Page 1 of 93
NCSF CPT FINAL EXAM QUESTIONS NEWEST
UPDATED EXAM 2026 SOLVED QUESTIONS &
ANSWERS VERIFIED 100% GRADED A+ (LATEST
VERSION)
Increased blood flow to working muscles during a training session creates
which of the following immediate effects during the workout?
a.Acute increases in muscle size
b.Increased protein synthesis
c.Increased gluconeogenesis
d.Decreased myostatin
a.Acute increases in muscle size
(a) - An influx of blood flow into working muscles gives the appearance of increased
size via an acute "pump" action. Some supplements such as nitric oxide seek to
increase this action as a vasodilator. All other adaptations or changes such as
protein synthesis occur in the recovery period following the workout.
24.What has the greatest impact on relative hormonal response during
exercise?
a.participant Level of fitness
b.duration of exercise
c.intensity of exercise
d.age of participant
c.intensity of exercise
, Page 2 of 93
c) - Intensity predicts the stress and metabolic demands of the body, consequentially
triggering hormones to manage the internal condition. The higher the intensity of
exercise, the more dramatic the hormone response to address the stress and energy
demands. The more experienced the exerciser to the training environment the more
adapted the hormone system will be to manage the stress. Chronological age does
affect hormone response, but not to the extent of the prior.
What causes the protein-sparing mechanism to shut off during exercise?
a.high amino acid concentration in the blood
b.inadequate iron in the diet
c.creatine phosphate build-up in the cell
d.inadequate carbohydrate
d.inadequate carbohydrate
d) - Protein sparing occurs when adequate fuel is available and blood glucose levels
can be maintained. When inadequate calories create low glycogen stores, with
subsequent inadequate blood glucose, the body responds by sparing glycogen.
Therefore, exercise with inadequate carbohydrates will cause protein catabolism to
fuel ongoing physical activities.
Besides differences in muscle mass and strength capabilities, why do females
have lower cardiac outputs compared to males?
a.higher relative body fat
b.increased water retention
c.loss of blood from menstruation
d.smaller relative heart size
d.smaller relative heart size
(d) - Females have disadvantages for high VO2max values compared to men. They
have smaller hearts relative to their size, which lowers oxygen delivery due to
reduced cardiac output and less relative muscle mass which reduces capabilities for
oxygen extraction. However, females do have capacities to improve with training
similar to males, but not to the same peak levels.
, Page 3 of 93
To optimize aerobic capacity the body increases oxygen delivery and
extraction by adding:
a.slow-twitch muscle fibers
b.muscle fasciculus
c.capillaries
d.valves in the heart
c.capillaries
(c) - The body does not have the ability to add muscles and valves but can increase
capillary density in a process called angiogenesis. Adding capillaries increases
oxygen delivery to muscles and improves the diffusion of gases and nutrients.
Additionally, the body adds mitochondria to process the energy to improve aerobic
fitness.
Floor to overhead reaching with a medicine ball would challenge
_____________ to the greatest degree?
a.Spinal rotation
b.Spinal flexion
c.Spinal extension
d.Spinal lateral flexion
c.Spinal extension
(c) - Floor to overhead reaching would enhance spinal extension resistance and
improve thoracic spine range of motion due to the movement pattern employed. The
incorporation of the medicine ball in the reach enhances kinetic chain requirements.
Which system of the body has the greatest adaptation rate when exposed to a
new training stimulus?
a.nervous system
b.cardiovascular system
c.endocrine system
d.digestive system
, Page 4 of 93
a.nervous system
(a) - The nervous system has the fastest adaptation rate. As an extension of the
brain, its motor "learning" capabilities are significant. Rapid increases in movement
performance or strength are commonly seen among untrained individuals within 3-5
weeks. This early adaptation process to training is the body's response to finding the
most efficient way to manage a stress while exerting the least amount of energy.
Improvements in the nervous system will promote increases in motor unit firing rates,
recruitment, and synchronicity within the musculature being targeted
Delayed-onset muscle soreness generally appears:
a.30-60 minutes after a training session starts
b.1-3 hours after a training session ends
c.24-48 hours after a training session ends
d.3-days after a training session ends
c.24-48 hours after a training session ends
(c) - Delayed-onset muscle soreness (DOMS) generally occurs 24-48 hours after a
training session. DOMS is an inflammatory response that is believed to be caused by
micro-tears in the muscle tissue caused by repeated contractions. Eccentric work is
specifically known to elicit a DOMS response since the muscle tissue is forced to
contract while it is lengthening, and can produce more force. A common
misconception is that lactic acid causes DOMS; however, it should be recalled that
lactic acid is a byproduct of glycolysis and is used as fuel. Increasing blood flow and
oxygen to sore tissues seems to help relieve symptoms.
