- #1
l2aizou
- 10
- 0
Hypothetical question:
Let's say there's a granite cube with a volume of 60 cubic centimeters. A cannon ball is shot at it, reducing it to rubble, and the kinetic energy of the ball was 10,000 joules.
We use the same ball with the same kinetic energy output on a stronger unknown substance with a cubic volume of 300 cubic centimeters, but this time we only manage to destroy 50 cubic centimeters.
Is there a way to figure out the energy required to completely destroy the unknown cube, both in total and the rest of the remaining volume?
Let's say there's a granite cube with a volume of 60 cubic centimeters. A cannon ball is shot at it, reducing it to rubble, and the kinetic energy of the ball was 10,000 joules.
We use the same ball with the same kinetic energy output on a stronger unknown substance with a cubic volume of 300 cubic centimeters, but this time we only manage to destroy 50 cubic centimeters.
Is there a way to figure out the energy required to completely destroy the unknown cube, both in total and the rest of the remaining volume?