Why atoms does not Finnish energy and they are continuously move
Answers
Answer:
constant repulsive force
Explanation:
atoms constantly repel from alike atoms. so, they always gain energy and never die out.
Explanation:
When we talk about this problem, we implicitly assume that there is a continuum of energy states into which the charged particle can "fall" into, as it keeps radiating away energy.
Quantum Mechanics provides a refinement to this idea; for the lowest energy states inside the Hydrogen atom, the energy states simply aren't continuous. They go like En=−k/n2, for positive integers n. So the electron cannot "continuously" lose energy; when it does gain or lose energy, it transiently gains or loses photons to move from one discrete energy level to another.
When the electron is momentarily in a very large n Hydrogen atom state, it may emit photons each of very small spurts of energy k(1n2−1(n+1)2)∝1n3, and almost continuously "fall" in the ladder of energy states, till it reaches the n=1 energy state. This is where you get the approximate classical behaviour.
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