Across
- 3. Principle stating total energy remains constant in ideal SHM.
- 5. Frequency of the external force applied in forced oscillations.
- 6. A factor representing resistance to oscillations.
- 8. Motion that moves back and forth about a fixed point.
- 10. Oscillations driven by an external periodic force.
- 11. Maximum displacement from the equilibrium position.
- 13. Maximum speed attained during SHM.
- 17. Motion that repeats itself at regular intervals.
- 18. Motion where damping is small, and oscillations persist.
- 20. The natural oscillation frequency of a system without external force.
- 22. Oscillations in systems where energy transfer occurs between components.
- 24. Sum of kinetic and potential energy in SHM.
- 25. Frequency at which maximum amplitude occurs in resonance.
- 26. Motion in a circular path with constant speed and periodicity.
- 27. A measure of how underdamped an oscillator is.
- 28. Energy associated with the motion of an oscillating body.
- 29. Motion where damping is large, preventing oscillations.
- 30. Oscillatory motion where restoring force is proportional to displacement.
Down
- 1. Maximum acceleration experienced in SHM.
- 2. Force responsible for bringing the system back to equilibrium.
- 4. Oscillations occurring due to twisting forces.
- 7. Time taken for one complete cycle of motion.
- 9. Damping condition where the system returns to equilibrium fastest.
- 12. Energy stored in the system due to displacement.
- 14. Law stating force is proportional to displacement in springs.
- 15. Rate of change of phase in oscillatory motion (rad/s).
- 16. Oscillations with decreasing amplitude due to energy loss.
- 19. Number of oscillations per second (Hz).
- 21. Initial angle in the phase equation of SHM.
- 23. A constant defining the stiffness of a spring.