CONSIDER_A_CAR_MOVING_ALONG_A_STRAIGHT_HORIZONTAL_ROAD_WITH_A_SPEED_OF_72KM/H._IF_THE_COEFFICIENT_OF_STATIC_FRICTION_BETWEEN_THE_TYRES_AND_THE_ROAD_IS_0.5,_THE_SHORTEST_DISTANCE_IN_WHICH_THE_CAR_CAN_BE_STOPPED_IS_(G=10M/S2)?$

CONSIDER_A_CAR_MOVING_ALONG_A_STRAIGHT_HORIZONTAL_ROAD_WITH_A_SPEED_OF

1.	CONSIDER_A_CAR_MOVING_ALONG_A_STRAIGHT_HORIZONTAL_ROAD_WITH_A_SPEED_OF_72KM/H._IF_THE_COEFFICIENT_OF_STATIC_FRICTION_BETWEEN_THE_TYRES_AND_THE_ROAD_IS_0.5,_THE_SHORTEST_DISTANCE_IN_WHICH_THE_CAR_CAN_BE_STOPPED_IS_(G=10M/S²)?$
A.	30m
B.	40m
C.	72m
D.	20m
Answer» C. 72m

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CONSIDER_A_CAR_MOVING_ALONG_A_STRAIGHT_HORIZONTAL_ROAD_WITH_A_SPEED_OF_72KM/H._IF_THE_COEFFICIENT_OF_STATIC_FRICTION_BETWEEN_THE_TYRES_AND_THE_ROAD_IS_0.5,_THE_SHORTEST_DISTANCE_IN_WHICH_THE_CAR_CAN_BE_STOPPED_IS_(G=10M/S2)?$

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CONSIDER_A_CAR_MOVING_ALONG_A_STRAIGHT_HORIZONTAL_ROAD_WITH_A_SPEED_OF_72KM/H._IF_THE_COEFFICIENT_OF_STATIC_FRICTION_BETWEEN_THE_TYRES_AND_THE_ROAD_IS_0.5,_THE_SHORTEST_DISTANCE_IN_WHICH_THE_CAR_CAN_BE_STOPPED_IS_(G=10M/S²)?$