if the position of a particle along y-axis is represented as a function of time t by the equation y(t)=t3 then find the displacement of the particle during the period t to t+​delta t

A particle on a speing executes shm when the particle is found at x=xmax/2 the speed of the partcle is A)vx=vmax B)vx=√3vmax/2C)vx=√2vmax/2D)vx=vmax/2

displacement associated with three dimensional wave is given by sai x y is equal to 1 + 1 by 2 x + root 3 by 2 k x minus omega t show that the wave propagates along a direction making an angle 60 degree with the x-axis

What do you mean by Energy of Simple Hormonic Motion?

What is mean by motion and time define it's all types with there parts and their s.i. units.

explain the effects of doppler effect in satellite communication