5. Now, a 18.1kg object is sliding down the ramp that is slanted by 20.1 above from horizontal with constant speed. a. Draw a FreeBody-Diagram of the object. b. Find the normal force of the object. 0. Find the friction coefficient .uk. d. Find the frictional force. . A18.1 kg object is sliding down the ramp that is slanted by 41 .2 above from horizontal as a lady is pushing it down the ramp with 50.1N. Given that the friction coefficient yk = 0.241, (a) Draw a Free-BodyDiagram of the object. (b) Find the normal force of the object. (c) Find the frictional force on the object. (d) Determine the acceleration of the sliding object. e. What is the net acceleration of the bag? (magnitude and direction) f. Who wins the bag? 2. Three people spot another bag of treasure, and they realize that this bag is too heavy to move on their own. They are now applying forces together to move the bag. Person A is pushing the bag to the right with 211N, person B is pulling the bag with 145N at 43.7 above the horizontal, and person C is pulling the bag with 113N at 705" above the horizontal. What is the resultant net force applied to the bag by three people (disregard the gravitational force and the normal force on the bag)? Make sure to identify both the magnitude and direction of the net force. There is a bag full of treasure in the middle of the airport. Three people notice it and try to win a 11 .2kg bag from others. Person A pulls a bag with 71 .2N of force at 22.1 north of east. Person B pulls it with 55.6N to the left. Person C pulls it with 11ON of force to the right. Given that [1k = 0.218 , a. Draw a FreeBody-Diagram of the object. b. What is the normal force of the bag? 0. What is the frictional force of the bag? d. What is the net force acting on the bag? (magnitude and direction) 3. A lady is pulling her 20.0kg luggage 30.0 above the horizon. If the luggage is moving at a constant speed on the surface with uk = O. 313, a. Draw a FreeBody-Diagram of the object. b. Find the normal force on the luggage. c. Find the frictional force on the luggage. d. Find the magnitude of pulling force on the luggage by the lady