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Motivation
any internal process that gives behaviour is energy, direction, and persistence:
energy = behaviour has strength
direction = behaviour has purpose
persistence = behaviour has endurance
Internal Process
need = conditions that are essential for the maintenance of life and for the nurturance of growth and well-being
e.g., hunger, thirst, sleep, autonomy, competence, relatedness
cognition = mental events capable of energizing and directing behaviour
e.g., beliefs, expectations, goals, plans, attributions, mindsets, self-concept
emotion = short-lived feeling-arousal-purposive-expressive phenomena that helps us adapt to the opportunities and challenges we face during important life events
Why Study Motivation
theoretical understanding
practical understanding
scientific study = using objective empirical evidence gained from well-conducted and peer-reviewed research to answer questions
describe and explain behaviour
what causes behaviour?
distal vs. proximal causes of behaviour
Expressions of Motivation
behaviour
effort
persistence
latency
choice
probability of response
facial expressions
bodily gestures
engagement
behaviour
emotion
cognition
agency
psychophysiology
hormonal activity
cardiovascular activity
etc.
brain activation
self-report
Unifying themes about motivation
Motivation and emotion benefit adaptation and functioning
Motivation needs supportive conditions to flourish
Motivation and emotion are intervening variables
Motivation and emotion are dynamic
Types of motivations exists
Motivation states can be understood at multiple levels
We are not always aware of the motivational basis of behaviours
Direct vs. Indirect (mediated) effect
direct = x ————→ y
indirect = x ———> y ———→ z
Need
conditions that are essential for the maintenance of life and for the nurturance of growth and well-being
physiological needs = a biological condition that regulate bodily well-being and corrects imbalances that are potential threats to growth, well-being, and life
often arise from a deficiency
distinguishing needs = direction of behaviour
psychological needs
Living organisms depend on their environments and must constantly respond and adapt to them
Psychological need = a psychological nutrient that is critical to mental health, personal growth, and overall well-being
Beyond survival, psychological needs promote optimal performance
Drive Theory
Proposed by Clark Hull (1943)
Physiological deprivations and deficits create biological needs
If needs remain unsatisfied, biological deprivation becomes strong enough to occupy attention and generate psychological drive
Drive = psychological discomfort (tension and restlessness)
Drive energizes activity towards behaviour that mitigates the biological deficit
Homeostasis vs. Negative Feedback
Homeostasis = the tendency to maintain a steady ideal state of equilibrium within the body
E.g., optimal hydration, blood glucose levels, body temperature
When disrupted, a drive activates behavior to compensate and return to the ideal state
Negative feedback = the mechanism that stops behavior once the steady state is reached (opponents process to drive)
Intra- vs. extraorganismic mechanisms
Intraorganismic mechanisms = all biological regulatory systems within the person that act in concert to activate, and maintain, and terminate the biological needs that underlie drive
E.g., hunger - low blood glucose levels trigger feelings of hunger (appetite), which trigger eating behavior
Extraorganismic mechanisms = all the non-biological influences that play a part in activating, maintaining, and terminating drive
E.g., hunger = the appearance/smell of a meal affects your appetite, which affects how much of it you eat
Basic Criteria for defining a psychological need
Psychological = not related to the physical function of humans
Essential = satisfaction leads to growth and well-being, frustration leads to ill-being
Inherent = evolved and provides adaptive advantages
Distinct = not contingent or derived from frustration of other needs
Universal = present/crucial regardless of SES, personality, culture, etc.
Need satisfaction and need frustration
Need satisfaction contributes to:
Intrinsic motivation = motivation that arises from an inherent and spontaneous inclination towards interest, exploration, and environmental mastery
Engagement
Personal growth
Internalization
Health
Well-being
Need frustration predicts maladaptive behavior, ill functioning, passivity
Most environments offer a combination of support and thwarting needs
Autonomy
The psychological need to experience self-direction and personal endorsement in the initiation and regulation of one's behavior
Volitional action/agency
Self-endorsement/ownership
Experienced when decision-making process to engage in an activity is informed by our interests, preferences, desires, and values
Self-concordance
Autonomy Support
Perspective-taking
Helping to clarify personal importance of choice/pursuit of personal interests to satisfy needs
Providing explanatory rationales
Acknowledging and accepting expressions of negative affect
Using invitational language
Displaying patience
The paradox of choice
Ideally, choice should be:
Not overwhelming
Unconstrained
Meaningful
Choices based on personal values, goals, and interests lead to positive post-choice functioning
Intrinsic motivation, effort, creativity, preference for challenge, performance
Reactions to autonomy frustration
Reactance = increased desire to enact a behavior, due to a restriction in behavioral freedom
Learned helplessness = when people come to expect that outcomes are independent of their behavior
Competence
The psychological need to be effective in one's interactions with the environment
Extend one's capacities and skills
Master optimal challenges and personal growth opportunities
Experienced when one makes progress, improves, and produces intentional effects on the environment
optimal challenge and flow
Flow = a subjective state where people feel completely absorbed and focused on a task
Arises when there is an optimal match between skill and activity challenge (i.e. both are moderate-to-high)
Benefits include greater enjoyment, better performance
Competence support
Structure
Clear expectations
Guidance
Zone of proximal development
Scaffolding
Feedback
Feedback - cognitive evaluation theory
How should external events (e.g., feedback) be structured to induce intrinsic motivation?
