neuron count
retrograde amnesia
loss of memory before point of injury/disease
long-term memory storage damage
graded amnesia
earlier/remote memories are more preserved than recent memories
gradual change and shift in memories that can be remembered
more likely to remember what occured way before the accident
ex. childhood
ungraded amnesia
memory loss distributed over one’s history
more random
no consistent pattern of memory loss
anterograde amnesia
loss of memory after point of injury/disease (long-term memory encoding/consolidation damage)