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If the wavelength of Halpha line of Balm...

If the wavelength of `H_alpha` line of Balmer seriesin hydrogen spectrum is `6.5xx10^(-7)`m then find the value of Rydberg constant.

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To find the value of the Rydberg constant using the wavelength of the H-alpha line of the Balmer series, we can follow these steps: ### Step-by-Step Solution: 1. **Identify the Transition**: The H-alpha line corresponds to the transition from the third energy level (n=3) to the second energy level (n=2) in the hydrogen atom. 2. **Use the Rydberg Formula**: ...
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Knowledge Check

  • The wavelength of H_(alpha) line in Balmer series is

    A
    6653 Å
    B
    6365 Å
    C
    6563 Å
    D
    5663 Å
  • The wave number of the H_(a)- line in Balmer series of hydrogen spectrum is

    A
    `5R//36`
    B
    `3R//16`
    C
    `21R//100`
    D
    `3R//4`
  • What is maximum wavelength of line of Balmer series of Hydrogen spectrum (R=1.09 xx10^(7)m^(-1) ):

    A
    400 nm
    B
    654 nm
    C
    486 nm
    D
    434 nm
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    Given that for He^(+) ion, the difference between the longest wavelength line of Balmer series and Lymen series is 133.8 nm, calculate the value of Rydberg constant.

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