Unit 3 | Motivational assessment Flashcards
(58 cards)
How can we know if someone is motivated?
Motivation can be analyzed at different levels or planes of analysis, including:
Physiological
Individual
Social
Philosophical
What are the motivation measurement techniques based on?
Motivation measurement techniques are based on the measurement of:
Observable Behavior
Physiological Responses
Subjective States (Self-Report)
What is meant by “Observable Behavior” in motivation measurement?
Observable behavior refers to the visible actions or reactions of an individual that indicate motivation, such as task completion, energy levels, or participation in activities.
What are “Physiological Responses” in motivation measurement?
Physiological responses refer to changes in the body that are linked to motivation, such as heart rate, hormone levels, or brain activity, which can indicate states of arousal or stress tied to motivation.
What are “Subjective States (Self-Report)” in motivation measurement?
Subjective states involve self-reports from individuals, such as surveys or questionnaires, where they rate or describe their feelings, thoughts, and levels of motivation.
What is the assessment of motivated behavior based on?
The assessment of motivated behavior is based on observable behavior, which can be inferred from publicly reported actions or behaviors that are spontaneously emitted by the subject.
What are the types of measures for assessing observable behavior?
The types of measures for assessing observable behavior include:
Frequency: Response rate, or the number of times the behavior is emitted in a given time (commonly used with animals).
Accuracy: Number of successes/misses, degree of efficiency in performing a task, number of attempts, and proportion of successes/false alarms.
Election: Actions of free choice, or the preference for one option among several possible choices.
Temporary: Response time, persistency, and effort put into a task.
What is measured under “Frequency” in assessing motivated behavior?
Frequency measures the response rate, or the number of times a behavior is emitted in a given time. This is one of the most common measures, particularly in studies with animals.
What does “Accuracy” measure in motivated behavior assessment?
Accuracy measures:
Number of successes/misses in completing a task.
Degree of efficiency in performing the task.
Number of attempts made.
Proportion of successes versus false alarms.
What is assessed under “Election” in motivated behavior?
Election measures the actions of free choice. This refers to the individual’s preference for one option among several possible choices, reflecting motivational preferences.
What does “Temporary” measure in the context of motivated behavior?
Temporary measures include:
Response Time: The speed at which a behavior is performed.
Persistency: How long the individual continues the behavior.
Effort: The amount of energy or resources put into performing the task.
How can we assess Homer’s motivation to work from home?
We can assess Homer’s motivation by observing his behavior through measurable indicators such as:
Frequency: How often he works from home.
Accuracy: How efficiently he completes tasks or avoids mistakes while working from home.
Persistence: How long he stays focused or continues working despite distractions or challenges.
Choice: Whether he actively chooses to work from home over other alternatives (such as going to the office).
What behavioral indicators can be used to determine Homer’s motivation to work from home?
Behavioral indicators to assess Homer’s motivation to work from home include:
Frequency: The amount of time he spends working from home.
Accuracy: His level of success in completing tasks without errors.
Persistence: How long he works without getting distracted or giving up.
Choice: Whether he actively opts for working from home over other options.
How can we measure Homer’s persistence in working from home?
Homer’s persistence can be measured by:
Response Time: How quickly he starts or continues tasks after interruptions.
Effort: The level of energy he puts into his work tasks despite potential distractions or difficulties.
Duration: How long he stays focused on his tasks when working from home.
How can we assess Homer’s accuracy in working from home?
Homer’s accuracy can be assessed by:
Number of successes/misses: How often he successfully completes tasks versus making mistakes.
Degree of efficiency: How well he performs tasks within the required time frame.
Proportion of successes/false alarms: The ratio of correct work compared to errors.
What are the limitations of assessing motivated behavior through observable behavior?
The limitations of assessing motivated behavior through observable behavior include:
Variability of the Response Time: Response time can vary due to situational factors or individual differences.
Difficulty in Differentiating Errors from Successes: It’s challenging to distinguish
How can the variability of response time impact the assessment of motivated behavior?
Variability in response time can be affected by:
Situational Factors: External circumstances, such as distractions or task complexity, may influence how quickly the subject responds.
Subject Factors: Individual differences, such as mood or fatigue, can also impact response time.
Why is it difficult to differentiate errors from successes in motivated behavior assessments?
It’s difficult to differentiate errors from successes because tasks, such as preference judgments, often involve subjective interpretations that may not have clear-cut right or wrong answers, making it harder to evaluate accuracy and success clearly.
What are some possible solutions to address limitations in assessing motivated behavior?
Possible solutions to address these limitations include:
Provide Clear Instructions: Ensuring the subject understands the task can reduce errors and variability in response time.
Schedule Practice/Familiarization Trials: Giving the subject practice opportunities can help minimize errors and increase consistency.
Use Designs in Which the Subject is His or Her Own Control: Comparing a subject’s performance over time can help identify individual trends and minimize variability.
What is the relationship between physiological responses and motivated behavior?
Physiological responses play a key role in assessing motivated behavior by measuring how the body reacts to stimulating situations. These responses help us understand the underlying processes that drive behavior in both animals and humans.
What does physiological psychology focus on in the context of motivated behavior?
Physiological psychology, or psychophysiology, focuses on studying how physiological processes, such as brain activity, heart rate, and hormone levels, mediate and influence motivated behavior in both animals and humans.
What structures mediate motivated behavior?
Motivated behavior is mediated by various physiological structures, including:
The Brain: Especially areas like the hypothalamus, amygdala, and prefrontal cortex, which regulate emotions and motivation.
The Autonomic Nervous System: Controls bodily functions like heart rate and breathing, influencing arousal and motivation.
Hormonal Systems: Hormones like cortisol and adrenaline can affect motivation levels and responses to stress.
What physiological changes occur in response to certain stimulating situations?
In response to stimulating situations, several physiological changes may occur, including:
Increased Heart Rate: Often seen during excitement or stress.
Increased Breathing Rate: Associated with heightened arousal or effort.
Hormonal Release: Such as adrenaline and cortisol during stress or motivation to act.
Muscle Tension: Can indicate readiness for action in high-stakes situations.
How are physiological responses measured in motivated behavior assessments?
Physiological responses can be measured through tools like:
Heart Rate Monitors: To track changes in heart rate during different levels of motivation.
Electroencephalography (EEG): Measures brain activity and can indicate mental states tied to motivation.
Skin Conductance Sensors: Measure sweating and arousal during motivational tasks.
Hormonal Assessments: Track changes in cortisol or adrenaline levels in response to motivational stimuli.