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Consider harmonic oscillator: a mass suspended by a spring of spring constunt k. Assuming no drag force acting upon the mass, write the differential equation of motion of the object and find its general solution.

Consider harmonic oscillator: a mass suspended by a spring of spring constunt k. Assuming no drag force acting upon the mass, write the differential equation of motion of the object and find its general solution.

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Consider harmonic oscillator: a mass suspended by a spring of spring constant k. Assuming no drag force acting upon the mass, write the differential equation of motion of the object and find its general soliution (b) Consider RLC series circuit as shown in figure Write the differential equation of the circuit. i) What are values of to and B? in) Uaing the knowledge of mechanical oscillator, If p< write the general expression for Qt) and lt) iv Initially the capacitor is charged with Q0) = CV and l0) - 0, using these boundary conditions, Find Qt) and ln).
Transcribed Image Text:Consider harmonic oscillator: a mass suspended by a spring of spring constant k. Assuming no drag force acting upon the mass, write the differential equation of motion of the object and find its general soliution (b) Consider RLC series circuit as shown in figure Write the differential equation of the circuit. i) What are values of to and B? in) Uaing the knowledge of mechanical oscillator, If p< write the general expression for Qt) and lt) iv Initially the capacitor is charged with Q0) = CV and l0) - 0, using these boundary conditions, Find Qt) and ln).
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