Yerkes-dodson law flashcard sets

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yerkes-dodson law definitions
# Definition Sets
1evidences arousal theory; the more complex a task, the lower level of arousal that can be tolerated without interference before the performance deteriorates; ex. used in class-driving to school, driving angry, finding a new location, boiling an egg6 sets
2theory arguing that for performance to be optimal, the amount of arousal required must be optimized. too much or too little stimulation will result in a poorer performance.3 sets
3performance improves as a function of anxiety up to a threshold beyond which there is a fall off in performance2 sets
4the theory that a degree of psychological arousal helps performance, but only to a point.2 sets
5inverted u-shaped relation between arousal on the one hand, and affect and performance on the other2 sets
6a statement that performance is a curvilinear function of arousal or motivation, showing first an increase and then a decrease as arousal or motivation is increased1 set
7tasks of moderate difficulty, not too easy or too hard, elicit the highest level of performance.1 set
8states that we might perform well on an easy task with a very high level of arousal, but the same high level of arousal would prevent us from performing well on a difficult task. this is because our arousal needs may vary by activity.1 set
9this law says that for easy tasks, moderatley high arousal is optimal; for difficult tasks, moderately low is optimal; for most average tasks, a moderate level of arousal is optimal1 set
10for easy tasks, moderately high arousal is optimal; for difficult taks, moderately low is optimal, and for most average tasks, a moderate level of arousal is optimal1 set
11proposition that the relationship between arousal and performance involves an inverted u-shaped function, with better performance occuring at moderal levels of arousal1 set
12law stating that effective performance is more likely if the level of arousal is suitable to the activity1 set
13the principle that performance on tasks is best when the arousal level is apppriate to the difficulty of the task; higher arousal for simple tasks, moderate arousal for tasks of moderate difficulty, and lower arousal for complex tasks1 set
14difficult tasks - low arousal, easy tasks-high arousal1 set
15a summary of the relationships among arousal, task complexity, and performance.1 set
16theres an inverted u-shaped relationship between arousal and performance. our arousal level shifts depending on time of day. when were underaroused, we frequently experience stimulus hunger, or a drive for stimulation1 set
17performance is best under conditions of moderate arousal1 set
18the more complex the task the lower the level of arousal that can be tolerated without interfering with performance1 set
19the principle that performance on tasks is best when the arousal level is appropriate to the difficulty of the task; higher arousal for simple tasks, moderate arousal for moderate tasks, and lower arousal for complex tasks.1 set
20motivation inhibits the solving of difficult problems1 set
21performance increases with arousal until an optimal point, after which arousal interferes with performance1 set
22a degress of psychological arousal helps performance - sex and athletes1 set
23a moderate amount of stress is conducive to learning1 set
24states that there is an optimal level of arousal for the best performance of any task; the more complex the task, the lower the level of arousal that can be tolerated before performance deteriorates1 set
25performance improves as a function of anxiety up to a threshold beyond which there is a fall off in performance; a middle range of anxiety helps us perform better1 set
26law stating performance is related to arousal; easy tasks require a high level while more difficult tasks require a low level.1 set
27principle that performance on tasks is best when the arousal level is appropriate to the difficulty of the task.....higher arousal for simple tasks.....moderate for moderate difficulty, & lower arousal for complex tasks1 set
28inverted u-shaped relationship between arousal and performance. if not aroused enough, don't want to perform, if aroused too much, become nervous and don't perform well.1 set
29better on simple task when arousal is high (football) better on simple task when arousal is low (math test)1 set
30performance increases as arousal increases until optimal level is reached then performance decreases1 set
31law stating performance is related to arousal; moderate levels of arousal lead to better performance than do levels of arousal that are too low or too high. the effect varies with the difficulty of the task: easy task require a high-moderate level while more difficult tasks require a low-moderate level.1 set
32u-shaped relationship between arousal and performance/affect1 set
33proposition that the relationship between arousal and performance involves an inverted u-shaped function1 set
34law stating performance is related to arousal; moderate levels of arousal lead to better performance than do levels of arousal that are too high or low. this effect varies with the difficulty of the task: an easy task requires a high-moderate level while more difficult tasks require a low-moderate level.1 set
35law stating performance is related to arousal; moderate levels of arousal lead to better performance than do levels of arousal that are too low or too high. this effect varies with the difficulty of the task: easy tasks require a high-moderate level while more dificult tasks require a low-moderate level1 set
36a law that with a high level of arousal, we might perform well at an easy task, but fail at a difficult task1 set
37inverted u-shaped relation between arousal on the one hand, and affect and performance on the other.1 set
38the theory that a degree of psychological arousal helps preformance, but only to a point.1 set
39states that performance is best under conditions of moderate arousal rather than low or high arousal1 set
40a psychological principal that dictates that behavioral efficiency increases with arousal up to an optimum point, after which it decreases with increasing arousal1 set