- #1
nemzy
- 125
- 0
i am stuck on this problem:
a 3.9 g lead bullet at 31.8 C is fired at a speed of 279 m/s into a large block of ice at 0 C, in which it becomes embedded. what is the quantity of ice that melts??
well all i know is that i can find the specific heat and kinetic energy of the bullet, but where do i go from there?
a 3.9 g lead bullet at 31.8 C is fired at a speed of 279 m/s into a large block of ice at 0 C, in which it becomes embedded. what is the quantity of ice that melts??
well all i know is that i can find the specific heat and kinetic energy of the bullet, but where do i go from there?