MNE 332 Fluid Mechanics Exam Questions and Answers Rated 100%
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Module
MNE 332 Fluid Mechanics
Institution
MNE 332 Fluid Mechanics
MNE 332 Fluid Mechanics Exam Questions and Answers Rated 100%
What is a Fluid - Answers A substance that deforms under any shearing stress
What is meant by defining a fluid as "continium" - Answers Fluid parameters vary continuously throughout the fluid
Examples of Primary Qualities - Answers -...
MNE 332 Fluid Mechanics Exam Questions and Answers Rated 100%
What is a Fluid - Answers A substance that deforms under any shearing stress
What is meant by defining a fluid as "continium" - Answers Fluid parameters vary continuously
throughout the fluid
Examples of Primary Qualities - Answers -Length
-Time
-Mass
-Temperature
What is meant by a dimensionally homogeneous equation - Answers -Dimensions on the left side of the
equation must match the dimensions on the right
There are strong similarities between the general approach to fluid mechanics and what - Answers -rigid
body and deformable body solid mechanics
Specific Volume is the reciprocal of what measurement - Answers -Density
The broad subject of fluid mechanics can be divided into? - Answers -fluid statics
-fluid dynamics
Definition of specific gravity - Answers -ratio of the density of a fluid to the density of water
The pressure in a fluid at rest is defined as the BLANK force per unit area exerted on a plane surface
immersed in a fluid - Answers -NORMAL
Since large pressures are required to effect a change in volume, we conclude that liquids can be
considered as BLANK for most practical engineering applications - Answers -Incompressible
Another term for the speed of sound - Answers -acoustic velocity
Boiling which is the formation of vapor bubbles within the fluid mass, is initiated when the BLANK in the
fluid reaches the vapor pressure - Answers -Absolute Pressure
The development of vapor pressure related to which of the following(Boiling Point, Molecular activity,
atmospheric pressure) - Answers -Molecular Activity
The rise of fall of a liquid capillary tube is a common phenomena associated with which of the following
(difference in pressure, surface area, surface tension) - Answers -surface tension
Pascals Law - Answers -The pressure at a point in a fluid at rest or in motion is independent of direction
as long as there are no shearing stresses present
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