if the wavelength of the first line of balmer series of the hydrogen a

1.	if the wavelength of the first line of balmer series of the hydrogen atom is 656.1nm, the wavelength of the second line of this series will be
Answer» ANSWER: If the wavelength of the FIRST line of the Balmer SERIES of HYDROGEN ATOM is 656.1 nm the wavelngth of the second line of this series would be. λ=5×656.1×163×36=486.0nm

if the wavelength of the first line of balmer series of the hydrogen atom is 656.1nm, the wavelength of the second line of this series will be

Answer»

If the wavelength of the FIRST line of the Balmer SERIES of HYDROGEN ATOM is 656.1 nm the wavelngth of the second line of this series would be. λ=5×656.1×163×36=486.0nm

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if the wavelength of the first line of balmer series of the hydrogen atom is 656.1nm, the wavelength of the second line of this series will be​

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if the wavelength of the first line of balmer series of the hydrogen atom is 656.1nm, the wavelength of the second line of this series will be