Using arbitrary energy units we can calculate that 864 arbitrary units a u are required...

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Physics

Using arbitrary energy units we can calculate that 864 arbitrary units a u are required to transfer an electron in hydrogen atom from the most stable Bohr s orbit to the largest distance from the nucleus n E 0 n 1 E 864 Arbitrary units The energy required to transfer the electron from third Bohr s orbit to the orbit n will be 1 96 Arbitrary units 2 192 Arbitrary units 3 288 Arbitrary units 4 384 Arbitrary units

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Using arbitrary energy units we can calculate that 864 arbitrary units a u are required to transfer an electron in hydrogen atom from the most stable Bohr s orbit to the largest distance from the nucleus n E 0 n 1 E 864 Arbitrary units The energy required to transfer the electron from third Bohr s orbit to the orbit n will be 1 96 Arbitrary units 2 192 Arbitrary units 3 288 Arbitrary units 4 384 Arbitrary units

Using arbitrary energy units we can calculate that 864 arbitrary units a u are required...

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Physics

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