As pressure increases, temperature must <span>increase</span> for water to remain in a gaseous state.
Kinetic energy<span> increases with the square of the velocity (KE=1/2*m*v^2). If the velocity is doubled, the KE quadruples. Therefore, the </span>stopping distance<span> should increase by a factor of four, assuming that the driver is </span>can<span> apply the brakes with sufficient precision to almost lock the brakes.</span>
I think it would be yes because the drum is submerged in water and the water would slow the sound waves, making the sound softer. Right?
