AT 0 DEGREE CELSIUS AND 760 mm of hg pressure,a gas occupies a volume of 100cubic cm The kelvin - Chemistry -

Question

AT 0 DEGREE CELSIUS AND 760 mm of hg pressure,a gas occupies a
volume of 100cubic cm The kelvin temp of the gas is increased by
one fifth while the pressure is increased one and a half
time,calculate the final volume??

Kumar Sarang · Accepted Answer

T1= 273 K or 0oC
P1=760 mmn of Hg
V1=100 cm3

T2=273+(1/5)*273=327 6 K
P2=760+ (1/2)760=1140 mm of Hg
V2=?

Combined Gas Law :
P1V1/T1=P2V2/T2

V2=(760*100*327 6)/(1140*273)
V2= 80 cm3

AT 0 DEGREE CELSIUS AND 760 mm of hg pressure,a gas occupies a volume of 100cubic cm. The kelvin temp. of the gas is increased by one fifth while the pressure is increased one and a half time,calculate the final volume??