NSCA CPSS Exam 2026 – Latest 200 Practice
Questions & Answers with Rationales | Complete
Certified Performance and Sport Scientist Study
Guide
SECTION 1: TRAINING THEORY AND PROCESS (50 Questions)
1. What is the principle that the energy cost of acceleration is equivalent to running at
a constant speed up an “equivalent slope”?
A) Critical speed
B) Metabolic power
C) Running economy
D) Maximum oxygen uptake
Answer: B
Rationale: Metabolic power is the principle that the energy cost of acceleration is equivalent
to running at a constant speed up an “equivalent slope.” This concept is fundamental to
understanding the energetic demands of intermittent sports and designing appropriate
training interventions.
2. What is the most appropriate equation for quantifying resistance training load?
A) Sets × Repetitions × Intensity
B) Volume load = Number of sets × Number of repetitions × Percent repetition maximum
,C) Tonnage = Repetitions × Weight lifted
D) Training impulse = Duration × Heart rate
Answer: B
Rationale: Volume load is the most appropriate equation for quantifying resistance training
load, calculated as the product of sets, repetitions, and the percentage of repetition
maximum used. This metric accounts for both the volume and intensity of resistance
training.
3. Which of the following best defines periodization?
A) Daily training session planning
B) A macro-management strategy that serves as a training blueprint, from which periods of
time are assigned that target specific skills, fitness, or performance-related factors
C) The selection of exercises for a single workout
D) The measurement of training load
Answer: B
Rationale: Periodization is a macro-management strategy that serves as a training blueprint,
from which periods of time are assigned that target specific skills, fitness, or performance-
related factors. In periodization, volume and intensity are inversely related, with 1–3 peaks
or macrocycles per year typically planned.
4. How are volume and intensity typically related in periodization?
A) Directly proportional
B) Inversely related
C) Unrelated
D) Exponentially related
Answer: B
Rationale: In periodization, volume and intensity are inversely related—as volume
,increases, intensity typically decreases, and vice versa, to manage fatigue and optimize
adaptation.
5. What is supercompensation?
A) The immediate decrease in performance following a training session
B) The period where performance rebounds above baseline following adequate recovery
C) The complete loss of training adaptations
D) The process of losing muscle mass during detraining
Answer: B
Rationale: Supercompensation is the phenomenon where performance temporarily
rebounds above baseline levels following a period of training and recovery. This principle
guides periodization and recovery strategies.
6. What syndrome is supercompensation related to?
A) Overtraining syndrome
B) General adaptation syndrome
C) Metabolic syndrome
D) Compartment syndrome
Answer: B
Rationale: Supercompensation is related to the General Adaptation Syndrome (GAS), which
describes the framework of interaction between imposed training stress, acute fatigue
response, adaptation, and a new level of homeostasis/performance.
7. Which training model describes performance as a positive fitness effect and a
negative fatigue effect that decay exponentially over time but at different rates?
A) Fitness-fatigue model
B) Dose-response model
C) Deterministic model
, D) Dynamic systems model
Answer: A
Rationale: The fitness-fatigue model posits that performance is a function of the difference
between fitness and fatigue, both of which decay exponentially over time but at different
rates.
8. What qualifies as external load?
A) The athlete’s perception of effort
B) The amount of weight lifted, distance/speed of running—what an athlete has done
C) Heart rate response
D) Blood lactate concentration
Answer: B
Rationale: External load refers to the work performed—such as the amount of weight lifted
or the distance and speed of running. It is objectively measurable and represents what the
athlete has done.
9. What is it called when an athlete has responded to an external load?
A) External load
B) Internal load
C) Training impulse
D) Volume load
Answer: B
Rationale: Internal load is the physiological and psychological response to external load
(e.g., heart rate, RPE, blood lactate). Understanding this distinction is critical for effective
load monitoring and training prescription.
10. Which of the following correctly describes the relationship between external and
internal load?
Questions & Answers with Rationales | Complete
Certified Performance and Sport Scientist Study
Guide
SECTION 1: TRAINING THEORY AND PROCESS (50 Questions)
1. What is the principle that the energy cost of acceleration is equivalent to running at
a constant speed up an “equivalent slope”?
A) Critical speed
B) Metabolic power
C) Running economy
D) Maximum oxygen uptake
Answer: B
Rationale: Metabolic power is the principle that the energy cost of acceleration is equivalent
to running at a constant speed up an “equivalent slope.” This concept is fundamental to
understanding the energetic demands of intermittent sports and designing appropriate
training interventions.
2. What is the most appropriate equation for quantifying resistance training load?
A) Sets × Repetitions × Intensity
B) Volume load = Number of sets × Number of repetitions × Percent repetition maximum
,C) Tonnage = Repetitions × Weight lifted
D) Training impulse = Duration × Heart rate
Answer: B
Rationale: Volume load is the most appropriate equation for quantifying resistance training
load, calculated as the product of sets, repetitions, and the percentage of repetition
maximum used. This metric accounts for both the volume and intensity of resistance
training.
3. Which of the following best defines periodization?
A) Daily training session planning
B) A macro-management strategy that serves as a training blueprint, from which periods of
time are assigned that target specific skills, fitness, or performance-related factors
C) The selection of exercises for a single workout
D) The measurement of training load
Answer: B
Rationale: Periodization is a macro-management strategy that serves as a training blueprint,
from which periods of time are assigned that target specific skills, fitness, or performance-
related factors. In periodization, volume and intensity are inversely related, with 1–3 peaks
or macrocycles per year typically planned.
4. How are volume and intensity typically related in periodization?
A) Directly proportional
B) Inversely related
C) Unrelated
D) Exponentially related
Answer: B
Rationale: In periodization, volume and intensity are inversely related—as volume
,increases, intensity typically decreases, and vice versa, to manage fatigue and optimize
adaptation.
5. What is supercompensation?
A) The immediate decrease in performance following a training session
B) The period where performance rebounds above baseline following adequate recovery
C) The complete loss of training adaptations
D) The process of losing muscle mass during detraining
Answer: B
Rationale: Supercompensation is the phenomenon where performance temporarily
rebounds above baseline levels following a period of training and recovery. This principle
guides periodization and recovery strategies.
6. What syndrome is supercompensation related to?
A) Overtraining syndrome
B) General adaptation syndrome
C) Metabolic syndrome
D) Compartment syndrome
Answer: B
Rationale: Supercompensation is related to the General Adaptation Syndrome (GAS), which
describes the framework of interaction between imposed training stress, acute fatigue
response, adaptation, and a new level of homeostasis/performance.
7. Which training model describes performance as a positive fitness effect and a
negative fatigue effect that decay exponentially over time but at different rates?
A) Fitness-fatigue model
B) Dose-response model
C) Deterministic model
, D) Dynamic systems model
Answer: A
Rationale: The fitness-fatigue model posits that performance is a function of the difference
between fitness and fatigue, both of which decay exponentially over time but at different
rates.
8. What qualifies as external load?
A) The athlete’s perception of effort
B) The amount of weight lifted, distance/speed of running—what an athlete has done
C) Heart rate response
D) Blood lactate concentration
Answer: B
Rationale: External load refers to the work performed—such as the amount of weight lifted
or the distance and speed of running. It is objectively measurable and represents what the
athlete has done.
9. What is it called when an athlete has responded to an external load?
A) External load
B) Internal load
C) Training impulse
D) Volume load
Answer: B
Rationale: Internal load is the physiological and psychological response to external load
(e.g., heart rate, RPE, blood lactate). Understanding this distinction is critical for effective
load monitoring and training prescription.
10. Which of the following correctly describes the relationship between external and
internal load?
