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A Level Physics Practice Test: Oscillations
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Oscillations are repetitive or periodic variations in time. They can occur between two or more states or around a central value. Examples of oscillations include: A swinging pendulum, Alternating current, and Vibrations.  An oscillator is a mechanical or electronic device that works on the principle of oscillation. There are two types of oscillators: linear and nonlinear.  There are also different types of oscillatory motion, including: Damped oscillations: These are a type of oscillatory motion where the amplitude of the motion decreases over time. This is due to friction or other... Show more
A Level Physics Practice Test: Oscillations
Time left 00:00
25 Questions

1. Over-damping results in
2. Maximum displacement from equilibrium position is
3. During one oscillation, phase of oscillation changes by
4. In cars, springs are damped by
5. When displacement x = 0, then kinetic energy of system is
6. Potential energy of system is maximum at
7. Oscillations become damped due to
8. Number of oscillations per unit time is
9. Energy of a system executing s.h.m is
10. Velocity at equilibrium position is
11. Magnitude of gradient of a-x graph is
12. Displacement-time graph depicting an oscillatory motion is
13. Oscillatory motion has a
14. Acceleration is directly related to
15. If time period of an oscillation is 0.40 s, then it's frequency is
16. Natural frequency of a guitar string can be changed by changing it's
17. Our eyes detect the oscillations up to
18. angular frequency of s.h.m is equal to
19. In s.h.m, object's acceleration depends upon
20. If the swing moves from right to left, then velocity is
21. Gradient of velocity-time graph gives
22. In s.h.m, acceleration is always directed towards the
23. For a resonating system it should oscillate
24. In s.h.m, velocity at equilibrium position is
25. A force that acts to return the mass to it's equilibrium position is called