Energy of Bohr orbitSelect an answerAIncreases as we move away from the nucleusBDecreases as we move away from the nucleusCRemains the same as we move away from the nucleusDNone of the above
Question
Energy of Bohr orbitSelect an answerAIncreases as we move away from the nucleusBDecreases as we move away from the nucleusCRemains the same as we move away from the nucleusDNone of the above
Solution
The energy of a Bohr orbit increases as we move away from the nucleus. So, the correct answer is A.
Here's a step-by-step explanation:
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The Bohr model of an atom describes the behavior of an electron in an atom as it orbits the nucleus.
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According to this model, an electron occupies certain stable orbits or energy levels without the emission of radiant energy.
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The energy of these orbits is quantized, meaning it can only take on certain set values.
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The energy levels are often depicted as rings or orbits around the nucleus. The closer an orbit is to the nucleus, the lower its energy.
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As the electron moves to higher orbits (further from the nucleus), the energy of the orbit increases.
So, as we move away from the nucleus, the energy of the Bohr orbit increases.
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