Ajout d'un exo avec une droite sur le diag. pV

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Guyot 2025-01-21 22:34:51 +01:00
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7 changed files with 319 additions and 4 deletions

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@ -2885,7 +2885,22 @@ Les valeurs des c\oe fficients de dilatation thermique sont celles du tableau \r
\end{exos}
\begin{exos}
Un énoncé de test.
On comprime un gaz diatomique de sorte que sa pression et son volume se déplace sur une droite de A à B (voir figure \ref{lediagpv}). La température initiale vaut \(T_A=\SI{270}{\kelvin}\).
\begin{figure}[!t]
\centering
\caption{Le diagramme PV.\label{lediagpv}}
\def\svgwidth{\textwidth}
\input{Annexe-Exercices/Images/DiagPV.eps_tex}
\end{figure}
\begin{enumerate}
\item Calculez la chaleur reçue par le gaz pour passer de A à B.
\item Au cours de cette transformation, on a que~:
\[p=-3\cdot 10^8\cdot (V-0,01)\]
avec \([P]=\si{\pascal}\) et \([V]=\si{\metre\cubed}\).
Exprimez T en fonction de V.
\item Trouvez la température maximale du gaz au cours de la compression de A à B.
\end{enumerate}
\begin{solos}
Un autre corrigé de test.
\end{solos}

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@ -2884,6 +2884,28 @@ Les valeurs des c\oe fficients de dilatation thermique sont celles du tableau \r
\end{solos}
\end{exos}
\begin{exos}
On comprime un gaz diatomique de sorte que sa pression et son volume se déplace sur une droite de A à B (voir figure \ref{lediagpv}). La température initiale vaut \(T_A=\SI{270}{\kelvin}\).
\begin{figure}[!t]
\centering
\caption{Le diagramme PV.\label{lediagpv}}
\def\svgwidth{\textwidth}
\input{Annexe-Exercices/Images/DiagPV.eps_tex}
\end{figure}
\begin{enumerate}
\item Calculez la chaleur reçue par le gaz pour passer de A à B.
\item Au cours de cette transformation, on a que~:
\[p=-3\cdot 10^8\cdot (V-0,01)\]
avec \([P]=\si{\pascal}\) et \([V]=\si{\metre\cubed}\).
Exprimez T en fonction de V.
\item Trouvez la température maximale du gaz au cours de la compression de A à B.
\end{enumerate}
\begin{solos}
Un autre corrigé de test.
\end{solos}
\end{exos}
%\begin{exos}
% Un énoncé de test.
% \begin{solos}

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