We control the volume of the gas in the pressure vs. volume experiment through Boyle's Law, the relationship between pressure and volume.
Boyle's Law: The Connection Between Volume and Pressure.
The volume of a gas reduces as pressure increases because the gas particles are pushed closer together. The ability of a gas to spread its particles farther apart causes its volume to increase as pressure decreases, in contrast. A gas can have its pressure or temperature altered in order to vary its volume. The volume of the gas would increase as the temperature rose. The volume of the gas would, however, drop if the pressure were raised. As a result, the relationship between the volume and pressure is inverse. Boyle's Law's constant, the gradient of a straight line, is determined by graphing pressure (p) against the volume's reciprocal (1/V). The number of gas particles per unit volume rises as volume declines.
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