Boyle law graphically

1.	Boyle law graphically
Answer» Boyle’s Law\tBoyle’s law was stated by Robert Boyle.\tIt states that at constanttemperature, the pressure of a fixednumber of moles nof gasvaries inversely with its volume.k1\xa0= Proportionality constant.\tIt depends upon the amount and temperature of gas. It also depends upon the units in which p as well v are expressed.\tLet volume V1\xa0is occupied at pressure P1\xa0and temperature T1.\tAgain volume V2\xa0is occupied at pressure P2\xa0and temperature T2. Mathematically, as per Boyle’s law:P1\xa0V1= P2\xa0V2\xa0= ConstantP1/P2\xa0\xa0= V2/V1\xa0\tThe curve corresponding to differentconstant temperature is calledisotherm.\tHighercurves correspond to higher temperature.\tThe graph represents a straight line passing through the But under high pressures gases\tdeviate from Boyle’s law and consequently there is no straight line in the graph.\tThis signifies that gases become denser at high pressure.\tDensity is defined as the ratio of mass by volume. Desity = Mass/ Volume = m/v\tUsing the value of v from Boyle’s law equation, value of d can be further modified as

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