Thermodynamics Conservation of Energy
Tags: #physics #thermodynamicsEquation
$$Q=\Delta U+W \\ d\hspace{-1ex}\rule[1.25ex]{2mm}{0.4pt} Q=dU+d\hspace{-1ex}\rule[1.25ex]{2mm}{0.4pt}W \\ d\hspace{-1ex}\rule[1.25ex]{2mm}{0.4pt}W=pdV \\ Q=\Delta H+W_{\rm i}+\Delta E_{\rm kin}+\Delta E_{\rm pot}$$Latex Code
Q=\Delta U+W \\
d\hspace{-1ex}\rule[1.25ex]{2mm}{0.4pt} Q=dU+d\hspace{-1ex}\rule[1.25ex]{2mm}{0.4pt}W \\
d\hspace{-1ex}\rule[1.25ex]{2mm}{0.4pt}W=pdV \\
Q=\Delta H+W_{\rm i}+\Delta E_{\rm kin}+\Delta E_{\rm pot}
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Introduction
Equation
Latex Code
Q=\Delta U+W \\
d\hspace{-1ex}\rule[1.25ex]{2mm}{0.4pt} Q=dU+d\hspace{-1ex}\rule[1.25ex]{2mm}{0.4pt}W \\
d\hspace{-1ex}\rule[1.25ex]{2mm}{0.4pt}W=pdV \\
Q=\Delta H+W_{\rm i}+\Delta E_{\rm kin}+\Delta E_{\rm pot}
Explanation
Latex code for the Thermodynamics Introduction. I will briefly introduce the notations in this formulation.
: The total added heat
: The work done
: The difference in the internal energy
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