Oscillations – Simple Harmonic Motion (SHM), Displacement, Velocity, Acceleration

Grade 11 Physics — Oscillations – Simple Harmonic Motion (SHM), Displacement, Velocity, Acceleration: 25 practice questions with instant scoring and explanations.

1. A motion that repeats itself at regular intervals of time is called:
2. The motion of a particle in SHM is characterized by:
3. The general equation of SHM is x(t) = :
4. In SHM, A denotes:
5. The angular frequency ω relates to time period T by:
6. Frequency f and time period T are related by:
7. The SI unit of angular frequency is:
8. In SHM, the velocity at displacement x from mean position is v = :
9. The maximum velocity in SHM occurs at:
10. The maximum velocity v_max in SHM = :
11. The acceleration in SHM is a = :
12. The maximum acceleration a_max in SHM = :
13. At the mean position in SHM, acceleration is:
14. At extreme positions in SHM, velocity is:
15. The phase (ωt + φ) of SHM determines:
16. In SHM, displacement and acceleration are:
17. In SHM, velocity and displacement differ in phase by:
18. SHM is a special case of:
19. If x = A cos(ωt), the particle starts from:
20. If x = A sin(ωt), the particle at t=0 is at:
21. The time period T of SHM is independent of:
22. Two SHMs are said to be in phase if their phase difference is:
23. The phase constant φ in SHM depends on:
24. A particle executes SHM with amplitude 5 cm and frequency 2 Hz. Max velocity = :
25. Dimensions of angular frequency are: