A higher bike saddle leads to which of the following regarding hamstring muscle work?

A higher bike saddle leads to which of the following regarding hamstring muscle work?

• A. Decreased work on the hamstrings
• B. Increased work on the hamstrings
• C. No change in hamstring work
• D. Excessive work on the hamstrings

Answer: (B)

Raising the bike saddle tends to increase the workload of the hamstrings during cycling. When the saddle height is elevated, the leg has to extend further during the pedal stroke, which can engage the hamstrings more significantly in assisting with the upward motion of the pedal cycle. This is because an increased saddle height changes the mechanics of the pedal stroke, often requiring the hamstrings to work harder to flex the knee as the leg moves through the cycling motion. This increased engagement can lead to a higher degree of muscle work as the hamstrings help in both stabilizing the pelvis and powering through the pedal cycle. Therefore, the correct answer reflects the relationship between saddle height and the increased demand placed on the hamstrings during cycling activity.

Raising the bike saddle tends to increase the workload of the hamstrings during cycling. When the saddle height is elevated, the leg has to extend further during the pedal stroke, which can engage the hamstrings more significantly in assisting with the upward motion of the pedal cycle. This is because an increased saddle height changes the mechanics of the pedal stroke, often requiring the hamstrings to work harder to flex the knee as the leg moves through the cycling motion. This increased engagement can lead to a higher degree of muscle work as the hamstrings help in both stabilizing the pelvis and powering through the pedal cycle. Therefore, the correct answer reflects the relationship between saddle height and the increased demand placed on the hamstrings during cycling activity.