nt 1 'e is mounted on a wheel whose axle is locked he tire cannot roll on the road . The axle veights to a total mass of 500 kg (axle plus the load the tire would e during normal use. A light rope pulls 1d tire ) to simulate lly on the axle . During the experiment , the until the tire rotating .Once the rope is steadily increased 3 skid along the road without starts to skid , the dragging nurn needed to maintain force is reduced to a steady speed . shows the pulling force versus time data for a tent made on a dry road . 34 . In Experiment the tire A) a nonzero force . B) a nonzero force . C ) increasing D ) constant 1, the acceleration of the hub of during the first 4 sis: constant in the direction of the frictional constant in the direction of the pulling steadily as the pulling force increases and zero