My number in class is 31. Also you will use the new number (23.4+31) for all the questions. Ignore q16 and what it says after that Thank You in advanced!!

PART ONE: A 23.4-kg wooden crate is carefully placed on a wooden ramp that makes a 16.5-degree angle with the horizontal plane, then let go. Before you start, add your number in class to the 23.4-kg mass of the crate, and to the 16.5-degree angle of the ramp. (Q1) What is the weight of the crate? (Q2) What is the component ofthe weight of the crate that is perpendicular to the surface of the ramp? (Q3) What is the component of the weight of the crate that is parallel to the surface of the ramp? (Q4) What are the magnitude and direction of the normal force acting on the crate? (05) What would be the magnitude and direction of the force of static friction acting on the crate? (06] What would be the magnitude and direction of the force of kinetic friction acting on the crate? (Q7) Which component of the crate's weight contributes to the crate sliding down the wooden ramp? (Q8) Would the crate actually slide down the ramp; yes or no? Explain why. PART TWO: Now the crate is pulled at constant speed up the ramp by a rope of negligible mass and positioned parallel to the surface off the ramp. (Q9) What are the magnitude and direction of the tension force on the rope? PART THREE: Finally, the crate is pulled up the ramp by a 790. newton force applied on the crate at an angle of 30.8- degrees with the ramp's surface. (010) How much of the 790.- newton force acts parallel to the ramp? (Oil) How much of the 790.-newton force acts perpendicular to the ramp? (012) What is the normal force, FN'. now? (013) What is the force of friction between the surface of the ramp and the surface of the crate? [014) What net force is pulling the crate up the ramp? 015] What is the acceleration of the crate? (016] Use your tools to make drawings of each of the three parts of this project. Do in NB and submit Thursday to EX012722