T F Velocity squared divided by double gravity is called the velocity head. F If the mass entering a tank is greater than the mass exiting the tank, then the amount of mass in the tank will decrease through time. A flow in a pipe that has a Reynolds number of 10-$ would be considered turbulent. b T. T F The partial derivative of velocity with respect to time is called the convective acceleration. d T. F

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Velocity squared divided by double gravity is called the velocity head.
If the mass entering a tank is greater than the mass exiting the tank, then the
amount of mass in the tank will decrease through time.
A flow in a pipe that has a Reynolds number of 105 would be considered
a
T
F
T
F
T
F
turbulent.
d.
T
F
The partial derivative of velocity with respect to time is called the convective
acceleration.
F
The center of pressure is never above the centroid of a planar surface.
An object submerged in oil (S = 0.88) will have a smaller buoyant force acting on
it than when it is submerged in water.
Turbulent flow in pipes tends to have a more uniform mean velocity profile than
laminar flow in pipes.
The Bernoulli equation requires that the two points in question are on the same
streamline.
e
T
F
F
h
F
i
The weight of an object is different under water than it is out of the water.
A pathline traces all particles that pass through a given point through time.
F
T
F
Transcribed Image Text:Velocity squared divided by double gravity is called the velocity head. If the mass entering a tank is greater than the mass exiting the tank, then the amount of mass in the tank will decrease through time. A flow in a pipe that has a Reynolds number of 105 would be considered a T F T F T F turbulent. d. T F The partial derivative of velocity with respect to time is called the convective acceleration. F The center of pressure is never above the centroid of a planar surface. An object submerged in oil (S = 0.88) will have a smaller buoyant force acting on it than when it is submerged in water. Turbulent flow in pipes tends to have a more uniform mean velocity profile than laminar flow in pipes. The Bernoulli equation requires that the two points in question are on the same streamline. e T F F h F i The weight of an object is different under water than it is out of the water. A pathline traces all particles that pass through a given point through time. F T F
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