er Frequency of oscillation of a bodu is GHz when force is applied and 8 H₂ when I is applied in both forces FC a os fi and 12 are applied t od together then find out the frequency at oscillation

Frequency of oscillation of a body is 6 Hz when force F_(1) is applied and 8 Hz when F_(2) is applied . If both forces F_(1) and F_(2) are applied together, then find out the frequency of oscillation.

Frequency of oscillation of a body is 6 Hz when force F_(1) is applied and 8 Hz when F_(2) is applied . If both forces F_(1) and F_(2) are applied together, then find out the frequency of oscillation.

A wire has an elongation of 0.04m when a force F is applied on it . Now its length & diameter are double and same force F is applied on it. Find new elongation in the wire

When a force of 80 N is applied on a uniform steel wire, its free end elongates by 1.2 mm. Find the energy stored in the wire.

A block the of mass 4kg is placed on another block of mass 5kg and the block B rests on a smooth horizontal table for sliding the block A on B a horizontal force 12N is required to be applied force on it How much maximum horizontal force can be applied on 'B' s that both A and B move together? Also find out the accleration proudced by this force .

A weakly damped harmonic oscillator of frequency n_1 is driven by an external periodic force of frequency n_2 . When the steady state is reached, the frequency of the oscillator will be

A weakly damped harmonic oscillator of frequency n_1 is driven by an external periodic force of frequency n_2 . When the steady state is reached, the frequency of the oscillator will be

12N of force required to be applied on A to slip on B. Find the maximum horizontal force F to be applied on B so that A and B moves together.