A row of milk cartons are lined up with masses of 0.280 kg, 0.550 kg and 1.08 kg. The milk cartons are then pushed forward by a 8.80 N force applied to the 0.280 kg milk carton. If the counter is frictionless, how much force does the 0.550 kg milk carton exert on the 0.280 kg milk carton?

A row of blocks are lined up with masses of 1.26 kg, 2.16 kg and 4.34 kg. The masses are then pushed forward by a 19.3 N force applied to the 1.26 kg block. If the table is frictionless, how much force does the 2.16 kg block exert on the 4.34 kg block? 1.74 N 5.37 N 0.868 N 10.8 N

frictionless cart A of mass 100 kg carries other two frictionless carts B and C having masses 8 kg and 4 kg respectively connected by a string passing over a pulley as shown in the figure. What horizontal force F must be applied on the cart so that smaller carts do not move relative to it ? (Take : g = 10 m/s2)

A 10 kg box is on a concrete floor. You first push it with 2 N and the box does not move. Then you increase your force to 8 N and still the box does not move. Finally you apply 10.5 N and the box starts sliding on the floor. How much is the force of friction in each one of these cases, respectively. Group of answer choicesless than 2N, less than 8N, less than 10.5Nmore than 2N, more than 8N, 10.5N2N, 8N, less than 10.5N2N, 8N, 10.5Nmore than 2N, more that 8N, less than 10.5N

YouA block of mass 2.0kg is placed on a trolley of mass 5.0kg, moving horizontally. A force of 8.0Nis applied to the block which slides on the surface of the trolley. The frictional force between thetrolley and the ground is zero.The trolley accelerates at a rate of 1.0ms 2. What is the coefficient of dynamic friction between theblock and the trolley?A. 0.05B.0.15C. 0.25D. 0.35

Two carts with masses of 4.40 kg and 2.68 kg move toward each other on a frictionless track with speeds of 5.14 m/s and 3.04 m/s respectively. The carts stick together after colliding head-on. Find the final speed.