The effect of an external event on intrinsic motivation depends on 2 aspects of the event
Controlling aspect (feedback re: autonomy)
Informational aspect (feedback re: competence)
External events that increase autonomy and competence will increase intrinsic motivation
Failure Tolerance
Targeting optimal challenge means success is just as likely as failure
Failure can often be frustrating and cause avoidance
To encourage individuals to pursue optimally challenging tasks, the environment must tolerate/value failure and errors
The constructive value of errors
Prompts people to identify causes and remedies
Prompts people to improve their coping strategies
Prompts people to recognize the need for advice and support
Reactions to loss of competence
Self-serving attributional bias = the tendency to take credit for one's success, but deny personal responsibility for failures
Prevents learning from failure
Self-handicapping behavior = when failure is anticipated, people may create barriers to their own performance/success; creates external factors can then be blamed in the event of failure
Relatedness
The psychological need to establish social connections with others
Warm, close interactions and emotional bonds
To care and to feel cared for by other people (and organizations)
Experienced when one feels loved, valued, and appreciated by others
Authenticity, trust, reciprocity, and meaning
Communal vs. exchange relationships
Relatedness Support
Responsive interactions
Understanding = communicates authenticity
Validation = communicates liking and acceptance
Caring = communicates concern for one's well-being
Benefits of relatedness satisfaction
Engagement
E.g, engagement, effort, drop out rates in students
Personal growth
E.g., resilience to stress, self-esteem
Internalization and intrinsic motivation
Health and well-being
reactions to relatedness frustration (rejection)
Hurt feelings
Emotional numbness
Impaired cognitive functioning
Aggression
Poor mental health outcomes
Extrinsic motivation
Motivation that arises from environmental consequences (incentives or disincentives) to do a behavior
Do X, get Y
Based on operant conditioning principles
Engaging in behaviors that produce desired consequences/not engaging in behaviors that produce undesired consequences
Reinforcers vs. punishers
Reinforcer = any object or event that increases a behavior
Positive reinforcer = increases behavior because a desirable stimulus is presented
Negative reinforcer = increases behavior because an undesirable stimulus is presented
Negative punisher = decreases behavior because of a desirable stimulus is removed
Reinforcer vs. reward
Effectiveness of punishers
Is compliance the intended outcome?
