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A Level Physics Practice Test: Motion Dynamics
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Avg score: 56% Most missed: “Acceleration due to gravity on moon is”
Dynamics is the study of the causes of motion, or changes in motion. It's a branch of physical science that examines the motion of material objects in relation to the physical factors that affect them, such as force, mass, momentum, and energy. Dynamics is based on Newton's laws of motion, and the relation between kinematics and the cause of change of kinematics is called the equation of motion.  Kinematics is the study of how objects move, including their velocity and acceleration. In the late 1600s, Isaac Newton hypothesized that motion does not require a cause, rather changes in motion... Show more
A Level Physics Practice Test: Motion Dynamics
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25 Questions

1. Density of air is
2. 1 N is equal to
3. Force provided by breaking system of train if it is decelerating at rate of -3 m s-2 and having mass 10,000 kg is
4. Force provided by breaking system of train if it is decelerating at rate of -3 m s-2 and having mass 10,000 kg is
5. If there is no net force acting on body, then its acceleration is
6. Acceleration of a rocket having mass 5000 kg and resultant force acting on it is 200,000 N is
7. Point where entire weight of an object acts is
8. Rate of falling object in vacuum is
9. Prefix for 10-9 is
10. Another name for force of gravity acting on an object is
11. Contact force always acts at
12. Until a force acts on a body, it's velocity is
13. Point where entire weight of an object acts is
14. Until a force acts on a body, it's velocity is
15. Force applied on a body and its acceleration are
16. Force which makes it difficult to run through shallow water is called
17. 500 MW can be written in powers of 10 as
18. Acceleration due to gravity on moon is
19. Another name for force of gravity acting on an object is
20. At terminal velocity the
21. Combinations of base units are
22. When two objects are in contact, they exert forces in
23. A force similar to friction is
24. 500 MW can be written in powers of 10 as
25. Two forces which make up Newton's third law can