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Stress and Coping (SACE Stage 2 Psychology)

Syllabus dot point

“Explain the physiological and psychological responses to stress and evaluate strategies for coping”

8 min read

Quick answer

Stress is the physiological and psychological response that occurs when the demands on a person exceed their perceived ability to cope. The body responds through the fight-or-flight reaction and Selye's General Adaptation Syndrome, while how stressful an event feels depends on appraisal. Coping strategies are usually classified as problem-focused or emotion-focused.

Jump to a section
  1. What this dot point is asking
  2. Defining stress
  3. The physiological response
  4. The psychological response: appraisal
  5. Coping strategies
  6. Social support and individual differences
  7. Measuring stress
  8. Exam-style questions

What this dot point is asking

You need to define stress, explain the physiological and psychological responses, and evaluate strategies people use to cope.

Defining stress

Stress is the state that arises when a person perceives that the demands of a situation (a stressor) exceed their resources to cope. Stressors can be acute (a sudden event) or chronic (ongoing). Not all stress is harmful: moderate eustress can improve performance, while excessive distress harms wellbeing.

The physiological response

The immediate reaction is the fight-or-flight response, coordinated by the sympathetic nervous system and the release of adrenaline, producing a raised heart rate, faster breathing and increased blood flow to muscles to prepare for action.

Hans Selye described the longer-term pattern as the General Adaptation Syndrome (GAS), with three stages:

  • Alarm - the body recognises the stressor and the fight-or-flight response activates.
  • Resistance - the body adapts and tries to cope while arousal stays high; the stress hormone cortisol remains elevated.
  • Exhaustion - if the stressor continues, the body's resources are depleted, leaving the person vulnerable to illness, fatigue and burnout.

Prolonged stress can suppress the immune system and contribute to physical health problems.

The psychological response: appraisal

Richard Lazarus and Susan Folkman argued that the experience of stress depends on cognitive appraisal:

  • Primary appraisal - is this situation a threat, a challenge or harmless?
  • Secondary appraisal - do I have the resources and ability to cope?

This explains why the same event (an exam) can stress one person and energise another.

Coping strategies

Lazarus and Folkman distinguished two broad styles:

  • Problem-focused coping - tackling the stressor itself, for example planning, time management or seeking information. Effective when the situation is controllable.
  • Emotion-focused coping - managing the emotional response, for example relaxation, reframing or seeking emotional support. Useful when the stressor cannot be changed.

Other healthy strategies include exercise, social support, adequate sleep and relaxation techniques. Maladaptive strategies such as avoidance, denial or substance use may reduce distress briefly but worsen outcomes.

Social support and individual differences

The presence of social support (emotional, informational and practical help from others) is one of the most reliable buffers against stress. It can work directly, by reducing the impact of a stressor, or indirectly, by improving appraisal so that a person feels more able to cope. Individual factors also matter: a sense of control, an optimistic explanatory style and hardiness (commitment, control and viewing change as challenge) are linked to lower stress responses. These factors connect back to Lazarus and Folkman's point that stress is not in the event itself but in the interaction between the event and the person.

Measuring stress

Researchers measure stress in several ways, and SACE values knowing their limits. Self-report scales (for example life-event inventories that add up recent changes) are easy to administer but rely on memory and honesty. Physiological measures such as heart rate, blood pressure and cortisol levels are objective but expensive and affected by other factors. Combining self-report and physiological data gives a more valid picture than either alone, which is the same reliability-and-validity reasoning used across psychological measurement.

Choosing a coping strategy

Two students before an exam

  • Controllable part (content not yet revised): problem-focused coping works best - make a study timetable and practise past papers.
  • Uncontrollable part (the exam date and difficulty): emotion-focused coping works best - use relaxation breathing and talk to a friend to manage anxiety.
    Matching the strategy to whether the stressor is controllable is the key to effective coping.
Appraisal explains individual differences

Because stress depends on cognitive appraisal, the same situation is not equally stressful for everyone. How threatening an event feels, and whether a person believes they can cope, determines the stress response.

Common errors
Saying all stress is bad
Moderate stress (eustress) can improve focus and performance; only excessive or prolonged stress harms wellbeing.
Confusing the GAS stages
Alarm is the initial reaction, resistance is sustained coping, and exhaustion is depletion - not the other way around.
Assuming emotion-focused coping is always inferior
When a stressor cannot be changed, managing the emotional response is the more adaptive choice.

Exam-style questions

Questions in the style of SACE Board exam questions on this dot point, each with a worked answer. They are written by ExamExplained unless tagged "Past paper"; the year shows the paper a question is modelled on.

SACE 2019-style4 marks
A motorist braked suddenly to avoid a dog. Immediately after braking his pulse rate increased, his mouth went dry and he had a churning stomach. After a few minutes these physical changes disappeared. Using your knowledge of the body's response to stress, explain why the motorist experienced (i) the physical changes that occurred immediately, and (ii) the physical changes that occurred after a few minutes.
Show worked answer →

Four marks: two for the immediate response, two for the return to baseline.

(i) Immediate changes. The sudden threat triggers the fight-or-flight response. The sympathetic nervous system activates and the adrenal medulla releases adrenaline (and noradrenaline). This raises heart rate and pulse, redirects blood from non-essential systems (reducing saliva, so the mouth goes dry) and diverts resources from digestion (the churning stomach), preparing the body for rapid action.

(ii) Changes after a few minutes. Once the danger passes, the parasympathetic nervous system takes over and restores the body to homeostasis. Adrenaline levels fall, heart rate slows, saliva returns and digestion resumes, so the physical symptoms subside. Naming the sympathetic and parasympathetic divisions and adrenaline secures full marks.

SACE 2019-style2 marks
Describe why a biological approach to coping with chronic stress (e.g. increasing relaxation, improving sleep, and starting regular exercise) is likely to be effective in the long term.
Show worked answer →

Two marks: link the biological strategies to a physiological mechanism that reduces chronic arousal.

Chronic stress keeps the body in prolonged sympathetic arousal with sustained cortisol release, which over time damages physical health (raised blood pressure, weakened immune function). Biological coping strategies work by lowering this physiological arousal directly. Relaxation and improved sleep activate the parasympathetic nervous system and allow the body to recover and repair, while regular exercise metabolises stress hormones, releases endorphins and improves cardiovascular fitness. Because they target the underlying physical stress response rather than just the situation, these strategies build lasting resilience and are effective in the long term.

Practise this

Sources & how we know this

ExamExplained