The liver and skeletal muscle are primary storage sites for which of the
following?
a.Branched-chain amino acids
b.Glucose
c.Glycogen
d.Visceral fat
NCSF CPT FINAL EXAM QUESTIONS NEWEST
UPDATED EXAM 2026 SOLVED QUESTIONS &
ANSWERS VERIFIED 100% GRADED A+ (LATEST
VERSION)
Increased blood flow to working muscles during a training session creates
which of the following immediate effects during the workout?
a.Acute increases in muscle size
b.Increased protein synthesis
c.Increased gluconeogenesis
d.Decreased myostatin
a.Acute increases in muscle size
(a) - An influx of blood flow into working muscles gives the appearance of increased
size via an acute "pump" action. Some supplements such as nitric oxide seek to
increase this action as a vasodilator. All other adaptations or changes such as
protein synthesis occur in the recovery period following the workout.
24.What has the greatest impact on relative hormonal response during
exercise?
a.participant Level of fitness
b.duration of exercise
c.intensity of exercise
d.age of participant
c.intensity of exercise
, Page 2 of 93
c) - Intensity predicts the stress and metabolic demands of the body, consequentially
triggering hormones to manage the internal condition. The higher the intensity of
exercise, the more dramatic the hormone response to address the stress and energy
demands. The more experienced the exerciser to the training environment the more
adapted the hormone system will be to manage the stress. Chronological age does
affect hormone response, but not to the extent of the prior.
What causes the protein-sparing mechanism to shut off during exercise?
a.high amino acid concentration in the blood
b.inadequate iron in the diet
c.creatine phosphate build-up in the cell
d.inadequate carbohydrate
d.inadequate carbohydrate
d) - Protein sparing occurs when adequate fuel is available and blood glucose levels
can be maintained. When inadequate calories create low glycogen stores, with
subsequent inadequate blood glucose, the body responds by sparing glycogen.
Therefore, exercise with inadequate carbohydrates will cause protein catabolism to
fuel ongoing physical activities.
Besides differences in muscle mass and strength capabilities, why do females
have lower cardiac outputs compared to males?
a.higher relative body fat
b.increased water retention
c.loss of blood from menstruation
d.smaller relative heart size
d.smaller relative heart size
(d) - Females have disadvantages for high VO2max values compared to men. They
have smaller hearts relative to their size, which lowers oxygen delivery due to
reduced cardiac output and less relative muscle mass which reduces capabilities for
oxygen extraction. However, females do have capacities to improve with training
similar to males, but not to the same peak levels.
, Page 3 of 93
To optimize aerobic capacity the body increases oxygen delivery and
extraction by adding:
a.slow-twitch muscle fibers
b.muscle fasciculus
c.capillaries
d.valves in the heart
c.capillaries
(c) - The body does not have the ability to add muscles and valves but can increase
capillary density in a process called angiogenesis. Adding capillaries increases
oxygen delivery to muscles and improves the diffusion of gases and nutrients.
Additionally, the body adds mitochondria to process the energy to improve aerobic
fitness.
Floor to overhead reaching with a medicine ball would challenge
_____________ to the greatest degree?
a.Spinal rotation
b.Spinal flexion
c.Spinal extension
d.Spinal lateral flexion
c.Spinal extension
(c) - Floor to overhead reaching would enhance spinal extension resistance and
improve thoracic spine range of motion due to the movement pattern employed. The
incorporation of the medicine ball in the reach enhances kinetic chain requirements.
Which system of the body has the greatest adaptation rate when exposed to a
new training stimulus?
a.nervous system
b.cardiovascular system
c.endocrine system
d.digestive system
, Page 4 of 93
a.nervous system
(a) - The nervous system has the fastest adaptation rate. As an extension of the
brain, its motor "learning" capabilities are significant. Rapid increases in movement
performance or strength are commonly seen among untrained individuals within 3-5
weeks. This early adaptation process to training is the body's response to finding the
most efficient way to manage a stress while exerting the least amount of energy.
Improvements in the nervous system will promote increases in motor unit firing rates,
recruitment, and synchronicity within the musculature being targeted
Delayed-onset muscle soreness generally appears:
a.30-60 minutes after a training session starts
b.1-3 hours after a training session ends
c.24-48 hours after a training session ends
d.3-days after a training session ends
c.24-48 hours after a training session ends
(c) - Delayed-onset muscle soreness (DOMS) generally occurs 24-48 hours after a
training session. DOMS is an inflammatory response that is believed to be caused by
micro-tears in the muscle tissue caused by repeated contractions. Eccentric work is
specifically known to elicit a DOMS response since the muscle tissue is forced to
contract while it is lengthening, and can produce more force. A common
misconception is that lactic acid causes DOMS; however, it should be recalled that
lactic acid is a byproduct of glycolysis and is used as fuel. Increasing blood flow and
oxygen to sore tissues seems to help relieve symptoms.
The liver and skeletal muscle are primary storage sites for which of the
following?
a.Branched-chain amino acids
b.Glucose
c.Glycogen
d.Visceral fat
