00:01
Here in this problem given, consider a piston with a volume 5 .3 liters containing an ideal gas subjected to 0 .26 atm pressure.
00:11
That is when the pressure is 0 .26 .8m, the volume of the gas is 5 .3 liters.
00:20
Now, the pressure is increased to 2 .5 a .m.
00:26
Now we have to calculate the volume of the piston at constant temperature.
00:36
Since the temperature is constant, we can use boils law.
00:44
And according to boils law, we can write p1 v1 is equal to p2, v2 at constant temperature.
00:57
Now, p1, that is the initial pressure, v1 initial volume, p2 final pressure, v2 final volume.
01:06
Here we have to calculate v2...