Test Bank for Comprehensive Stress Management, 15th
Edition by Jerrold Greenberg EXAM with Questions and
Answers/Plus a Rationale Updated 2026 A+/Instant
Download PDF
EXAM COVERAGE
1. Scientific Foundations and Physiological Mechanics of the Stress Response
2. Psychoneuroimmunology and Stress-Induced Pathology
3. Cognitive Appraisals, Coping Strategies, and Behavioral Modification
4. Relaxation Techniques, Mindfulness, and Autonomic Regulation
1. A corporate executive experiencing chronic professional burnout exhibits elevated resting
cortisol levels, hypertension, and abdominal adiposity. According to Selye's General Adaptation
Syndrome, which specific phase of stress adaptation is this individual currently manifesting, and
what underlying physiological mechanism accounts for the chronic symptoms?
A. The alarm reaction phase, characterized by immediate sympathetic nervous system
catecholamine release and transient vasoconstriction
B. The exhaustion phase, where prolonged glucocorticoid exposure leads to organ system
breakdown, immune suppression, and metabolic dysregulation
C. The resistance phase, marked by successful physiological adaptation and complete
homeostasis restoration without pathological sequelae
D. The recovery phase, characterized by parasympathetic rebound and normalization of baseline
endocrine functioning
CORRECT ANSWER : B
Rationale: Chronic activation without adequate recovery leads to the exhaustion phase, wherein
depleted energy reserves and sustained cortisol exposure cause systemic tissue breakdown,
hypertension, and visceral fat accumulation. The alarm reaction is acute and short-lived, while
successful resistance prevents immediate collapse.
,2. A clinical psychologist is evaluating a patient who presents with chronic anxiety and irritable
bowel syndrome following a prolonged period of occupational stress. Which specific
neuroendocrine pathway is primarily responsible for bridging chronic psychosocial stressors with
gastrointestinal dysfunction via the gut-brain axis?
A. The somatotypic motor pathway controlling skeletal muscle contraction
B. The hypothalamic-pituitary-adrenal (HPA) axis and autonomic nervous system
(sympathetic overactivation altering gut motility and permeability)
C. The primary visual cortex pathway regulating peripheral retinal adaptation
D. The somatic reflex arc mediating patellar tendon extensions
CORRECT ANSWER : B
Rationale: The HPA axis and sympathetic nervous system heavily modulate gastrointestinal
blood flow, motility, and mucosal permeability, directly linking chronic stress to functional
bowel disorders. Motor pathways control voluntary movement, while visual and spinal reflexes
do not govern visceral stress responses.
3. During a stress management workshop, a health educator introduces Lazarus and Folkman’s
transactional model of stress. A participant notes that two people facing the exact same financial
audit experience completely different stress levels. Which component of the transactional model
best accounts for this discrepancy?
A. The objective magnitude of the financial audit evaluated through universal monetary
standards
B. Primary and secondary cognitive appraisals, where individuals evaluate the threat
significance and their perceived coping resources respectively
C. Genetic variations in skeletal muscle mass and bone density
D. The absolute ambient room temperature during the audit notification
CORRECT ANSWER : B
Rationale: Lazarus and Folkman emphasize that stress is a dynamic product of cognitive
appraisal: primary appraisal determines if an event is threatening, and secondary appraisal
assesses one's coping options. Objective monetary values or physical traits do not dictate the
psychological stress experience.
4. A health psychologist is designing an intervention to boost immune function in cancer caregivers
experiencing chronic distress. Which psychoneuroimmunological mechanism explains how
chronic psychosocial stress directly impairs immune competence over time?
, A. Sustained elevation of parasympathetic acetylcholine leading to enhanced killer T-cell
proliferation
B. Chronic circulating cortisol and catecholamines binding to leukocyte receptors,
suppressing natural killer cell activity and pro-inflammatory cytokine regulation
C. Increased production of red blood cells via enhanced erythropoietin secretion
D. Rapid regeneration of thymic tissue yielding excessive naive lymphocytes
CORRECT ANSWER : B
Rationale: Persistent HPA axis activation floods the bloodstream with cortisol and
catecholamines, which blunt lymphocyte proliferation, suppress natural killer cell cytotoxicity,
and dysregulate cytokine cascades. Parasympathetic activation and increased red blood cells do
not drive this immunodepressive profile.
5. A patient with generalized anxiety is taught progressive muscle relaxation (PMR) to counteract
the physiological manifestations of stress. What is the fundamental physiological rationale for
utilizing PMR as an active coping intervention?
A. It permanently destroys motor nerve endings in skeletal muscle groups
B. It trains the individual to consciously discriminate between muscular tension and
relaxation, leveraging the neuromuscular feedback loop to reduce sympathetic arousal
C. It increases core body temperature through shivering thermogenesis
D. It forces the heart into persistent ventricular tachycardia to reset cardiac pacing
CORRECT ANSWER : B
Rationale: PMR relies on systematic tension and release of muscle groups to heighten
proprioceptive awareness of muscle tone, subsequently signaling the central nervous system to
reduce sympathetic outflow. It preserves nerve integrity and does not induce hyperthermia or
tachycardia.
6. In assessing the impact of daily hassles versus major life events on psychological well-being, a
researcher finds that daily micro-stressors are more robustly correlated with somatic illness
symptoms. What underlying theoretical concept explains this finding?
