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After rising a short distance , the smooth column of smoke from a cigarette break ups into an irregular and random pattern. In a similar fashion , a stream of fluid flowing past an obstacles break ups
After rising a short distance , the smooth column of smoke from a cigarette break ups into an irregular and randompattern.
In a similar fashion , a stream of fluid flowing past an obstacles break ups into eddies and vortices which give the flow irregular velocity components transverse to the flowdirection.
Other examples include the waves left in water by moving ships, the sound produced by whistling and by wind instruments
. These examples are the results of
After rising a short distance, the smooth column of smoke from a cigarette breaks up into an irregular and random pattern. In a similar fashion, a stream of fluid flowing past an obstacle breaks up in
After rising a short distance, the smooth column of smoke from a cigarette breaks up into an irregular and randompattern.
In a similar fashion, a stream of fluid flowing past an obstacle breaks up into eddies and vortices which give the flow irregular velocity components transverse to the flowdirection.
Other examples include the wakes left in water by moving ships, the sound produced by whistling and by windinstruments.
These examples are results of
A 16 m high wind break is constructed to protect soil from wind erosion due to wind velocity of 18 m s-1 at 15 m height. The minimum wind velocity at 15 m height capable of moving the soil fraction is
A 16 m high wind break is constructed to protect soil from wind erosion due to wind velocity of 18 m s-1 at 15 mheight.
The minimum wind velocity at 15 m height capable of moving the soil fraction is 8 m s-1. The angle of deviation of prevailing wind direction from the perpendicular to the wind break is300.
The distance of full protection from the wind break in m is
Bernoulli's equation for fluid flow is derived following certain assumptions. Out of the assumptions listed below, which set of assumptions is used in derivation of Bernoulli's equation ?A. Fluid flow
Bernoulli's equation for fluid flow is derived following certainassumptions.
Out of the assumptions listed below, which set of assumptions is used in derivation of Bernoulli's equation ?A. Fluid flow is frictionless &irrotational.
B. Fluid flow issteady.
C. Fluid flow is uniform &turbulent.
D. Fluid iscompressible.
E. Fluid is incompressible
S1: This weather-vane often tops a church spire, tower or high building.P : They are only wind-vanes.Q : Neither alone can tell us what the weather will be.R : They are designed to point to direction
S1: This weather-vane often tops a church spire, tower or highbuilding.
P : They are only wind-vanes.
Q : Neither alone can tell us what the weather will be.R : They are designed to point to direction from which the wind iscoming.
S : Just as the barometer only tells us the pressure of air, the weather-vane tells us the direction ofwind.
S6: The weather-vane can, however give us some indication ofother.
The Proper sequence should be
S1 This weather-vane often tops a church spire, tower or high building P They are only wind-vanes Q Neither alone can tell us what the weather will be R They are designed to point to directio
S1
This weather-vane often tops a church spire, tower or high building


P
They are only wind-vanes


Q
Neither alone can tell us what the weather will be


R
They are designed to point to direction from which the wind is coming


S
Just as the barometer only tells us the pressure of air, the weather-vane tells us the direction of wind


S6
The weather-vane can, however give us some indication of other


The Proper sequence should be
Which of these is a type of stream in Java? a) Integer stream b) Short stream c) Byte stream d) Long stream
Which of these is a type of stream in Java?
a) Integer stream
b) Short stream
c) Byte stream
d) Long stream
A fluid is flowing with a velocity of 0.5 m/s on a plate moving with a velocity of 0.01 m/s in the same direction. The velocity at the interface of the fluid and plate is
A fluid is flowing with a velocity of 0.5 m/s on a plate moving with a velocity of 0.01 m/s in the samedirection.
The velocity at the interface of the fluid and plate is
Two ships are sailing in the sea on the two sides of a light house. The angle of elevation of the top of the light house as observed from the two ships are 30° and 45° respectively. If the light hou
Two ships are sailing in the sea on the two sides of a lighthouse.
The angle of elevation of the top of the light house as observed from the two ships are 30° and 45°respectively.
If the light house is 100m high, the distance between the two ships is :(take √3=1.73)
Two ships are sailing in the sea on the two sides of a lighthouse. The angle of elevation of the top of the lighthouse is observed from the ships are 30 degree and 45 degree respectively. If the light
Two ships are sailing in the sea on the two sides of alighthouse.
The angle of elevation of the top of the lighthouse is observed from the ships are 30 degree and 45 degreerespectively.
If the lighthouse is 100 m high, the distance between the two ships is:

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