Compare the Balmer series of hydrogen with the series where n, = 4 for the ionized helium atom He*. What is the difference between the wavelengths of the L. (n,, = 5) and L, (n, = 6) line of hydrogen and the n,, = 10 and 12 of He*? (Enter your answers in nm.) - AHe*10 = 433.94 nm - AHe+12 = |410.0702 X nm - He+10 = - AHe*12 nm nm Is there a wavelength of the Balmer series that is very similar (within 0.5 nm) to any wavelength values where n, = 4 in He*? Explain. O Yes, but the wavelengths differ slightly due to different nuclear masses. O No, no wavelength of the Balmer series is within 0.5 nm of a wavelength in the n, = 4 in He* series due to different nuclear masses. O No, no wavelength of the Balmer series is within 0.5 nm of a wavelength in the n, = 4 in Het series due to different nuclear charges. O Yes, but the wavelengths differ slightly due to different nuclear charges.
Compare the Balmer series of hydrogen with the series where n, = 4 for the ionized helium atom He*. What is the difference between the wavelengths of the L. (n,, = 5) and L, (n, = 6) line of hydrogen and the n,, = 10 and 12 of He*? (Enter your answers in nm.) - AHe*10 = 433.94 nm - AHe+12 = |410.0702 X nm - He+10 = - AHe*12 nm nm Is there a wavelength of the Balmer series that is very similar (within 0.5 nm) to any wavelength values where n, = 4 in He*? Explain. O Yes, but the wavelengths differ slightly due to different nuclear masses. O No, no wavelength of the Balmer series is within 0.5 nm of a wavelength in the n, = 4 in He* series due to different nuclear masses. O No, no wavelength of the Balmer series is within 0.5 nm of a wavelength in the n, = 4 in Het series due to different nuclear charges. O Yes, but the wavelengths differ slightly due to different nuclear charges.
Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter4: Introduction To Quantum Mechanics
Section: Chapter Questions
Problem 59AP
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Shapes of orbitals are an approximate representation of boundaries in space for finding electrons occupied in that respective orbital. D orbitals are known to have a clover leaf shape or dumbbell inside where electrons can be found.
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