Two ions 1 and 2 are at fixed separation, with spin angular momentum operators S1 and S2 have the interaction Hamiltonian H = -(S1 · S2) where B>0. The quantum numbers are s1 and s2. Which of the following is the energy of the ground state of the system? () S1 (81+1)+82(82+1) (81+82)(81+s2+1) O -Bs182 • ((81 + 82)($1 + ? - B[s1(81 + 1) + 82(s
Two ions 1 and 2 are at fixed separation, with spin angular momentum operators S1 and S2 have the interaction Hamiltonian H = -(S1 · S2) where B>0. The quantum numbers are s1 and s2. Which of the following is the energy of the ground state of the system? () S1 (81+1)+82(82+1) (81+82)(81+s2+1) O -Bs182 • ((81 + 82)($1 + ? - B[s1(81 + 1) + 82(s
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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![Two ions 1 and 2 are at fixed
separation, with spin angular
momentum operators S1
and S2 have the interaction
Hamiltonian
H = -(Sı · S2) where
%3D
た?
B>0. The quantum numbers
are si and s2. Which of the
following is the energy of the
ground state of the system?
81(81+1)+s2(s2+1)
(금)의 이1+1)+s2(92+1)
(81+82)($1+s2+1)
-Bs182
(글)[(s1 + 82) (s1 +:
-B[s1(s1 + 1) + s2(s](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb6aaf91c-f4a2-4f0b-ac00-d701e5bb7c66%2F8b15ecf6-d17e-468a-87c4-5d8e264a6356%2F8so0ad_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Two ions 1 and 2 are at fixed
separation, with spin angular
momentum operators S1
and S2 have the interaction
Hamiltonian
H = -(Sı · S2) where
%3D
た?
B>0. The quantum numbers
are si and s2. Which of the
following is the energy of the
ground state of the system?
81(81+1)+s2(s2+1)
(금)의 이1+1)+s2(92+1)
(81+82)($1+s2+1)
-Bs182
(글)[(s1 + 82) (s1 +:
-B[s1(s1 + 1) + s2(s
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