Which statement best describes the acute and long-term effects of static stretching?

Which statement best describes the acute and long-term effects of static stretching?

• A. Acute: Temporary decrease in maximal strength/power; long-term: ROM improves and may enhance performance when properly timed.
• B. Acute: No change; long-term: ROM unchanged.
• C. Acute: Transient decrease in maximal strength/power; long-term: ROM improves and may enhance performance when properly timed.
• D. Acute: Permanent decrease in power; Long-term: ROM unchanged.

Answer: (C)

Static stretching can affect performance differently in the short term and long term, and timing matters. In the immediate aftermath of static stretching, there is a transient drop in maximal strength and power, meaning you might perform slightly worse on explosive or high-force tasks right after stretching. Over weeks of consistent practice, static stretching reliably increases range of motion. When this longer-term gain is integrated with training in a way that doesn’t blunt performance—such as avoiding intense static stretches right before explosive activity and instead using them after workouts or on separate days—the potential for improved performance can exist. This combination of a temporary acute decrease with long-term ROM gains explains why the best description is that the acute effect is a transient decrease in strength/power, while the long-term effect is improved ROM that may enhance performance when timed properly.

Static stretching can affect performance differently in the short term and long term, and timing matters. In the immediate aftermath of static stretching, there is a transient drop in maximal strength and power, meaning you might perform slightly worse on explosive or high-force tasks right after stretching. Over weeks of consistent practice, static stretching reliably increases range of motion. When this longer-term gain is integrated with training in a way that doesn’t blunt performance—such as avoiding intense static stretches right before explosive activity and instead using them after workouts or on separate days—the potential for improved performance can exist. This combination of a temporary acute decrease with long-term ROM gains explains why the best description is that the acute effect is a transient decrease in strength/power, while the long-term effect is improved ROM that may enhance performance when timed properly.