During dynamic movement, true or false: athletes may improve balance by lowering the center of gravity and widening the base of support.

During dynamic movement, true or false: athletes may improve balance by lowering the center of gravity and widening the base of support.

• A. True
• B. False
• C. It depends on the task
• D. It depends on the person

Answer: (A)

Maintaining balance during dynamic movement relies on moving the body's mass in a way that reduces tipping risk. Lowering the center of gravity moves the mass closer to the ground, which reduces the tipping moment caused by any perturbations and makes recovery easier when you land, cut, or change direction. Widening the base of support increases the area over which the center of gravity can travel before tipping, giving more room to adjust and maintain balance as you move. Together, lowering the COG and expanding the base of support enhance stability in dynamic tasks, so the statement is true. In practice, athletes often bend the knees and hips to stay lower and adopt a wider stance to absorb forces and maintain control during rapid movements.

Maintaining balance during dynamic movement relies on moving the body's mass in a way that reduces tipping risk. Lowering the center of gravity moves the mass closer to the ground, which reduces the tipping moment caused by any perturbations and makes recovery easier when you land, cut, or change direction. Widening the base of support increases the area over which the center of gravity can travel before tipping, giving more room to adjust and maintain balance as you move. Together, lowering the COG and expanding the base of support enhance stability in dynamic tasks, so the statement is true. In practice, athletes often bend the knees and hips to stay lower and adopt a wider stance to absorb forces and maintain control during rapid movements.