Euler’s equation in the differential form for motion of liquids is given byA. \(\frac{{dp}}{\rho } - gdz + vdv = 0\)B. \(\frac{{dp}}{\rho } + gdz - vdv = 0\)C. \(\frac{{dp}}{\rho } + gdz + vdv = 0\)D. \(pdp + gdz + vdv = 0\)

Euler’s equation in the differential form for motion of liquids is g

1.	Euler’s equation in the differential form for motion of liquids is given byA. \(\frac{{dp}}{\rho } - gdz + vdv = 0\)B. \(\frac{{dp}}{\rho } + gdz - vdv = 0\)C. \(\frac{{dp}}{\rho } + gdz + vdv = 0\)D. \(pdp + gdz + vdv = 0\)
A.	Only A
B.	Only B
C.	Only C
D.	Only D
Answer» D. Only D