Using the equation of state `pV=nRT`, show that at a given temperature density of a gas is proportional to gas pressure p.

Using the equation of state pV=nRT , show that at a given temperature the density of gas is proportional to gas pressure p .

Using the equation of state pV=nRT , show that at a given temperature the density of gas is proportional to gas pressure p .

Usingg the equation of state PV=nRT, show that at a given temperature, density of a gas is proportional to the gas pressure P.

Using the equation of state PV = nRT show that at a given temperature destiny of a gas is propotional to gas pressure P.

Using the equation of state PV = nRT, show that at given temperature density of gas is directly proportional to gas pressure.

Using the èquation of state 'P V .eq n R T', show that at a given temperature density of a gas is proportional to gas pressure 'P'.

Using the equation of state pV=nRT show that at a given temperature , the density of the gas is proportional to the gas pressure p.

Using the equation of state pV= nRT show that at a given temperature, the density of the gas is proportion a to gas the gas pressure P.

Using the equation of state PV=nrt show that at a given temperature , the density of the gas is proportional to the gas pressure P.