एक कण का विस्थापन `x=0.2(cos^2""(pit)/2-sin^2"(pit)/2)` मीटर है कण की गति

The displacement of a particle is represented by the equation y=0.4{"cos"^(2)((pi t)/(2))-"sin"^(2)((pit)/(2))} metre The motion of the particle is

A particle is executing SHM in both x and y directions whose equations are as follows: x=cos(pit)" and "y=cos((pit)/(2)) What will be the net trajectory of the particle on the x-y plane?

A particle is executing SHM in both x and y directions whose equations are as follows: x=cos(pit)" and "y=cos((pit)/(2)) What will be the net trajectory of the particle on the x-y plane?

A particle is subjected to two simple harmonic motions given by x_1=2.0sin(100pit)and x_2=2.0sin(120pit+pi/3) , where x is in centimeter and t in second. Find the displacement of the particle at a. t=0.0125, b. t= 0.025.

A particle is subjected to two simple harmonic motions given by x_1=2.0sin(100pit)and x_2=2.0sin(120pit+pi/3) , where x is in centimeter and t in second. Find the displacement of the particle at a. t=0.0125, b. t= 0.025.

The corresponding reference circle for a given SHM has been shown in the figure. Given pi = ( 7pi)/(4) . Write the corresponding equation of SHM. Consider anticlockwise direction for rotation. Hint : x= 2 cos ( 2pit+ (7pi)/( 4)) 2 cos ((3pi)/( 2) + ( 2pit+(pi)/(4)))

The corresponding reference circle for a given SHM has been shown in the figure. Given pi = ( 7pi)/(4) . Write the corresponding equation of SHM. Consider anticlockwise direction for rotation. Hint : x= 2 cos ( 2pit+ (7pi)/( 4)) 2 cos ((3pi)/( 2) + ( 2pit+(pi)/(4)))

The corresponding reference circle for a given SHM has been shown in the figure. Given phi = ( 7pi)/(4) . Write the corresponding equation of SHM. Consider anticlockwise direction for rotation. Hint : x= 2 cos ( 2pit+ (7pi)/( 4)) 2 cos ((3pi)/( 2) + ( 2pit+(pi)/(4)))

y_(t)=2sin3pit y_(2)=2sin(3pit-(pi)/(8)) The wave velocity is