When walking on icy surfaces, which strategy helps prevent slipping?

When walking on icy surfaces, which strategy helps prevent slipping?

• A. Longer, faster steps
• B. Wider steps with more acceleration only
• C. Short and slow steps
• D. Maximal push-off

Answer: (C)

On icy surfaces, grip is limited, so the priority is to minimize horizontal forces and keep your center of gravity well supported by your feet. Taking short and slow steps reduces the push-off you need to move forward, which lowers the friction demand your feet must supply and helps keep your weight over the base of support. This controlled, low-energy walking pattern also lowers the peak momentum you generate with each step, making it easier to prevent a slip if the surface can’t provide much traction. Longer, faster steps demand more friction to propel you and create larger horizontal impulses, increasing the chance of breaking traction. A strategy that relies on wide steps with rapid acceleration can also destabilize you because the body can move outside the stable base before you can reestablish balance. Maximal push-off similarly produces large forward thrust that ice can’t resist, risking a slip. So moving with small, deliberate steps keeps you steadier and more controllable when traction is scarce.

On icy surfaces, grip is limited, so the priority is to minimize horizontal forces and keep your center of gravity well supported by your feet. Taking short and slow steps reduces the push-off you need to move forward, which lowers the friction demand your feet must supply and helps keep your weight over the base of support. This controlled, low-energy walking pattern also lowers the peak momentum you generate with each step, making it easier to prevent a slip if the surface can’t provide much traction.

Longer, faster steps demand more friction to propel you and create larger horizontal impulses, increasing the chance of breaking traction. A strategy that relies on wide steps with rapid acceleration can also destabilize you because the body can move outside the stable base before you can reestablish balance. Maximal push-off similarly produces large forward thrust that ice can’t resist, risking a slip. So moving with small, deliberate steps keeps you steadier and more controllable when traction is scarce.