Calculate the wavelength (2) in nm for all of the transitions ending at n =2 indicated in the cable below. These will be calculated from the Energies you calculated in the previous question. The first one has been done for you. Your nanometer values should not include any decimals. Remember that E = hc/h where h is Planck's constant in Js and c is the speed of light in m/s (this means your answers will be in meters....you need to convert them to nanometers ). Hint: Since this question concerns the photon EMITTED by the transition of the electron, all the values will now be positive. The equation given under #4 of the Data Analysis section En the lab already includes this sign change. A (nm) n¡ → Nf 8 → 2 389 7 → 2 6 → 2 5 - 2 434 4 → 2 486 3 → 2 657

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Calculate the wavelength (A) in nm for all of the transitions ending at n = 2 indicated in the
table below. These will be calculated from the Energies you calculated in the previous
question. The first one has been done for you. Your nanometer values should not include any
decimals. Remember that E = hc/à where h is Planck's constant in Js and c is the speed of light
in m/s (this means your answers will be in meters....you need to convert them to nanometers
). Hint: Since this question concerns the photon EMITTED by the transition of the electron,
all the values will now be positive. The equation given under #4 of the Data Analysis section
in the lab already includes this sign change.
n; - nf
A (nm)
8 → 2
389
7 - 2
6 → 2
5 → 2
434
4 → 2
486
3 - 2
657
Transcribed Image Text:Calculate the wavelength (A) in nm for all of the transitions ending at n = 2 indicated in the table below. These will be calculated from the Energies you calculated in the previous question. The first one has been done for you. Your nanometer values should not include any decimals. Remember that E = hc/à where h is Planck's constant in Js and c is the speed of light in m/s (this means your answers will be in meters....you need to convert them to nanometers ). Hint: Since this question concerns the photon EMITTED by the transition of the electron, all the values will now be positive. The equation given under #4 of the Data Analysis section in the lab already includes this sign change. n; - nf A (nm) 8 → 2 389 7 - 2 6 → 2 5 → 2 434 4 → 2 486 3 - 2 657
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