question archive A hydrogen atom emits 486 nm light when an electron that starts out in the n = makes a transition to the n =_ 2 state
A hydrogen atom emits 486 nm light when an electron that starts out in the n = makes a transition to the n =_ 2 state
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A hydrogen atom emits 486 nm light when an electron that starts out in the n = makes a transition to the n =_ 2 state. A hydrogen atom emits 657 nm light when an electron that starts out in the n = 3 state makes a transition to the n =_ 2 state. 12. When a hydrogen atom electron in some higher energy state de-excites and "falls" to the n = 1 state, the emitted light belongs to which part of the electromagnetic spectrum? 13. Slides 36-38 show an experiment with a glow-in-the-dark strip covered by filters of various colors. Which color filters allowed the strip to glow in the dark? Why didn't the other colors allow this? Were you surprised by the results?
