Energy+ 20Ē.+ 12B+ 28Energy leveis20Ē12ēSpectrum(P branch)(R branch)Figure 34 3 2 1134ŪRI) = D, + 2B¡ + (3 B¡ - B.) J + (B, - B.) J²131st transition ūrI) = ūrO) = D, + 2B¡R(0)v +1+v(1-0) and J +1-J (1-0)ŪPI) = D, - (BỊ + B.) J + (B| - B.) J²161st transition ūp)ūpa) = 0, - B, - B,%Dv +1-v(1-0) and JJ+1 (0–1)and so on.Home work Determine the values of UR and ŪR for the 2nd and 3rd transitions?98+ = 20dē=i, - 28dē=i, - 4B89 - = 20

Given, νRJ=ν0+2B1˙+3B˙1-B˙0J+B˙1-B0˙J2 For 2nd transition, J=1 Thus,…

Answered: Determine the values of UR) and UR) for…

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

Energy
+ 20Ē
.+ 12B
+ 28
Energy leveis
20Ē
12ē
Spectrum
(P branch)
(R branch)
Figure 3
4 3 2 1
1
3
4
ŪRI) = D, + 2B¡ + (3 B¡ - B.) J + (B, - B.) J²
13
1st transition ūrI) = ūrO) = D, + 2B¡
R(0)
v +1+v(1-0) and J +1-J (1-0)
ŪPI) = D, - (BỊ + B.) J + (B| - B.) J²
16
1st transition ūp)
ūpa) = 0, - B, - B,
%D
v +1-v(1-0) and JJ+1 (0–1)
and so on.
Home work Determine the values of UR and ŪR for the 2nd and 3rd transitions?
98+ = 20
dē=i, - 28
dē=i, - 4B
89 - = 20

Expert Solution

Step 1

Given,

$ν_{R (J)} = ν_{0} + 2 \dot{B_{1}} + (3 {\dot{B}}_{1} - {\dot{B}}_{0}) J + ({\dot{B}}_{1} - \dot{B_{0}}) J^{2}$

For 2nd transition,

J=1

Thus,

$ν_{R (1)} = ν_{0} + 2 \dot{B_{1}} + (3 {\dot{B}}_{1} - {\dot{B}}_{0}) + ({\dot{B}}_{1} - \dot{B_{0}}) \Rightarrow ν_{R (1)} = ν_{0} + 6 \dot{B_{1}} - 2 \dot{B_{0}}$

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