Asked by Anonymous
The Lyman series.
Of the four lines, 91.2nm, 97.2nm, 102.6 nm, and 121.6nm, which one has the
A. Highest wavelength? _____
B. Highest energy? ______
C. Highest frequency?_(1)____ which equals__(2)____
My answers
A. 91.2
B. 121.6
C. (1) 121.6
C. (2) energy
Of the four lines, 91.2nm, 97.2nm, 102.6 nm, and 121.6nm, which one has the
A. Highest wavelength? _____
B. Highest energy? ______
C. Highest frequency?_(1)____ which equals__(2)____
My answers
A. 91.2
B. 121.6
C. (1) 121.6
C. (2) energy
Answers
Answered by
DrBob222
A and B are not right. By highest wavelength do you mean the longest? The longest wavelength is 121.6 nm and the shortest is 91.2 nm
The shortest wavelength is the highest energy since E = hc/wavelength
C1 is ok. I don't know what C2 means.
The shortest wavelength is the highest energy since E = hc/wavelength
C1 is ok. I don't know what C2 means.
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