Which of these is the vibrational rate equation?

Question

TuteeHUB · Accepted Answer

=   (  frac {1}{k_{1, 0} (1   e^{- hv/kT} )}  )

TuteeHUB · Answer

(  frac {de_{vib}}{dt} =   frac {1}{ }  )(e  (_{vib}^{eq}  )   evib)

TuteeHUB · Answer

=   (  frac {1}{k_{1, 0} (1   e^{- hv/kT} )}  )

TuteeHUB · Answer

evib =  (e  (_{vib}^{eq}  )   evib)

TuteeHUB · Answer

(  frac {de_{vib}}{dt}  ) =   (  frac {1}{ }  )(e  (_{vib}^{eq}  )   evib)

1.	Which of these is the vibrational rate equation?
A.	( frac {de_{vib}}{dt} = frac {1}{ } )(e (_{vib}^{eq} ) e<sub>vib</sub>)
B.	= ( frac {1}{k_{1, 0} (1 e^{- hv/kT} )} )
C.	e<sub>vib</sub> = (e (_{vib}^{eq} ) e<sub>vib</sub>)
D.	( frac {de_{vib}}{dt} ) = ( frac {1}{ } )(e (_{vib}^{eq} ) e<sub>vib</sub>)
Answer» B. = ( frac {1}{k_{1, 0} (1 e^{- hv/kT} )} )

Discussion