The coordinates of a moving particle at any time is given by 2
x at and y=bt2. Then speed of the
particle is
Answers
Answer:
velocity in x -axis direction v
velocity in x -axis direction v x
velocity in x -axis direction v x
velocity in x -axis direction v x =
velocity in x -axis direction v x = dt
velocity in x -axis direction v x = dtdx
velocity in x -axis direction v x = dtdx
velocity in x -axis direction v x = dtdx =2ct
velocity in x -axis direction v x = dtdx =2ctin y direction v
velocity in x -axis direction v x = dtdx =2ctin y direction v y
velocity in x -axis direction v x = dtdx =2ctin y direction v y
velocity in x -axis direction v x = dtdx =2ctin y direction v y =
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dt
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bt
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v=
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v= v
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v= v x
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v= v x2
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v= v x2
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v= v x2 +v
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v= v x2 +v y
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v= v x2 +v y2
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v= v x2 +v y2
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v= v x2 +v y2
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v= v x2 +v y2
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v= v x2 +v y2 =2t
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v= v x2 +v y2 =2t c
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v= v x2 +v y2 =2t c 2
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v= v x2 +v y2 =2t c 2 +b
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v= v x2 +v y2 =2t c 2 +b 2
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v= v x2 +v y2 =2t c 2 +b 2
velocity in x -axis direction v x = dtdx =2ctin y direction v y = dtdy =2bttherefore velocity is v= v x2 +v y2 =2t c 2 +b 2