3 ms·
That's a fine guess, and it's not like I know any better, but if the fronts don't travel at the same speeds then... why? If there's enough kinetic energy to bre
by __MatrixMan__ 4y ago
That's a fine guess, and it's not like I know any better, but if the fronts don't travel at the same speeds then... why? If there's enough kinetic energy to break the bonds in the material, what's it doing before they break?
- AnotherGoodName 4y agoThe cracks don't travel in a straight line the shockwave does. That's it. Speed of sound can be literally thought of as the speed that force propagates in a material.
- xeonmc 4y ago> Speed of sound can be literally thought of as the speed that force propagates in a material. A.K.A. speed of mechanical causality