Free ACSM-EP sample questions

Real questions from the ACSM Certified Exercise Physiologist practice bank, with the correct answer and an explanation for each one. No junk, no filler.

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Showing 6 of 12 free sample questions.

Question 1Choose one

During a resting blood pressure assessment, an Exercise Physiologist inflates the sphygmomanometer cuff to 160 mm Hg and then deflates the cuff at a rapid rate of approximately 10 mm Hg per second. How will this rapid deflation rate most likely affect the accuracy of the blood pressure reading?

Question 2Choose one

A 50-year-old female client (Weight: 70 kg) is performing the YMCA cycle ergometer submaximal test to estimate her cardiorespiratory fitness. During Stage 2 (Work rate: 450 kg·m·min-1), her steady-state heart rate is 115 bpm. During Stage 3 (Work rate: 600 kg·m·min-1), her steady-state heart rate reaches 135 bpm. Her age-predicted maximal heart rate is 170 bpm. Based on the physiological principles of submaximal testing and the heart rate responses collected so far, which of the following is the MOST appropriate next step for the Exercise Physiologist?

Question 3Choose 3

An Exercise Physiologist is preparing to conduct a 3-site skinfold assessment on a 28-year-old female client to estimate body density using the Jackson-Pollock generalized equations. Which of the following anatomical sites MUST be measured for this specific protocol? (Select THREE)

Question 4Choose one

During a functional movement assessment, a client performs a lateral lunge. Which anatomical plane does the primary joint movement (hip abduction and adduction) occur in during this exercise?

Question 5Choose one

A client with medically controlled hypertension is taking a prescribed beta-blocker medication. How will this specific class of medication alter the expected physiological response during a submaximal treadmill exercise test?

Question 6Choose one

A 55-year-old male provides his recent fasting lipid panel results prior to beginning an exercise program: Total Cholesterol = 215 mg/dL, LDL-C = 145 mg/dL, HDL-C = 35 mg/dL, Triglycerides = 180 mg/dL. Based on the National Cholesterol Education Program (NCEP) ATP guidelines, how should the Exercise Physiologist classify this client's lipid profile?

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