Match the columns
Column-I | Column-II | ||
i. | Zero gravity | p. | an SHM is definitely not possible |
ii. | No restoring force | q. | an SHM is definitely possible |
iii. | Mechanical energy remains conserved | r. | an SHM may be possible |
iv. | displacement of a particle from a reference level is given by y = | s. | Can't say |
Now, select the correct option from the codes given below.
For (i): In zero gravity, SHM may or may not be possible, it depends upon system. For example, a simple pendulum will not perform SHM, but a spring-block system can perform SHM in zero gravity.
For (ii): If no restoring force, then SHM is definitely not possible.
For (iii): Mechanical energy may be conserved in motions other than SHM.
For (iv): represents an SHM with position of equilibrium shifted to y =
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