A bomb is dropped on an enemy post by an aeroplane flying horizontally with a velocity of 60 kmh−1 and at a height of 490 m. At the time of dropping the bomb, how far the aeroplane should be from the enemy post so that the bomb may directly hit the target?

April 19, 2022

by Ezee_Notes

with no comment

Physics Problems

Question : A bomb is dropped on an enemy post by an aeroplane flying horizontally with a velocity of 60 kmh−1 and at a height of 490 m. At the time of dropping the bomb, how far the aeroplane should be from the enemy post so that the bomb may directly hit the target?

(A) $\dfrac{400}{3}m$

(B) $\dfrac{500}{3}m$

(D) 498 m

Answer : option (B)

Solution :

A bomb is dropped on an enemy post by an aeroplane flying horizontally with a velocity of 60 kmh−1 and at a height of 490 m. At the time of dropping the bomb, how far the aeroplane should be from the enemy post so that the bomb may directly hit the target?