This statement was used by Newton and Laplace to derive the speed of sound, and a McLeod gauge applies this law, although it was first discovered using a manometer designed by Robert Hooke.
This statement was used by Newton and Laplace to derive the speed of sound, and a McLeod gauge applies this law, although it was first discovered using a manometer designed by Robert Hooke. Daniel Bernoulli used Newton's laws of motion to derive this statement, which he explained using his kinetic theory of gases. Also named for  (*) Mariotte, this law explains why ears pop at high altitudes, and is featured in the combined gas law with Charles's law and Gay-Lussac's law. For ten points, identify this gas law that states for constant temperature, pressure and volume are inversely related.
This statement was used by Newton and Laplace to derive the speed of sound, and a McLeod gauge applies this law, although it was first discovered using a manometer designed by Robert Hooke.
{Boyle}-Mariotte law (prompt on {ideal gas} law)