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1 0 1 Q2 Calculate the electric dipole moment to move from the ground state of rotation (Yoo) to the first excited state of rotation (₁1) 0 0 1 £1 2 0 2 ±1 12 2 m₂ Y, (0.6) +√cose tid ++√√(sin 0) +√(3 cos² 0-1) √(cos sin e √(sin²02216 Planck's constant = 6.6x10³4 Joule-sec Speed of light = 2.9×10² m/sec u=1.66x10-2¹ Kg mogen = 15.99u
Transcribed Image Text:1 0 1 Q2 Calculate the electric dipole moment to move from the ground state of rotation (Yoo) to the first excited state of rotation (₁1) 0 0 1 £1 2 0 2 ±1 12 2 m₂ Y, (0.6) +√cose tid ++√√(sin 0) +√(3 cos² 0-1) √(cos sin e √(sin²02216 Planck's constant = 6.6x10³4 Joule-sec Speed of light = 2.9×10² m/sec u=1.66x10-2¹ Kg mogen = 15.99u
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