A. Daily hassles involve high-magnitude financial transactions that bankrupt immune systems
instantly
B. Cumulative wear and tear (allostatic load) resulting from continuous, unremitting
micro-stressors without adequate recovery periods
Edition by Jerrold Greenberg EXAM with Questions and
Answers/Plus a Rationale Updated 2026 A+/Instant
Download PDF
EXAM COVERAGE
1. Scientific Foundations and Physiological Mechanics of the Stress Response
2. Psychoneuroimmunology and Stress-Induced Pathology
3. Cognitive Appraisals, Coping Strategies, and Behavioral Modification
4. Relaxation Techniques, Mindfulness, and Autonomic Regulation
1. A corporate executive experiencing chronic professional burnout exhibits elevated resting
cortisol levels, hypertension, and abdominal adiposity. According to Selye's General Adaptation
Syndrome, which specific phase of stress adaptation is this individual currently manifesting, and
what underlying physiological mechanism accounts for the chronic symptoms?
A. The alarm reaction phase, characterized by immediate sympathetic nervous system
catecholamine release and transient vasoconstriction
B. The exhaustion phase, where prolonged glucocorticoid exposure leads to organ system
breakdown, immune suppression, and metabolic dysregulation
C. The resistance phase, marked by successful physiological adaptation and complete
homeostasis restoration without pathological sequelae
D. The recovery phase, characterized by parasympathetic rebound and normalization of baseline
endocrine functioning
CORRECT ANSWER : B
Rationale: Chronic activation without adequate recovery leads to the exhaustion phase, wherein
depleted energy reserves and sustained cortisol exposure cause systemic tissue breakdown,
hypertension, and visceral fat accumulation. The alarm reaction is acute and short-lived, while
successful resistance prevents immediate collapse.
,2. A clinical psychologist is evaluating a patient who presents with chronic anxiety and irritable
bowel syndrome following a prolonged period of occupational stress. Which specific
neuroendocrine pathway is primarily responsible for bridging chronic psychosocial stressors with
gastrointestinal dysfunction via the gut-brain axis?
A. The somatotypic motor pathway controlling skeletal muscle contraction
B. The hypothalamic-pituitary-adrenal (HPA) axis and autonomic nervous system
(sympathetic overactivation altering gut motility and permeability)
C. The primary visual cortex pathway regulating peripheral retinal adaptation
D. The somatic reflex arc mediating patellar tendon extensions
CORRECT ANSWER : B
Rationale: The HPA axis and sympathetic nervous system heavily modulate gastrointestinal
blood flow, motility, and mucosal permeability, directly linking chronic stress to functional
bowel disorders. Motor pathways control voluntary movement, while visual and spinal reflexes
do not govern visceral stress responses.
3. During a stress management workshop, a health educator introduces Lazarus and Folkman’s
transactional model of stress. A participant notes that two people facing the exact same financial
audit experience completely different stress levels. Which component of the transactional model
best accounts for this discrepancy?
A. The objective magnitude of the financial audit evaluated through universal monetary
standards
B. Primary and secondary cognitive appraisals, where individuals evaluate the threat
significance and their perceived coping resources respectively
C. Genetic variations in skeletal muscle mass and bone density
D. The absolute ambient room temperature during the audit notification
CORRECT ANSWER : B
Rationale: Lazarus and Folkman emphasize that stress is a dynamic product of cognitive
appraisal: primary appraisal determines if an event is threatening, and secondary appraisal
assesses one's coping options. Objective monetary values or physical traits do not dictate the
psychological stress experience.
4. A health psychologist is designing an intervention to boost immune function in cancer caregivers
experiencing chronic distress. Which psychoneuroimmunological mechanism explains how
chronic psychosocial stress directly impairs immune competence over time?
, A. Sustained elevation of parasympathetic acetylcholine leading to enhanced killer T-cell
proliferation
B. Chronic circulating cortisol and catecholamines binding to leukocyte receptors,
suppressing natural killer cell activity and pro-inflammatory cytokine regulation
C. Increased production of red blood cells via enhanced erythropoietin secretion
D. Rapid regeneration of thymic tissue yielding excessive naive lymphocytes
CORRECT ANSWER : B
Rationale: Persistent HPA axis activation floods the bloodstream with cortisol and
catecholamines, which blunt lymphocyte proliferation, suppress natural killer cell cytotoxicity,
and dysregulate cytokine cascades. Parasympathetic activation and increased red blood cells do
not drive this immunodepressive profile.
5. A patient with generalized anxiety is taught progressive muscle relaxation (PMR) to counteract
the physiological manifestations of stress. What is the fundamental physiological rationale for
utilizing PMR as an active coping intervention?
A. It permanently destroys motor nerve endings in skeletal muscle groups
B. It trains the individual to consciously discriminate between muscular tension and
relaxation, leveraging the neuromuscular feedback loop to reduce sympathetic arousal
C. It increases core body temperature through shivering thermogenesis
D. It forces the heart into persistent ventricular tachycardia to reset cardiac pacing
CORRECT ANSWER : B
Rationale: PMR relies on systematic tension and release of muscle groups to heighten
proprioceptive awareness of muscle tone, subsequently signaling the central nervous system to
reduce sympathetic outflow. It preserves nerve integrity and does not induce hyperthermia or
tachycardia.
6. In assessing the impact of daily hassles versus major life events on psychological well-being, a
researcher finds that daily micro-stressors are more robustly correlated with somatic illness
symptoms. What underlying theoretical concept explains this finding?
A. Daily hassles involve high-magnitude financial transactions that bankrupt immune systems
instantly
B. Cumulative wear and tear (allostatic load) resulting from continuous, unremitting
micro-stressors without adequate recovery periods
