the displacement of a particle at timr t is x=a cos t , the acceleration will be
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to find the acceleration we have to double differentiate the function of displacement wrt time .
so acceleration=-a cost.
so acceleration=-a cost.
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Hola User_________________
Here is Your Answer......!!!!!!
___________________________
☆Actually welcome to the concept of the Simple Harmonic Motion....
☆Basically if we see here ...it is given that ...the displacement equation is ...
☆X = a cos t ..,,
☆Actually we know that the concept. ..
when we get first derivative of a displacement with respect to time ...we get the velocity of the Particle ......
☆And then if get the derivative of the velocity with respect to time ...then we eventually get the acceleration of the Particle ......
☆thus here ..... dx/dt = - a sin t .....= velocity of the Particle (v)
☆thus then for acceleration (a) = dv / dt = - a cos t .....= acceleration of the Particle .....
☆Acceleration = - a cos t .
_______________________________
Hope it helps u......☺
Here is Your Answer......!!!!!!
___________________________
☆Actually welcome to the concept of the Simple Harmonic Motion....
☆Basically if we see here ...it is given that ...the displacement equation is ...
☆X = a cos t ..,,
☆Actually we know that the concept. ..
when we get first derivative of a displacement with respect to time ...we get the velocity of the Particle ......
☆And then if get the derivative of the velocity with respect to time ...then we eventually get the acceleration of the Particle ......
☆thus here ..... dx/dt = - a sin t .....= velocity of the Particle (v)
☆thus then for acceleration (a) = dv / dt = - a cos t .....= acceleration of the Particle .....
☆Acceleration = - a cos t .
_______________________________
Hope it helps u......☺
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