The velocity of a particle is v = v0 +gt +FT2. Its position is x = 0 at t = 0 ; then its ...........

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The velocity of a particle is v=v0 +gt +ft^2 . If its position is x =0 at t =0, then its The velocity of a particle is v=v0 +gt +ft^2 . If its position is x =0 at t =0, then its
The velocity of a particle is `v = v_0 + g t + ft^2`. If its position is `x = 0` at `t = 0`, then The velocity of a particle is `v = v_0 + g t + ft^2`. If its position is `x = 0` at `t = 0`, then
The velocity of a particle is v = v0 + gt + ft2. The velocity of a particle is v = v0 + gt + ft2.
The velocity of a particle is `v = v_(0) + gt + ft^(2)`. If its position is ` x=0 ` at ` t= 0 `, The velocity of a particle is `v = v_(0) + gt + ft^(2)`. If its position is ` x=0 ` at ` t= 0 `,
, , The velocity of a particle is v=v_0+gt+ft^2. If its position is x=0 at t=0, then its displace... , , The velocity of a particle is v=v_0+gt+ft^2. If its position is x=0 at t=0, then its displace...
18-The velocity of a particle is v=v0+gt+ft2. If its position is x=0 at t=0, then its displacement 18-The velocity of a particle is v=v0+gt+ft2. If its position is x=0 at t=0, then its displacement
, , The velocity of a particle is v=v_0+gt+ft^2. If its position is x=0 at t=0, then its displace... , , The velocity of a particle is v=v_0+gt+ft^2. If its position is x=0 at t=0, then its displace...
The velocity of a particle is \(v=v_0+g t+F t^2\). Its position is \(x=0\) at \(t=0\); then its .... The velocity of a particle is \(v=v_0+g t+F t^2\). Its position is \(x=0\) at \(t=0\); then its ....