Problem Statement | In order to familiarize yourself with a common question format of the nal exam, this week's Quizbit will be a series of "multiple select\" problems. Here are the instructions you will receive on the nal exam: For questions 1 through 3, clearly indicate all correct answers. A given problem may have more than one correct answer. Each correctly bubbled answer will receive two points. There are 4 correct answers in this section and only the rst 4 lled in answers will be graded. There is no partial credit. 1} A ball can be rolled down one of four different ramps, as shown in the diagram. The nal elevation loss of each of the ramps is the same. Neglecting friction, for which ramp will the speed of the ball be the highest at the bottom? (a) The speed of the ball will be the same for all ramps. (b) Rame (c) RampY (d) Ramp Z 2} A Pokemon in your hand is being raised up at a constant velocity. Which of the following statements are false regarding this situation? (a) The normal force on the Pokmon must be larger than the gravitational force. (b) The net external impulse acting on the Pokmon is zero. (c) The normal force does positive work on the Pokemon. (d) The kinetic energy of the Pokemon increases from one second to the next. 3) A ball is dropped from a cliff and falls freely towards earth. Which of the following statements are true concerning the ball as it falls? Neglect air resistance (aka drag} for this problem. (a) It will gain an equal amount of momentum during each second. (b) It will gain an equal amount of kinetic energy during each second. (c) It will gain an equal amount of speed for each meter through which it falls. (d) It will gain an equal amount of momentum for each meter through which it falls. (e) The amount of momentum it gains will be linearly proportional to the amount of potential energy that it loses. The multiple select questions end now. Answer the following question. 4} Explain your answers to each of questions 1, 2, and 3 using words, diagrams, algebra, etc. Clearly label which partls} of which question you are explaining. If an explanation explains more than one part, clearly label which parts it explains