A sewing machine needle is oscillating simple harmonically in a vertical line of length `6cm` with a frequenct `30` per minute. The displacement of the needle `1//6s` after crossing the mean position is

A particle of mass 10g executes a linear SHM of amplitude 5 cm with a pariod of 2s . Find the PE and KE,(1)/(6) s after crossing the mean position.

A particle is executing simple harmonic motion with an amplitude of 10 cm and time period of 4s. Calculate its displacement, velocity and acceleration after 1/2 seconds, starting from the mean position.

A needle of a sewing machine moves along a path of amplitude 4 cm with frequency 5 Hz . Find its acceleration [1/30] s after it has crossed the mean position.

A needle of a sewing machine moves along a path of amplitude 4 cm with frequency 5 Hz. Find itsacceleration frac(1)(30) second after it crossed its mean position.

A needle of sewing machine moves in path of amplitude 2 cm and has a frequency at 10 Hz. Then what is its acceleration after (1/40) second after it has crossed its mean position ?

A particle is executing simple harmonic motion with time period of 4 s and amplitude 10 cm. Calculate displacement, velocity after (1)/(2) second starting from mean position.

A particle executing SHM completes 1200 oscillations per minute and passes through the mean position with a velocity of 31.4ms^(-1) . Determine the maximum displacement of the particle from the mean position also obtain the displacement equation of the aprticle if its displacemet be zero at the instant t=0.

A particle simple harmonic motion completes 1200 oscillations per minute and passes through the mean position with a velocity 3.14 ms^(-1) . Determine displacement of the particle from its mean position. Also obtain the displacement equation of the particle if its displacement be zero at the instant t = 0 .

A particle simple harmonic motion completes 1200 oscillations per minute and passes through the mean position with a velocity 3.14 ms^(-1) . Determine displacement of the particle from its mean position. Also obtain the displacement equation of the particle if its displacement be zero at the instant t = 0 .