PHIL 220 Lecture 15: new doc 120160402214833964 copy 2

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indigoraccoon41

3 Apr 2016

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I+o md n t q w. ? o o n m e ra. W s q a r g m m e n + If f m , re , q st 42 t qc f. Ta o (cid:352)n q i l . U h w u . n n d rq, vl sp , ( : n y j m (iw al id. C )) q f l . P oi w (o n i m ouh o nb. Fin o. m (cid:352)lp j (cid:352)9 ) P v q ) (cid:353) i s a co _ C n u b b . & _ o m r n n . N o y o l i me = W li i p r e f n r . W . r h o r l n l i. > mnc h if " h n n o m [i* tc j lrw +

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Figure below shows a cycle undergone by 1.00 mol of an idealmonatomic gas. The temperatures
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(n) (2 points) Pressure at point 2?
(o) (2 points) Volume?
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aquamarinegnat75

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whitebuffalo354

Show that the spontaneous emission rate (Equation 9.56 A=[w0^3|p|^2]/[3*pi*eo*hbar*c^3]) for a transition from n,l to n',l' inhydrogen is

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'' ' ' '' ' ' '' { l/[2l+1] if l'=l-1

Where I=Integra[r^3 Rnl Rn'l'] dr

PHIL 220 Lecture 15: new doc 120160402214833964 copy 2

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