Wavelength of radiations emitted, when an electron jumps from a state A to C is 2000 Å and it is 6000 Å, when the clectron jumps from state B to state C. Wavelength of the radiations emitted, when an electron jumps from state A to B will be:

Wavelength of radiations emitted, when an electron jumps from a state

1.	Wavelength of radiations emitted, when an electron jumps from a state A to C is 2000 Å and it is 6000 Å, when the clectron jumps from state B to state C. Wavelength of the radiations emitted, when an electron jumps from state A to B will be:
Answer» 2000 Å 3000 Å 4000 Å 6000 Å Solution :USE `lambda_(3)=(lambda_(1)+lambda_(2))/(lambda_(1)+lambda_(2))` Here `lambda_(3)=2000Å, lambda_(1)=6000Å," then "lambda_(2)=3000Å`

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Wavelength of radiations emitted, when an electron jumps from a state A to C is 2000 Å and it is 6000 Å, when the clectron jumps from state B to state C. Wavelength of the radiations emitted, when an electron jumps from state A to B will be:

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