A particle oscillating under a force bar-F- - - k bar-x- - b bar-v- is a -k and b are constants-simple harmonic oscillatorlinear oscillatordamped oscillatorforced oscillator

Question

Toppr Admin · Accepted Answer

A particle oscillating under a force -xAF-F-x2212-k-xAF-x-x2212-b-xAF-v is damped oscillator- The first term -x2212-k-xAF-x represents the restoring force and second term -x2212-b-xAF-v represents the damping force-

A particle oscillating under a force $¯ F = - k ¯ x - b ¯ v$ is a (k and b are constants)
simple harmonic oscillator
linear oscillator
damped oscillator
forced oscillator

A particle oscillating under a force $¯ F = - k ¯ x - b ¯ v$ is damped oscillator. The first term $- k ¯ x$ represents the restoring force and second term $- b ¯ v$ represents the damping force.

A particle oscillating under a force ¯F=−k¯x−b¯v is a (k and b are constants)simple harmonic oscillatorlinear oscillatordamped oscillatorforced oscillator

A particle oscillating under a force ¯F=−k¯x−b¯v is damped oscillator. The first term −k¯x represents the restoring force and second term −b¯v represents the damping force.

A particle oscillating under a force $¯ F = - k ¯ x - b ¯ v$ is a (k and b are constants)
simple harmonic oscillator
linear oscillator
damped oscillator
forced oscillator

A particle oscillating under a force $¯ F = - k ¯ x - b ¯ v$ is damped oscillator. The first term $- k ¯ x$ represents the restoring force and second term $- b ¯ v$ represents the damping force.