Question 1 3 pts Ryan and Becca are moving a folding table out of the sunlight. A cup of lemonade, with a mass of 0.34 kg, is on the table. Becca lifts her end of the table before Ryan does, and as a result, the table makes an angle of 20.0" with the horizontal. Find the components of the cup's weight that are parallel and perpendicular to the plane of the table. Give your answer with both F\" and F\" components. the F\" component being parallel to the tilted plane of the table. and the Fg'yr component being perpendicular to the tilted plane of the table. (Show all work. including formulas and units for full credit.) Question 2 6 pts A 35-lb suitcase sits on a rubber ramp at an airport carousel at a 20 angle. The weight vector can be broken into two perpendicular components. 35 lbs. (Hint: First, convert pounds to kilograms to know the mass of the suitcase.) 1 pound = 0.453592 kilograms a. What is the magnitude of the component parallel to the ramp surface? [1 pt) b. What is the magnitude of the component at a right angle to the ramp surface? (1 pt] c. Which of those components is the normal force? [0.5 pts) d. Which force offsets the kinetic friction force? (0.5 pts} e. What happens to the suitcase. if F)( exceeds Ff? Answer in a brief sentence. [1 pt] 1'. What must the coefcient of static friction. us, be equal or greater to, in order to prevent the suitcase from sliding? (2 ptsl {Show all work. including formulas and units for full credit.)