R is equivalent to the Boltzmann constant but expressed in units of energy per temperature increment per mole the pressurevolume product. P V text constant at constant n and T If either volume or pressure changes while amount and temperature stay the same then the other property must change so that the product of the two properties still equals that same constant. A decrease in volume increases the number of gas particles.
By plotting pressure p against the reciprocal of the volume 1V a straight line is obtained the gradient of which is the constant in Boyles Law.
A decrease in volume increases the number of gas particles. Multiply the width length and height to compute the volume in cubic meters. SV Stroke Volume EDV End Diastolic Volume ESV End Systolic Volume For example. The most frequently introduced forms are.