Chemistry

posted by .

For the emission spectrum of Be3+, calculate the lowest wavenumber νˉ (in inverse meters) of light produced by electron transitions between n=2, n=3, and n=4.

I don't want to know the answer, just tell me wat method I need to use to get there... Pls x

  • Chemistry -

    8.56*10^6

  • Chemistry -

    8.56*10^6
    by amar chauhan

  • Chemistry -

    Yes but wat concepts did u use???

  • Chemistry -

    Hi Anonymous, please be bound by MIT EDX honor code or else you will cause trouble for everyone.

    Thank you for your kind corporation.

  • Chemistry -

    Jiskha is not part of the MITx platform!!! How the honor code of MITx could be applied to an user of other system?

  • Chemistry -

    concepts??

Respond to this Question

First Name
School Subject
Your Answer

Similar Questions

  1. chemistry

    Suppose a sample of hydrogen gas is excited to the n=5 level. As the atoms return to the ground state (Balmer series), they emit light. a. How many lines are there in the spectrum?
  2. Physics

    What type of spectrum is produced by a hydrogen gas when a high potential difference is applied to it?
  3. Chemistry

    H2P4: PHOTON EMISSION An electron in Li2+ falls from n = 2 to the ground state. Calculate the wavenumber, (νˉ), of the emitted photon.
  4. science

    for the emission spectrum of Be3+, calculate the lowest wavenumber νˉ (in inverse meters) of light produced by electron transitions between n=2, n=3, and n=4.
  5. chemistry

    For the emission spectrum of Be3+, calculate the lowest wavenumber νˉ (in inverse meters) of light produced by electron transitions between n=2, n=3, and n=4.
  6. chemistry

    For the emission spectrum of Be3+, calculate the lowest wavenumber νˉ (in inverse meters) of light produced by electron transitions between n=2, n=3, and n=4.
  7. Chemistry hW

    For the emission spectrum of Be3+, calculate the lowest wavenumber νˉ (in inverse meters) of light produced by electron transitions between n=2, n=3, and n=4. I don't want to know the answer... Just tell me what I would need …
  8. Chemistry

    Name the following crystallographic features below using proper crystallographic notation. Image One [2ˉ21] [1ˉ12ˉ] [1ˉ1(1/2)] [(1/2)(1/2ˉ)1ˉ] Image 2 (1ˉ02) (21ˉ0) (201) (1ˉ02ˉ) The …
  9. chemistry

    (b) Calculate the absorption edge of this material. Express your answer as a wavenumber in units of inverse meters.
  10. Science

    An electron in Li2+ falls from n = 2 to the ground state. Calculate the wavenumber, (νˉ), of the emitted photon.

More Similar Questions