The driver of a 2600 kg truck travelling at 13.1 m/s along a level but icy road steps on the 21. brakes. The wheels lock and the tires skid along the icy surface for a distance of 26.2 m before coming to a stop. Calculate the coefficient of kinetic friction between the tires' surface and the ice. [0.33] Use the information below to answer question 22. An experiment was done using a spring scale attached to a 1.00 kg wooden block on a horizontal surface. The force applied on the block through the scale was gradually increased until the block started to move, at which point the applied force decreased. The following data was collected: Applied force (N) Frictional force (N) Block 2.0 Spring scale 2.0 1.00 kg 3.0 3.0 4.0 4.0 3.5 3.5 3.5 3.5 22. Use the data in the table above to determine the value for the coefficient of Can static friction. [0 41] b. kinetic friction. [0.36] 3.2.a