Question: 1.When destructive interference occurs, what happens to the energy in the light waves? 2.The spacing between Newtons rings decreases rapidly as the diameter of the

1.When destructive interference occurs, what happens to the energy in the light waves?

2.The spacing between Newton’s rings decreases rapidly as the diameter of the rings increases. Explain qualitatively why this occurs.


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1 The energy is distributed nonuniformly in space in some regions the energy is ... View full answer

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