How stability of an atom is ensured while Niels bohr pointed out Rutherfords atom to be highly unstable?
Answers
Answer:
when electrons take certain orbits where angular momentum is integral multiples of h/2 π , the accelerating (direction changing) electron, though in an electric field, doesn't emit electromagnetic radiation as supposed through maxwell's equations. In other words, orbits which satisfy this condition are stable, the electrons in these orbits don't lose energy and fall into the nucleus.
That's all he said. He did not explain why the stability condition is how it is.
It can only be derived rigorously from Quantum Mechanics, by solving the Schrodinger's Equation for H atom, thus arriving at Energy Quantization.
Explanation:
Answer:
He said when electrons take certain orbits where angular momentum is integral multiples of h/2 π , the accelerating (direction changing) electron, though in an electric field, doesn't emit electromagnetic radiation as supposed through maxwell's equations. In other words, orbits which satisfy this condition are stable, the electrons in these orbits don't lose energy and fall into the nucleus.
That's all he said. He did not explain why the stability condition is how it is.
It can only be derived rigorously from Quantum Mechanics, by solving the Schrodinger's Equation for H atom, thus arriving at Energy Quantization.
Explanation:
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