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In the absence of air resistance, objects fall at constant a. speed. b. velocity. C. acceleration. d. distances each successive second. e. all of the above A ball is thrown upwards and caught when it comes back down. In the absence of a resistance, the speed of the ball when caught would be a. less than the speed it had when thrown upwards. b. more than the speed it had when thrown upwards. C. the same as the speed it had when thrown upwards. Consider drops of water leaking from a water faucet. As the drops fall they a. remain at a relatively fixed distance from each other. b. get farther apart. c. get closer together. A ball tossed vertically upward rises, reaches its highest point, and then falls bac- to its starting point. During this time the acceleration of the ball is always a. in the direction of motion. b. opposite its velocity. C. directed downward. d. directed upward. A ball is thrown straight up. At the top of its path its acceleration is a. O m/s2. b. about -5 m/s². c. about -10 m/s?. d. about -20 m/s?. e. about -50 m/s?.

In the absence of air resistance, objects fall at constant a. speed. b. velocity. C. acceleration. d. distances each successive second. e. all of the above A ball is thrown upwards and caught when it comes back down. In the absence of a resistance, the speed of the ball when caught would be a. less than the speed it had when thrown upwards. b. more than the speed it had when thrown upwards. C. the same as the speed it had when thrown upwards. Consider drops of water leaking from a water faucet. As the drops fall they a. remain at a relatively fixed distance from each other. b. get farther apart. c. get closer together. A ball tossed vertically upward rises, reaches its highest point, and then falls bac- to its starting point. During this time the acceleration of the ball is always a. in the direction of motion. b. opposite its velocity. C. directed downward. d. directed upward. A ball is thrown straight up. At the top of its path its acceleration is a. O m/s2. b. about -5 m/s². c. about -10 m/s?. d. about -20 m/s?. e. about -50 m/s?.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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In the absence of air resistance, objects fall at constant a. speed. b. velocity. C. acceleration. d. distances each successive second. e. all of the above A ball is thrown upwards and caught when it comes back down. In the absence of ai resistance, the speed of the ball when caught would be a. less than the speed it had when thrown upwards. b. more than the speed it had when thrown upwards. C. the same as the speed it had when thrown upwards. Consider drops of water leaking from a water faucet. As the drops fall they a. remain at a relatively fixed distance from each other. b. get farther apart. c. get closer together. A ball tossed vertically upward rises, reaches its highest point, and then falls back to its starting point. During this time the acceleration of the ball is always a. in the direction of motion. b. opposite its velocity. C. directed downward. d. directed upward. A ball is thrown straight up. At the top of its path its acceleration is 5. a. O m/s2. b. about -5 m/s?. C. about -10 m/s². d. about -20 m/s2. e. about -50 m/s?.
Transcribed Image Text:In the absence of air resistance, objects fall at constant a. speed. b. velocity. C. acceleration. d. distances each successive second. e. all of the above A ball is thrown upwards and caught when it comes back down. In the absence of ai resistance, the speed of the ball when caught would be a. less than the speed it had when thrown upwards. b. more than the speed it had when thrown upwards. C. the same as the speed it had when thrown upwards. Consider drops of water leaking from a water faucet. As the drops fall they a. remain at a relatively fixed distance from each other. b. get farther apart. c. get closer together. A ball tossed vertically upward rises, reaches its highest point, and then falls back to its starting point. During this time the acceleration of the ball is always a. in the direction of motion. b. opposite its velocity. C. directed downward. d. directed upward. A ball is thrown straight up. At the top of its path its acceleration is 5. a. O m/s2. b. about -5 m/s?. C. about -10 m/s². d. about -20 m/s2. e. about -50 m/s?.
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