The ratio of longest and shortest wavelenghths of lyman series is
Answers
Answered by
0
Depends on what you have been given
If you have the actual wavelength of the Lyman series ,just take the ratio of the biggest to the smallest
If you have the actual wavelength of the Lyman series ,just take the ratio of the biggest to the smallest
Answered by
0
Depends on what you have been given
If you have the actual wavelength of the Lyman series ,just take the ratio of the biggest to the smallest
If you have the actual wavelength of the Lyman series ,just take the ratio of the biggest to the smallest
Answered by
0
Depends on what you have been given
If you have the actual wavelength of the Lyman series ,just take the ratio of the biggest to the smallest
If you have the actual wavelength of the Lyman series ,just take the ratio of the biggest to the smallest
Answered by
0
Depends on what you have been given
If you have the actual wavelength of the Lyman series ,just take the ratio of the biggest to the smallest .
If you have the actual wavelength of the Lyman series ,just take the ratio of the biggest to the smallest .
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