K previous 14 of 14 I return to assignment Part B What is the wavelength of ligh
ID: 506021 • Letter: K
Question
K previous 14 of 14 I return to assignment Part B What is the wavelength of light that must be absorbed to accomplish this process? A m 91.1 nm Submit My Answers Give Up Correct Significant ures Feedback: Your answer g1.2 nm was either rounded differently or used a different number of significant figures than Fig required for this part. Part C What will occuriflight with than that in part (b) is used to excite the hydrogen atom? a shorter wavelength If light with a wavelength shorter than 91.1 nm Hatom, the excess energy will become the kinetic energy of the is used to excite the ejected electron. kineto and lflight with a wavelength shorter than g1.1 nm is used to excite the Hatom, the excess energy wir be devided to the potential energy of the ejected electron. potential energy of If light with a wavelength shorter than 91.1 nm is used to excite the H atom, the excess energy wil become the the ejected electron. an electron If light with a wavelength shorter than 91.1 nm is used to excite the H atom, there will be not enough energy to eject Submit My Answers Give Up kindleExplanation / Answer
Answer:
The frequency associated with the wavelength calculated in part (b) is analogous to v0 in the plot. Because wavelength is inversely proportional to frequency and shorter wavelength is used to exite hydrogen atom and the excess energy released as kinetic energy.
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