A body standing on a long railroad car throws a ball straight upwards. The car is moving on the horizontal road with an acceleration of 
and the projection velocity in the vertical direction is 
. How far behind the boy will the ball fall on the car? (inmetres)?
A body standing on a long railroad car throws a ball straight upwards. The car is moving on the horizontal road with an acceleration of and the projection velocity in the vertical direction is . How far behind the boy will the ball fall on the car? (inmetres)?
Question ID - 153878 | SaraNextGen Top Answer
A body standing on a long railroad car throws a ball straight upwards. The car is moving on the horizontal road with an acceleration of and the projection velocity in the vertical direction is . How far behind the boy will the ball fall on the car? (inmetres)?
|
A body standing on a long railroad car throws a ball straight upwards. The car is moving on the horizontal road with an acceleration of |
(2)
Let the velocity of car be 
when the ball is thrown. Initial velocity of car =Horizontal velocity of ball
Distance travelled by ball 
(in horizontal direction)
Car has travelled extra distance 
.png)
Ball can be considered a projectile having 
Hence, the ball will drop 2 m behind the boy