Q3. The velocity of an electron having a wavelength of 800 nm is: A) 1.03x10² m/s B) 2.06x10¹ m/s C) 9.09×10¹ m/s D) 3.05×10¹ m/s E) 7.40×10¹ m/s F) 4.5×10 m/s

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Chapter29: Introduction To Quantum Physics
Section: Chapter Questions
Problem 10PE: Violet light of wavelength 400 nm ejects electrons with a maximum kinetic energy of 0.860 eV from...
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Q3. The velocity of an electron having a wavelength of 800 nm is:
A) 1.03x10² m/s B) 2.06x10¹ m/s C) 9.09×10¹ m/s D) 3.05x10¹ m/s
E) 7.40×10¹ m/s F) 4.5x10 m/s
04. Using the particle in a box model, the energy of the highest occupied energy level (HOMO) for a linear conjugated
rocarbon of length 13.5 angstroms and containing 10 n-electrons is:
32x10-¹7 J B) 5.68x10-10 J
C) 4.52x10-J
D) 7.68x10-¹9 J
E) 1.45×10 J
F) 8.26×10
Transcribed Image Text:Q3. The velocity of an electron having a wavelength of 800 nm is: A) 1.03x10² m/s B) 2.06x10¹ m/s C) 9.09×10¹ m/s D) 3.05x10¹ m/s E) 7.40×10¹ m/s F) 4.5x10 m/s 04. Using the particle in a box model, the energy of the highest occupied energy level (HOMO) for a linear conjugated rocarbon of length 13.5 angstroms and containing 10 n-electrons is: 32x10-¹7 J B) 5.68x10-10 J C) 4.52x10-J D) 7.68x10-¹9 J E) 1.45×10 J F) 8.26×10
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