Arousal Flashcards
Drive theory
As arousal increases, so does performance.
Drive theory formula
P = f (D x H)
Dominant response
The stand out response that the performer thinks is correct. In novice performers, this is often not the case
Inverted U theory
Theory linking arousal and performance by stating that increased arousal improves performance to an optimal point at moderate levels of arousal, then gradually starts to decrease.
How does experience affect optimal arousal
As arousal increases, performers process less information and rely more on their dominant responses. In novices, dominant responses are far less likely to be correct.
How does personality affect optimal arousal
Extroverts perform happily at high arousal where as introverts may prefer to perform at lower arousal.
RAS (reticular activating system)
Controls and measures levels of adrenaline in the body. Suggests that extroverts have lower levels of activation and can therefore tolerate more arousal.
How can the task affect optimal arousal
If the task is gross it can be performed using larger muscle groups and therefore may require more arousal. If the task is fine it requires less arousal (archery, darts)
Catastrophe theory
Suggests that increased arousal improves performance to an optimal point, however, there is a dramatic and often irrecoverable reduction in performance once arousal increases beyond the optimal point.
Somatic anxiety
Physiological anxiety
Cognitive anxiety
Psychological anxiety
What is the cause of the drop in performance according to catastrophe theory
Somatic and cognitive anxiety
What is the only way an athlete can recover from a slump in performance according to catastrophe theory
If initial anxiety is low and there is sufficient time
Peak flow
The ultimate intrinsic experience felt by athletes from a positive mental attitude, with supreme confidence, focus and efficiency. Characterised by total focus, effortless movement, the ability to complete the task and subconscious control
3 factors affecting peak flow
- Poor mental prep and failure to reach optimum arousal levels.
- Environmental influences such as the pressure from the crowd or frustration caused by a referee decision.
- The effect of injury or fatigue during the game will also stop the player keeping up with the flow experience.