14. If a car has a positive velocity and a positive acceleration, then it is: A. slowing down C. moving at constant velocity B. speeding up D. has zero velocity 15. It is a property of an object to resist any change in its present motion. A. Inertia C. Acceleration B. Position D. Density 16. If two objects, with masses m1 and m2 are acted by the same net force, which will have a greater acceleration? A. The one with a lesser mass B. The one with a greater mass C. They will always have the same acceleration regardless of their masses D. None of the above
14. If a car has a positive velocity and a positive acceleration, then it is: A. slowing down C. moving at constant velocity B. speeding up D. has zero velocity 15. It is a property of an object to resist any change in its present motion. A. Inertia C. Acceleration B. Position D. Density 16. If two objects, with masses m1 and m2 are acted by the same net force, which will have a greater acceleration? A. The one with a lesser mass B. The one with a greater mass C. They will always have the same acceleration regardless of their masses D. None of the above
Chapter1: The Study Of Motion
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Problem 5C: A spacecraft lands on a newly discovered planet orbiting the star 51 Pegasi. To measure the...
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14. If a car has a positive velocity and a positive acceleration, then it is:
A. slowing down C. moving at constant velocity
B. speeding up D. has zero velocity
15. It is a property of an object to resist any change in its present motion.
A. Inertia C. Acceleration
B. Position D. Density
16. If two objects, with masses m1 and m2 are acted by the same net force, which will have a
greater acceleration?
A. The one with a lesser mass
B. The one with a greater mass
C. They will always have the same acceleration regardless of their masses
D. None of the above
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