On which does the value of $\alpha _V$ depends for ideal gas ?
On which does the value of $\alpha _V$ depends for ideal gas ?
$\alpha_{\mathrm{V}} \propto \frac{1}{\mathrm{~T}}$ hence inversely proportion to temperature.
Similar Questions
Each side of a box made of metal sheet in cubic shape is $'a'$ at room temperature $'T'$, the coefficient of linear expansion of the metal sheet is $^{\prime} \alpha^{\prime}$. The metal sheet is heated uniformly, by a small temperature $\Delta T$, so that its new temperature is $T +\Delta T$. Calculate the increase in the volume of the metal box.
Each side of a box made of metal sheet in cubic shape is $'a'$ at room temperature $'T'$, the coefficient of linear expansion of the metal sheet is $^{\prime} \alpha^{\prime}$. The metal sheet is heated uniformly, by a small temperature $\Delta T$, so that its new temperature is $T +\Delta T$. Calculate the increase in the volume of the metal box.
- [JEE MAIN 2021]
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In figure which strip brass or steel have higher coefficient of linear expansion
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