Graphically represented by an equilateral hyperbola, at the namesake temperature associated with this law the fluid's intermolecular attractive and repulsive effects balance and the second virial coefficient equals zero.
Graphically represented by an equilateral hyperbola, at the namesake temperature associated with this law the fluid's intermolecular attractive and repulsive effects balance and the second virial coefficient equals zero. Discovered by allowing a trapped sample of gas in a manometer to equilibrate to constant temperature, it is sometimes also known as Mariotte's Law. For 10 points identify this law that states that at constant temperature, a gas' volume is inversely proportional to its pressure.
Graphically represented by an equilateral hyperbola, at the namesake temperature associated with this law the fluid's intermolecular attractive and repulsive effects balance and the second virial coefficient equals zero.
{Boyle}'s Law