the initial velocity of a particle is u=0 at t=0 and x=0 and its accel

1.	the initial velocity of a particle is u=0 at t=0 and x=0 and its acceleration a =k.x then what is relation between its velocity and position(x)
Answer» a=kx u=0 v=v u=0 t=0 also a=dv/dt dv/dt=kx dv=kxdt integrating $\int\limits^v_u\, dv= \int\limits^t_0 {kx} \, dt$ v-u=kxt v=kxt hope this HELPS

the initial velocity of a particle is u=0 at t=0 and x=0 and its acceleration a =k.x then what is relation between its velocity and position(x)

Answer»

a=kx

u=0

v=v

u=0

t=0

also

a=dv/dt

dv/dt=kx

dv=kxdt

integrating

$\int\limits^v_u\, dv= \int\limits^t_0 {kx} \, dt$

v-u=kxt

v=kxt

hope this HELPS

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the initial velocity of a particle is u=0 at t=0 and x=0 and its acceleration a =k.x then what is relation between its velocity and position(x)

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