Other (unintentional) consequences
Negative emotionality (e.g., fear, over-arousal)
Impaired relationship between punisher and punishee
Modeling of negative ways of coping with undesirable behavior in others
Extrinsic vs. intrinsic motivation
Intrinsic motivation = motivation that arises from an inherent and spontaneous inclination towards interest, exploration, and environmental mastery
Emerges from innate strivings for personal growth and psychological need satisfaction
effectiveness of rewards
Extrinsic motivation can be useful when trying to increase socially important but intrinsically uninteresting behaviors
Developing basic life skills
Encouraging safe driving practices
Increasing pro-environmental behaviors
When necessary, external rewards should be unpredictable and intangible to avoid undermining intrinsic motivation
types of extrinsic motivation
External regulation = behavior is enacted to obtain a reward, to avoid a punishment, or to satisfy an external demand
Introjected regulation = behavior is enacted to satisfy an external demand that has been partially internalized (to obtain a self-administered reward or to avoid a self-administered punishment)
Identified regulation = behavior is enacted because it is personally important or useful
Integrated regulation = behavior is enacted because it coheres with values that have been incorporated into the self
Internalization
Internalization = the process through which an individual transforms a formerly externally prescribed rule, behavior, or value into an internally endorsed one
Integration = transformation of internalized values, behaviors, and regulations into a person's sense of self
Motivating others externally on uninteresting activities
Value-enhancing strategies = providing new information that sparks valuing, identified regulation, and internalization
Interest-enhancing strategies = e.g., setting a goal, adding an extra source of stimulation
cognition ——> action
Cognition = a broad umbrella term that describes mental events such as information processing, decision-making, memory, and problem-solving
In motivation science, cognitive activity acts as a "spring to action" that energizes and directs behavior towards a purpose
E.g., beliefs, expectations, goals, plans, mindsets, judgments, values, self-concept
discrepancy
Individuals hold mental representations of an ideal state of behavior, environment, and events
Mismatches between reality and ideal = incongruity, which is experienced as uncomfortable
When incongruity is sufficiently uncomfortable, people formulate and enact a plan to remove it
Present state <-----> ideal state
types of discrepancy
Discrepancy reduction
Individual receives environmental feedback
Deficiency-overcoming
Reactive to environmental feedback that flags discrepancy between present and ideal state
Negative feedback system
Underlies planning
Discrepancy creation
Individual looks forward and imagines a prospective (future) ideal state
Growth-pursuing
Proactive, creation of ideal state that does not yet exist
Positive/feed-forward system
Enables goal-setting process
goal setting
Goal = a future-focused cognitive representation of a desired end state that guides behavior towards accomplishing that end state
Enabled by discrepancy-creation process
Those who set goals tend to outperform those who do not = direct attention
However, not all goals are created equal
goal features
Goal difficulty - how hard is the goal to accomplish?
Effort is proportional to difficulty
Goal specificity - how clearly does the goal inform the performer of precisely what to do?
Specificity reduces ambiguity in thought and variability in performance
Can be enhanced using a goal hierarchy
Goal congruence - how authentic and self-endorsed is the goal?
Self-concordance leverages personal resources
goal proximity
Goals can be distal (long-term), or proximal (short-term)
Proximity affects goals provide repeated opportunities for feedback and reinforcement
On uninteresting tasks, proximal goals enhance intrinsic motivation (through positive feedback and greater competence)
Achievement goals
When faced with a standard of excellence (i.e., any challenge that ends with an objective outcome of success vs. failure, win vs. lose, right vs. wrong), people may set differing achievement goals
Performance goals = desire to demonstrate or prove skills, outperform others, and succeed with little effort
Typically framed in interpersonal terms (i.e., using others as a point of comparison)
Performance-approach vs. performance-avoidance goals
Learning (mastery) goals = desire to develop greater skills, make progress and overcome challenge through persistence and effort
Typically framed in intrapersonal terms (i.e., using the self as a metric for "success")
goal-setting caveats
Goals tend to be the most effective when tasks are relatively uninteresting and require only a straightforward procedure
Generate motivation that the task itself cant generate
For inherently interesting tasks that require creativity or problem-solving, goals do not necessarily enhance performance
Goals can conflict with one another
Goal shielding and prioritization
Goals can undermine intrinsic motivation when they are controlling, pressure-inducing, and intrusive
goal striving
the process of attaining a goal through effort, persistence, focused attention, and strategic planning
Mental simulations
Mental simulations = imaging aspects of a goal in one's mind
Goal content (outcome)
Goal striving (process)
Simulations focusing on goal striving are more effective than those focusing on goal content
Lowers anxiety
Encourages planning for distractions and finding solutions
Example = vision boards
implementation intentions
Implementation intention = "if-then" plan that specifies in advance how goal-striving will occur
When, where, how
"if" = situational cue; "then" = behavioral response
Not always in this format
Requires skill = one must identify a behavioral response that promotes goal achievement and link it with situational cues to initiate the response
Implementations help people achieve goals by helping them
Get started
Stay on track
Resume
Moderators of the effect of implementation intentions
Goal difficulty
Goals driven by intrinsic vs. extrinsic motivation
Caveat = implementation intentions, when too rigid, may restrict/discourage other behaviors that may also promote goal attainment
maximizing goal attainment
Flexibility
Rigid approaches to goal striving demand more effort; problematic when payoff is small
Rigid approaches to goal striving encourage an all-or-nothing perception
Accountability
Write it down!
Tell someone; ideally someone who will encourage you and keep you accountable
Planning fallacy
After falling to accomplish a goal, self-serving bias makes it even more difficult to learn from our mistakes