Braking skid results in what observation?

Braking skid results in what observation?

• A. Wheel lockup
• B. Improved traction
• C. No change in wheel rotation
• D. Immediate acceleration

Answer: (A)

Braking skid happens when the braking force is greater than what the tire can grip on the road. When that limit is exceeded, the wheel stops rotating freely and locks up, causing the tire to slide instead of roll. That loss of rolling grip is what you observe as a wheel lock during a skid, and it severely reduces braking effectiveness and makes steering harder. If you have an anti-lock braking system, it prevents this lock by rapidly modulating brake pressure to keep the wheel turning; without ABS, lockup is more likely. This isn’t about gaining traction, and you wouldn’t see no change in wheel rotation or immediate acceleration when braking hard.

Braking skid happens when the braking force is greater than what the tire can grip on the road. When that limit is exceeded, the wheel stops rotating freely and locks up, causing the tire to slide instead of roll. That loss of rolling grip is what you observe as a wheel lock during a skid, and it severely reduces braking effectiveness and makes steering harder. If you have an anti-lock braking system, it prevents this lock by rapidly modulating brake pressure to keep the wheel turning; without ABS, lockup is more likely. This isn’t about gaining traction, and you wouldn’t see no change in wheel rotation or immediate acceleration when braking hard.