Name: ....... Quiz 3 due by 03/04/2023 1- (20 Pts) True or False: a. (T or F) It is the natural tendency of all objects to eventually come to a rest position. b. (T or F) Speed is a scalarquantity which is the magnitude of the instantaneous velocity at any time, t. C. (T or F) Swimming is possible on account of the third law of Newton. . (T or F) If a particle has a constantvelocity, it must have a constantspeed. 2- (10 Pts) A 30 kg child exerts a force of 100 N on a 50 kg object. The force the object exerts on the child is? a. ON b. 100 N C. 980 N 150 N 3- (10 Pts) A dragster travels 0.25 miles (1320. feet) in 5.00 seconds. Assume the dragster starts at rest (v. = 0), travels in a perfectly straight line and maintains a constant acceleration over the 0.250 mile distance. Neglecting air resistance and friction, the magnitude of the acceleration is: a. 106 ft/s2 b. 10.6 ft/s2 C. 52.8 ft/s2 d. 5.28 ft/s2 e. 528 ft/52 4- (10 Pts) What is the acceleration of the "two block" system? 5kg 30IN 10kg a. 1 m/s2 b. 2 m/s2 C. 3 m/$2 d. 15 m/s2 5- (10 Pts) A force of 98 N is required to just start moving a body of mass 100 kg over ice. The coefficient of static friction is? a. 0.6 b. 0.4 C. 0.5 d. 0.1 6- (10 Pts) Which of Newton's Laws gives the reason for why you can feel things that you touch? a. First Law b. Second Law C. Third Law 7- (10 Pts) A mass, m, is pushed with a horizontal force, F, on a horizontal surface. The coefficient of static friction is us. The block does not move. The magnitude of the static friction force on the mass is?Hsmg b. C. . Mg (10 Pts) The acceleration due to gravity is lower on the Moon than on Earth. Which of the following is true about the mass and weight of an astronaut on the Moon's surface, compared to Earth? a. Mass is less, weightis same. b. Mass is same, weight is less. C. Both mass and weight areless. Both mass and weight are the same. 9- (10 Pts) Your physics book is sitting at rest on a level table. Which one of the following is FALSE? a. The sum of the forces on the book is zero. b. The normal force on the book has a magnitude of mg. C. The weight of the book has a magnitude of mg. d. The acceleration of the book is g