1) In BOYLE's law when graph is plotted between pressure on x-axis and volume on y-axis at constant temrarure,isotherm is obtained. When temprature is increased and graph is plotted between volume and pressure at this new constant temrature a new curve is obtained which is far away from both axis. Plz explain why curve move away from both axis???
2)In BOYLE's law when graph is plotted between pressure on y-axis and 1/v on x-axis at constant temrarure,a straight line is obtained. When temprature is increased and graph is plotted between 1/v and pressure at this new constant temrature a new straight line is obtained which is away from both 1/v axis. Plz explain why the sraight line move away from 1/v axis???
Answer 1) You're plotting PV = RT where R is the gas constant. At constant T, you get a curve of V vs. P. Obviously, if you increase T you get a new isotherm which cannot cross the old one.
2) Here you're plotting P = (1/V)RT and again you have an isotherm. If you increase T the line has to move away since it can't cross the old one.
