The relation between volume $(\mathrm{V})$ and absolute temperature ( $\mathrm{T}$ ) of a gas in an…
The relation between volume $(\mathrm{V})$ and absolute temperature ( $\mathrm{T}$ ) of a gas in an adiabatic process is
$\mathrm{TV}^{\mathrm{g}}=$ constant
$\mathrm{VTg}=$ constant
$\mathrm{TV}^{1-\mathrm{g}}=$ constant
$\mathrm{TV}^{\mathrm{g}-1}=$ constant
Solution
The process in which heat remains constant is called adiabatic process.
In adiabatic process relation between temperature and volume is given as:
$
\mathrm{TV}^{\gamma-1}=\text { constant }
$