Pass the NASM Personal Trainer CPT Questions and answers with ExamsMirror

The two-leg floor bridge is designed to activate the gluteals and hamstrings while keeping the lumbar spine neutral. The NASM CPT7 Study Guide cautions against overextending the hips, which causes excessive lumbar extension and can shift emphasis away from the glutes to the lower back.

Heels should be on the floor with feet hip-width apart, not together. Pointing toes up (Option A) is more relevant to hamstring isolation work. Relaxing the glutes (Option D) contradicts the purpose of the exercise. Therefore, the correct cue is “Avoid raising the hips too far off the floor.”

NASM’s plyometric training progressions and regressions are based on the force and stability demands of an exercise. A box jump-up with stabilization requires explosive concentric force to jump vertically onto a platform, followed by an isometric hold. A box jump-down with stabilization removes the explosive vertical propulsion requirement and instead focuses on eccentric force absorption and landing mechanics, which generally reduces intensity.

Horizontal jumps, squat jumps, and transverse jumps with stabilization typically demand more power output or multi-planar coordination than a controlled step/landing from a box. Thus, among the listed choices, the box jump-down with stabilization is the regression because it lowers concentric demand while still training landing control and joint stabilization—making it safer for clients not yet ready for the more intense jump-up variations.

The ATP-PC (adenosine triphosphate–phosphocreatine) system is the body’s fastest method for regenerating ATP and is dominant during high-intensity, short-duration activities lasting about 10–15 seconds. NASM’s bioenergetics section notes: “Example exercises that predominately use the ATP-PC system include short sprints, Olympic weightlifting, jumping, and plyometrics.” Sprinting fits perfectly because it requires maximum muscular power output in a short time frame. Aerobics, circuit training, and marathons rely much more heavily on glycolytic or oxidative energy systems due to their longer duration and lower relative intensity. Thus, sprinting is the exercise in this list that predominantly uses the ATP-PC system.

NASM uses the SMART goal framework—Specific, Measurable, Attainable, Realistic, Timely—to help clients set effective goals. The statement “I want to be in better shape in 1 month” is vague because “better shape” is not defined or measurable.

By contrast, the other goals: losing 8 pounds in 1 month (Option A), running a 5K in 1 month (Option B), and going to the gym three times a week for 1 month (Option C) are more specific and measurable. The trainer should clarify vague goals by asking probing questions to define what “better shape” means to the client (e.g., improved strength, endurance, weight loss). Therefore, the goal requiring clarification is Option D.

Proper running form requires maintaining neutral alignment of the lower extremities to optimize stride efficiency and reduce injury risk. The NASM CPT7 Study Guide emphasizes the importance of joint alignment and tracking, particularly keeping the knees aligned with the toes during dynamic movement.

“Lean forward slightly during deceleration” (Option A) may apply in certain braking mechanics but is not a standard form cue for general running. “Head should move into extension” (Option C) would disrupt postural alignment and breathing efficiency. “Ankles should be plantar flexed” (Option D) applies only at specific phases of sprinting push-off, not as a general form cue. Therefore, the most universally applicable and safe auditory cue is “Keep the knees straight ahead.”

For clients in Stage 2 cardiorespiratory training, the NASM CPT7 Study Guide prescribes alternating between a moderate-intensity base pace and brief intervals at a higher intensity. Specifically, the recommended method is to maintain the starting pace for approximately 3 minutes, followed by a 1-minute increase in intensity (e.g., faster speed or steeper incline), then returning to the base pace. This interval pattern is repeated for the duration of the session. The purpose is to introduce higher-intensity work without overwhelming the client, helping to develop aerobic efficiency and the ability to recover quickly between bouts of harder work .

A split-routine training system involves working different muscle groups on different days. The NASM CPT7 Study Guide describes this as an effective approach for clients training multiple times per week who want to increase training volume for specific muscle groups.

In the example, the trainer sees the client three days per week and trains two muscle groups per day—a textbook split routine (e.g., chest/triceps on day one, back/biceps on day two, legs/shoulders on day three).

By contrast:

Superset alternates two exercises with minimal rest.

Pyramid changes the weight and reps across sets.

Circuit training involves moving quickly between exercises targeting different muscle groups in sequence.

Therefore, the system described is split-routine.

NASM emphasizes that carbohydrates are the body’s primary and preferred source of energy for muscular exertion, especially during high-intensity exercise. The Study Guide notes: “Carbohydrates in the diet are broken down into glucose, which can produce ATP quickly via the process of glycolysis.” This rapid energy production is critical for resistance training, sprinting, and other activities requiring quick bursts of effort. While fats are a major fuel during lower-intensity, longer-duration exercise, and protein can be used during prolonged energy deficits, neither is as readily available or efficient as carbohydrates for muscular work. Water is not a macronutrient providing energy—it’s essential for hydration and metabolic processes but doesn’t yield calories. Because muscular exertion often demands immediate ATP, carbohydrates, via stored glycogen and blood glucose, are the key macronutrient fueling these activities.

NASM’s behavioral coaching guidelines emphasize using open-ended questions to build rapport, gather detailed client information, and promote self-reflection—especially for clients with a history of inconsistent exercise adherence. Open-ended questions cannot be answered with a simple “yes” or “no”; instead, they invite the client to elaborate on challenges, preferences, motivations, and barriers. Examples include: “What challenges have you faced in maintaining a workout routine?” or “How might you fit exercise into your current schedule?” This approach supports motivational interviewing, a coaching style NASM endorses for improving intrinsic motivation and self-efficacy. Closed-ended questions limit dialogue, and while educating about time management or the OPT model is valuable, it doesn’t first address the psychological and behavioral aspects that influence adherence. By starting with open-ended questions, the trainer can tailor solutions that resonate with the client’s personal circumstances and goals.