Question

Euler's equation in the differential form for the motion of liquids is given by

• A. $$\frac {dp}{\rho} - gdz+ \nu d\nu = 0$$
• B. $$\frac {dp}{\rho} gdz- \nu d\nu = 0$+$
• C. $$\frac {dp}{\rho} + gdz+ \nu d\nu = 0$$
• D. \pdp- gdz+ \nu d\nu = 0

Answer 1

Answer:

$$\frac {dp}{\rho} + gdz+ \nu d\nu = 0$$

Euler's equation in the differential form for the motion of liquids is given by

$\frac {dp}{\rho} + gdz+ \nu d\nu = 0$