Stress, arousal, anxiety Flashcards
(37 cards)
Stress
Stimulus resulting in a positive or negative response to a specific situation
Produces physiological + psychological symptoms
2 forms of stress
Eustress
Distress
Eustress
Positive form of stress
Gives a feeling of fulfilment + arousal
Increase focus, attention + skill level
Some athletes seek + need stressful situations to improve sporting performance
Distress
Negative form of stress
Can cause anxiety + apprehension
Detrimental to sporting performance
Effects of stress on performance - eustress
If the athlete perceives the demand as a challenge (eustress) = increased motivation + performance
Effects of stress on performance - distress
If the athlete perceives the demand as a threat (distress) = increased worry + reduction in performance
Example of effects of stress on performance
Netball match = score is tied with ten seconds remaining
Goal shooter awarded a penalty shot (demand placed on her which she will perceive as positive or negative)
If the goal shooter perceives the demand as positive = motivate her to succeed in her performance
BUT if she perceives the demand as negative = her levels of distress will increase –> reducing the chance of her scoring
Causes of stress
Internal = lack of sleep, illness
External = environmental factors, other people
Arousal
Psychological state of alertness + anticipation that prepares the body for action
Arousal example
When a boxer enters the ring for the first time they need to be aroused + motivated to perform
Under-arousal = too relaxed + not motivated to perform
Arousal levels increase= increase in their performance until it reaches optimum level
Boxer starts to make mistakes + performance level starts to decrease = more mistakes made
Too much arousal = performance decreased
Theories of arousal
Drive theory
Inverted u hypothesis
Catastrophe theory
Zone of optimal functioning theory
Drive theory
Linear relationship between arousal + performance
As arousal increases so does performance
Negatives of drive theory
Only relevant up to a certain point –> athlete can be over-aroused = performance decreases
Inverted U hypothesis
There is an optimal level of arousal
Performance levels at their highest at the optimal point of arousal
If arousal is too low or too high = performance levels decrease
Catastrophe theory
Links arousal + anxiety
Athlete is experiencing high levels of cognitive state anxiety = as arousal rises towards the athlete’s threshold –> athlete experiences a dramatic drop in performance
Negatives of Catastrophe theory
Relies on the need for arousal + cognitive anxiety to achieve optimal performance
Zone of optimal functioning theory
The relationship of stress, anxiety + arousal all impact motivation + the improvement of performance up to a point
Individuals perform optimally at different arousal levels depending on factors such as:
- personality
- task
- stage of learning
= not all athletes’ optimal performance is at the top of the inverted U
Optimal performance variables that impact upon arousal + individual
Personality
Task
Stage of learning
Personality
Extroverts perform best at high levels of arousal
Introverts perform best at low levels of arousal
Task
Simple/gross skills are performed better at high levels of arousal
Complex/fine skills are performed better at low levels of arousal
Stage of learning
Autonomous performers perform better at high levels of arousal
Cognitive + associative performers perform better at low levels of arousal
Effects of arousal on sporting performance
If the performer perceives arousal levels to be positive = positive impact on performance (getting in the zone)
If the changes are viewed as negative = increase somatic + cognitive state anxiety
Choking occurs in high-pressure situations + causes extreme nerves + performance catastrophe
2 types of anxiety
Trait
State
Trait Anxiety
Part of the personality core
Results in consistent worry/behaviour regardless of situation
Innate