Which of the following is true for Bohr's model?An electron can move only in those orbits for which its angular momentum is an integral multiple of h/2piElectrons revolve around nucleus in discrete and quantized energy levels/orbits. The energy of an electron in the orbit do not change with time. Electron will move from a lower stationary state to a higher stationary state when required amount of energy is absorbed.

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Which of the following is true for Bohr&#039;s model?An electron can move only in those orbits for which its angular momentum is an integral multiple of h/2piElectrons revolve around nucleus in discrete and quantized energy levels/orbits. The energy of an electron in the orbit do not change with time. Electron will move from a lower stationary state to a higher stationary state when required amount of energy is absorbed.

Ainsley Kirk · Accepted Answer

When an electron absorbs the necessary amount of energy, it will transition from one stationary state to another, from a lower state to a higher state. The electron emits the same amount of energy when it returns to the lower energy level. The change in energy doesn&#039;t happen continuously. So, answer is electron will move from a lower stationary state to a higher stationary state when required amount of energy is absorbed.

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