00:01
Hi students in this question, an ideal monoatomic gas is been given whose number of molds is taken as n to be equal to 1 mold.
00:09
And here the temperature of this gas is taken as a constant value capitalized t which is equal to 300 kelvin.
00:16
Now here the initial volume of this gas can be taken as v1 which is equal to a value of v.
00:21
On the other hand, the final volume can be taken as v2 which is equal to price the value of v1 which gives the value as 3v.
00:30
And in the first part of the question, we are asked to find out the change in internal energy of the gas, which is taken as delta u.
00:37
And here we can say that since the temperature t is taken to be a constant value of 300 kelvin, in this case we can say that the value of change in internal energy delta u will be equal to a value of zero.
00:50
Now in the second part of the question, we are asked to find out work done by the gas, which is taken as capital letter w, where the work done can be calculated using the equation, work done to find out...