Question

NEED TO COMPARE MY SOLUTION 2 YOURS.

D driver of a car on a horizontal road applies d brakes and d car starts sliding on d road.D Coefficient of kinetic friction between tires and road is 0.42.D distance between the front and rear axles is 3.2m and d center of mass of d car + driver is located in d middle between the axles and 65cm above d road.

a)Find d deceleration of d car when only d front wheels lock,and when all 4 wheels lock.

b) When all 4 wheels lock, find the normal force on each front wheel,and the normal force on each rear wheel, assuming a weight of the car +driver=1200kg. NO atrakes and d car starts sliding on d road.D Coefficient of kinetic friction between tires and road is 0.42.D distance between the front and rear axles is 3.2m and d center of mass of d car + driver is located in d middle between the axles and 65cm above d road.

a)Find d deceleration of d car when only d front wheels lock,and when all 4 wheels lock.

b) When all 4 wheels lock, find the normal force on each front wheel,and the normal force on each rear wheel, assuming a weight of the car +driver=1200kg. @