In a hook grip, where is the thumb positioned? A. Extended alongside the fingers in a relaxed position B. Wrapped around the bar outside of the fingers C. Positioned under the index and middle fingers with the fingers wrapped over it Answer in the poll, then explain your rationale below in the comments! I'll follow up with my breakdown of the question after enough people have responded. From Chapter 15: Exercise Technique for Free-Weight and Machine Training DCO Code: 4.C1

In a neutral grip, how are the knuckles and palms positioned? A. Knuckles point forward and palms face downward B. Knuckles point upward and palms face upward C. Knuckles point laterally with palms facing each other, like a handshake Answer in the poll, then explain your rationale below in the comments! I'll follow up with my breakdown of the question after enough people have responded. From Chapter 15: Exercise Technique for Free-Weight and Machine Training DCO Code: 4.C1 NOTE: Image is for illustration purposes, not needed to answer the question.

SCENARIO: A basketball coach wants to incorporate dynamic stretching into the pre-practice warm-up. Which exercise BEST exemplifies dynamic stretching's purpose to mimic sport-specific movement requirements? A. Ballistic bouncing at the end-range of a stretch B. Slow static hold of toe touch for 30 seconds C. Inchworm or walking knee lift drills that progress through knee flexion over distance, mimicking the movement patterns and ROM requirements of basketball footwork and acceleration Answer in the poll, then explain your rationale below in the comments! I'll follow up with my breakdown of the question after enough people have responded. From Chapter 14: Warm-Up and Flexibility Training DCO Code: 4.F1 NOTE: Image is for illustration purposes, not needed to answer the question.

SCENARIO: An athlete completes 5 sets of 5 reps with 300 lbs in 20 minutes. Another athlete completes the same 5×5 with 300 lbs in 35 minutes. Assuming identical range of motion, which athlete developed greater power output, and what does this imply for program structure? A. The first athlete developed greater power because the same work was completed in less time; program structure must account for rest periods and pace to optimize power B. Both developed equal power because work and load are identical C. The second athlete developed greater power due to longer time under tension Answer in the poll, then explain your rationale below in the comments! I'll follow up with my breakdown of the question after enough people have responded. From Chapter 2: Biomechanics of Resistance Exercise DCO Code: 1.C2 NOTE: Image is for illustration purposes, not needed to answer the question.

The Frank-Starling mechanism explains why aerobic exercise increases stroke volume. Which physiological principle underlies this mechanism? A. increased venous return stretches myocardial fibers, resulting in a more forceful contraction and greater systolic ejection B. sympathetic stimulation decreases the contractility of the heart during exercise C. aerobic training reduces the elasticity of the ventricular walls, allowing greater filling Answer in the poll, then explain your rationale below in the comments! I'll follow up with my breakdown of the question after enough people have responded. From Chapter 6: Adaptations to Aerobic Endurance Training Programs DCO Code: 1.E2 NOTE: Image is for illustration purposes, not needed to answer the question.