Hi can yousolve by using bisection method E=((hf)/(ehf/kT-1)+(½)hf h=6.626*10^-27k=1.38*10^-16 T=310E=3.97*10^-14a=10^12b=10^14 The average energy of vibration E of a molecule with frequency f depends on thetemperature T according to the equationE=((hf)/(ehf/kT-1)+(%)hfHere h=6.626×10-27 erg/sec. is Planck's constant and k=1.38×10-16 erg/K is Boltzmann'sconstant. Find the frequency f of a molecule for which E=3.97X10-14 erg and T=310K.g(f) = 3.97X1014 erg - (h-f/(ehf/kT-1)+(½)hf) = 0

Given: E = hf[exp(hf/kT)-1]+ 0.5*hf g(f) =3.97*10-14 -hf[exp(hf/kT)-1]+ 0.5*hf=0 h=6.626*10-27…

Hi can yousolve by using bisection method E=((hf)/(ehf/kT-1)+(½)hf h=6.626*10^-27 k=1.38*10^-16 T=310 E=3.97*10^-14 a=10^12 b=10^14

Hi can yousolve by using bisection method E=((hf)/(ehf/kT-1)+(½)hf h=6.62610^-27 k=1.3810^-16 T=310 E=3.97*10^-14 a=10^12 b=10^14

Elements Of Electromagnetics

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ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Hi can yousolve by using bisection method

E=((hf)/(ehf/kT-1)+(½)hf

h=6.626*10^-27

k=1.38*10^-16
T=310
E=3.97*10^-14
a=10^12
b=10^14

The average energy of vibration E of a molecule with frequency f depends on the
temperature T according to the equation
E=((hf)/(ehf/kT-1)+(%)hf
Here h=6.626×10-27 erg/sec. is Planck's constant and k=1.38×10-16 erg/K is Boltzmann's
constant. Find the frequency f of a molecule for which E=3.97X10-14 erg and T=310K.
g(f) = 3.97X1014 erg - (h-f/(ehf/kT-1)+(½)hf) = 0

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