A particle of mass 10g is placed in potential field given by V= (50x^2+100)erg/g. what will be the frequency of oscillation?

Question

pss · Answer

Considering the particle mass of 10g, the actual V = (50x^2 +100 erg)*10 = 500x^2 +1000 erg. Now the frequency is given by E = h* (freequency) Freequency = (500*x^2 + 1000)/6.626 * 10^-27 erg-seconds Hence Freequency = (75.46*x^2+150.9) * 10^27/sec

RITIK GUPTA · Answer

P.E=mV=10(50x^2+100)=500x^2+1000F=-dU/dxF=-1000xF=mama=-1000xa=-1000x/10=-100xa=-w(omega)^2xw=√100=10f=w/2π=10/2π=3.2sec^(-1)

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A particle of mass 10g is placed in potential field given by V= (50x^2+100)erg/g. what will be the frequency of oscillation?

A particle of mass 10g is placed in potential field given by V= (50x^2+100)erg/g. what will be the frequency of oscillation?

2 Answers

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