1.2.5 Euler equations in integral form

After a slight rearrangement we get the Euler equations in integral form:

$${ \! \renewedcommand{arraystretch}{2.0} \begin{array}{lcl... ...scriptscriptstyle n$}}}} \; d\!A dt & = & 0 \end{array}}$$ (15)

There is a close correspondence to the Euler equations in differential form (1). Note however, that in the integral form there are no derivatives.