One mole of an ideal monoatomic gas undergoes the process `T=T_(0)+4V`, where `T_(0)` is initial temperature. Find (i) Heat capacity of gas as function of its volume. (ii) The amount of heat transferred to gas if its volume increases from `V_(0)` to `4V_(0)`.

One mole of an ideal monoatomic gas undergoes the process `T=T_(0)+4V`

1.	One mole of an ideal monoatomic gas undergoes the process `T=T_(0)+4V`, where `T_(0)` is initial temperature. Find (i) Heat capacity of gas as function of its volume. (ii) The amount of heat transferred to gas if its volume increases from `V_(0)` to `4V_(0)`.
Answer» (i) `C=(R)/(4)(10+(T_(0))/(V))` (ii) `Q=30RV_(0)+RT_(0)ln4`

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One mole of an ideal monoatomic gas undergoes the process `T=T_(0)+4V`, where `T_(0)` is initial temperature. Find (i) Heat capacity of gas as function of its volume. (ii) The amount of heat transferred to gas if its volume increases from `V_(0)` to `4V_(0)`.

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