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[" If an electron in hydrogen atom jumps...

[" If an electron in hydrogen atom jumps from an orbit of level "],[n=3" to an orbit of level "n=2," the emitted radiation has a "],[" frequency "(R=" Rydberg constant,"C=" velocity of light) "]

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If an electron in hydrogen atom jumbs from an orbit of level n = 3 to an orbit of level n = 2, the emitted radiation has a frequency

If, an electron in hydrogen atom jumps from an orbit of lelvel n=3 to an orbit of level n=2, emitted radiation has a freqwuency (R= Rydbertg's contant ,c = velocity of light)

If, an electron in hydrogen atom jumps from an orbit of lelvel n=3 to an orbit of level n=2, emitted radiation has a freqwuency (R= Rydbertg's contant ,c = velocity of light)

If the electron in a hydrogen atom jumps from an orbit with level n_(2)=3 to orbit with level n_(1)=2 , the emitted radiation has a wavelength given by .

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If the electron in an hydrogen atom jumps from an orbit with level n_(f) = 3 to an orbit with level n_(f) = 2 the emitted radiation has a wavelength given by

If the electron in a hydrogen atom jumps from an orbit with level n_(1)=2 an orbit with level n_(2)=1 . The emitted radiation has a wavelength given by

If an electron in hydrogen atom jumps from third orbit to second orbit, the frequency of the emitted radiation is given by (c is speed of light )