A bullet is fired on a fixed target. It penetrates inside the target through distance 
and then stops, mass of the bullet is 
and of the target is
. Now an identical bullet moving with the same velocity is fired on the identical target which is placed at rest on a frictionless horizontal surface. Then find the distance (in cm) to which the bullet will penetrate inside the target?
and then stops, mass of the bullet is and of the target is . Now an identical bullet moving with the same velocity is fired on the identical target which is placed at rest on a frictionless horizontal surface. Then find the distance (in cm) to which the bullet will penetrate inside the target?Question ID - 101424 | SaraNextGen Top Answer A bullet is fired on a fixed target. It penetrates inside the target through distance and then stops, mass of the bullet is and of the target is . Now an identical bullet moving with the same velocity is fired on the identical target which is placed at rest on a frictionless horizontal surface. Then find the distance (in cm) to which the bullet will penetrate inside the target?
A bullet is fired on a fixed target. It penetrates inside the target through distance and then stops, mass of the bullet is and of the target is . Now an identical bullet moving with the same velocity is fired on the identical target which is placed at rest on a frictionless horizontal surface. Then find the distance (in cm) to which the bullet will penetrate inside the target?
|
(3) For first case
For second case
Solving Eqs. (i) and (ii), |
(i)
is common velocity
(ii)