An ideal gaseous sample at intial state `i(P_(0),V_(0),T_(0))` is allowed to expand to volume `2 V_(0)` using two different process, in the first process, thje equation of process is `2PV^(2)=K_(1)` and in the second process the equation of the process is `PV=K_(2)`. Then:A. Work done in the first process will be greater than work in second process (magnitude wise).B. The order of value of work done cannot be compared unless we know the value of `K_(1)` and `K_(2)`C. Value of work done (magnitude) in second process is greater in above expansion irrespective value of `K_(1) and K_(2)`D. Ist process is not possible.

An ideal gaseous sample at intial state `i(P_(0),V_(0),T_(0))` is allo

1.	An ideal gaseous sample at intial state `i(P_(0),V_(0),T_(0))` is allowed to expand to volume `2 V_(0)` using two different process, in the first process, thje equation of process is `2PV^(2)=K_(1)` and in the second process the equation of the process is `PV=K_(2)`. Then:A. Work done in the first process will be greater than work in second process (magnitude wise).B. The order of value of work done cannot be compared unless we know the value of `K_(1)` and `K_(2)`C. Value of work done (magnitude) in second process is greater in above expansion irrespective value of `K_(1) and K_(2)`D. Ist process is not possible.
Answer» Correct Answer - C

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