please help with questions 127,128,129 and 130 because all of them are for one problem Base your answers to questions 121 to 123 on theinformation below.Base your answers to questions 127 through 130 onthe following information and diagram.A force of 10. newtons toward the right is exertedon a wooden crate initially moving to the right ona horizontal wooden floor. The crate weighs 25A horizontal force is used to pull a 5.0-kilogram cartat a constant speed of 5.0 meters per second acrossthe floor. The force of friction between the cart andthe floor is 10. newtons.newtons.V = 5.0 m/s121. Calculate the magnitude of the force of frictionbetween the crate and the floor.Horizontal force5.0 kg122. What is the magnitude of the net force actingon the crate?Floor123. Is the crate accelerating? Explain your answer.127. What is the magnitude of the horizontal forcealong the handle of the cart?124. The diagram below represents a 10.-newtonblock sliding at constant speed down aplane that makes an angle of 30.° with thehorizontal.128. Calculate the weight of the cart.129. Compare the weight of the cart to the normalforce.130. Calculate the coefficient of kinetic frictionbetween the cart and the floor.10. N131. A constant horizontal force of 5.2 newtonsis applied to a wooden block to slide it atconstant speed across a wooden table.Calculate the weight of the block.30.The magnitude of the frictional force acting onthe block is132. A wooden block is at rest on a wooden inclinedplane. As the angle the plane makes with thehorizontal is increased, the coefficient of staticfriction between the block and the plane(1) 5.0 N(2) 10. N(3) 49 N(4) 98 N125. Sand is often placed on an icy road becausethe sand(1) decreases(2) increases(3) remains the same(1) decreases the coefficient of frictionbetween the tires of a car and the road(2) increases the coefficient of friction betweenthe tires of a car and the road(3) decreases the gravitational force on a car(4) increases the normal force of a car on133. A wooden block is at rest on a wooden inclinedplane. As the angle the plane makes with thehorizontal is increased, the magnitude of theforce of static friction between the block andthe planethe road126. A 10.-kilogram rubber block is pulledhorizontally at constant velocity across a sheetof ice. Calculate the magnitude of the force offriction acting on the block.(1) decreases(2) increases(3) remains the sameMomentumThe product of an object's mass and velocity is a vector quantity called

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