A car moving at 20m/s along a horizontal road has its brakes suddenly applied and eventually...

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A car moving at 20m/s along a horizontal road has its brakes suddenly applied and eventually comes to rest. What is the shortest distance in which it can be stopped if the friction coefficient between tires and road is 0.90? Assume that all four wheels brake identically. 5. A. 15.8 m B. 18.9 m C. 22.7 m D. 32.2 m A car moving at 20m/s along a horizontal road has its brakes suddenly applied and eventually comes to rest. What is the shortest distance in which it can be stopped if the friction coefficient between tires and road is 0.90? Assume that all four wheels brake identically. 5. A. 15.8 m B. 18.9 m C. 22.7 m D. 32.2 m A car moving at 20m/s along a horizontal road has its brakes suddenly applied and eventually comes to rest. What is the shortest distance in which it can be stopped if the friction coefficient between tires and road is 0.90? Assume that all four wheels brake identically. 5. A. 15.8 m B. 18.9 m C. 22.7 m D. 32.2 m A car moving at 20m/s along a horizontal road has its brakes suddenly applied and eventually comes to rest. What is the shortest distance in which it can be stopped if the friction coefficient between tires and road is 0.90? Assume that all four wheels brake identically. 5. A. 15.8 m B. 18.9 m C. 22.7 m D. 32.2 m