00:01
Other students, we have given that 100 gram of co2, that the given mass of the co2 is 100 gram and the molar mass of co2 is 44 .01 gram per mole.
00:16
That means number of mole, that is n, will be equal to 100 gram divided by 44 .01.
00:23
This will give me the moles.
00:27
Occupies the volume of 55 litres at the pressure of 1 atmosphere.
00:34
We have to find the temperature.
00:37
Using the idle gas equation, which is pv is equal to nrt, p is the pressure, v is the volume, and is the number of moles, is the gas constant, t is the temperature.
00:49
Here i will use the gas constant equal to 0 .08205 litre, atmosphere, kelvin inverse and mole inverse.
01:02
I use gas constant according to the units of, the other terms like pressure volume n and the temperature t so using this equation pressure is one atmosphere volume is 55 n is 100 divided by 44 .01 moles times the gas constant is 0 .082 05 times the temperature and after solving it i get the temperature is equal to 295 this will be in kelvin's kelvin's so this is the temperature...