The graph is a straight line through the origin, verifying that the pressure (P) is proportional to (1/V), verifying Boyles Law. Also all values of pV are ...

P is directly proportional to 1/V, therefore at constant temperature general term of isotherm plot will be a straight line like in the graph shown below.

To plot P vs 1/V 2 graph P=y 1/V 2 =x or V=1/ \sqrt{x} Accoding to Boyles Law, PV= constant y/ \sqrt{x} = K y= Kx 2 ,

The following graph correctly reflects log P vs log (1V) for a finite amount of gas at a constant temperature.

By plotting V versus 1/P (or P versus 1/V), we obtain a straight line with slope = const. Therefore, a gas is ideal when the plot of V versus 1/P (or P versus ...

22 июн. 2019 г. · Since PV=nRT, for a fixed amount of gas at constant temperature, P is directly proportional to 1/V. Therefore the P vs 1/V graph is a line. Explain the shape of graph obtained between pressure P and 1/v for ... Why the graph of a pressure against volume of a fixed ... - Quora How does the graph explained about relationship of pressure (p ... In Boyle's law, if you're asked to draw a P-V or V-P graph ... - Quora Другие результаты с сайта www.quora.com

In this graphical representation, the inverse of volume (1/V) is plotted along the x-axis and pressure (P) is plotted along the y-axis (see the graph below).

Продолжительность: 2:14
Опубликовано: 25 апр. 2020 г.

20 мар. 2017 г. · We don't, unless the temperature is fixed. For simplicity, this is certainly true for ideal gases. The ideal gas law is: PV=nRT.