Fluid Dynamics

A. P1 – P2 = 1/2 ρV22
B. V2 = 2g (h1-h2)
C. P = 1 /2ρV2 = ρgh = constant
D. A1 V1 = A2 V2 = constant

A. Non-viscous
B. Incompressible
C. Steady flow
D. Possess all properties

A. Bernoulli effect
B. Torricelli effect
C. Venturi effect
D. Stokes effect

A. Stationary
B. Moving
C. Moving slowly
D. Moving fast

A. Venturimeter
B. Blood pressure
C. Sphygmomanometer
D. Sonometer

A. Low blood pressure
B. High blood pressure
C. Normal blood pressure
D. Abnormal blood pressure

A. 1.333 Nm-2
B. .1333 Nm-2
C. 13.33 Nm-2
D. 133.3 Nm2

A. Rough
B. Square
C. Circular
D. Spherical

A.The shinning side of the ball
B. Rough side
C. The seam of the ball
D. Goes straight

A. Fluid pressure
B. Fluid density
C. Fluid speed
D. None