For a body in a uniformly accelerated motion, the distance of the body from a reference point at time t is given by x=al+ bt^(2) + C where a,b, c are constants. The dimensions of 'c' are the same as those of (a) x (b) at (c) bt^(2) (d) a^(2) //b

For a body in a uniformly accelerated motion, the distance of the body

1.	For a body in a uniformly accelerated motion, the distance of the body from a reference point at time t is given by x=al+ bt^(2) + C where a,b, c are constants. The dimensions of 'c' are the same as those of (a) x (b) at (c) bt^(2) (d) a^(2) //b
Answer» A A & B A, B & C A, B , C & D ANSWER :D

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For a body in a uniformly accelerated motion, the distance of the body from a reference point at time t is given by x=al+ bt^(2) + C where a,b, c are constants. The dimensions of 'c' are the same as those of (a) x (b) at (c) bt^(2) (d) a^(2) //b

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