Physics, asked by bhartesh74vasu, 9 months ago

a projectile.of mass 1.2.kg undergoes perfectly.inelastic.collision with a trolley of mass 3.6 kg. At the time.of collision the speed of projectile is 5m/s at an angle.of 37° with the horizontal the trolley is free to move,only along a hori. rail which concides 2ith the direction of the projectiles hori. motion .
Assuming that the trolley doesn't topple then find out the heat energy released in the collision​

Answers

Answered by as3451574
0

HOPE ITS HELP

Explanation:

a projectile.of mass 1.2.kg undergoes perfectly.inelastic.collision with a trolley of mass 3.6 kg. At the time.of collision the speed of projectile is 5m/s at an angle.of 37° with the horizontal the trolley is free to move,only along a hori. rail which concides 2ith the direction of the projectiles hori. motion .

Assuming that the trolley doesn't topple then find out the heat energy released in the collision

SORRY I AM NOT INTERESTED

Similar questions