Give me some 6 differences between Streamline Flow and Turbulent flow. Whether Laminar flow and Streamline flow are one and the same?
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when a liquid flows such that each particle of liquid passing a given point moves along the same past and has same velocity as its predecessor the flow is called streamline flow or steady flow.
consider the flow of a liquid along a path A B C. A B and C are the points inside the liquid if every success is particle passes through the point A with constant velocity vA directed along the tangent at A, then through the point being with constant velocity vB directed along the tangent at the and then through C with constant velocity vC The Flow is a to the steady, orderly or streamlined. The path ABC along which the practicles move one after another is called a streamline. the particle velocity at a perpendicular points remains constant with time but velocity is at different points me on my not be the same. streamline flow is possible only is the liquid velocity does not exceed a limiting value called critical velocity. so we can conclude that a streamline may be defined as the part that tangent to which at any point give the direction of the flow of liquids at that point.
Terbulent flow. when the liquid velocity exceeds certain limiting value critical velocity in the liquid flow become zigzag. the path and the velocity of a liquid particle changes continuously haphazardly. this flow is called turbulent flow. it is accompanied by random a regular local circular currents called vortices.
if any obstacles comes in the path of streamline the particle change their parts of moving and go like whirlpools. turbulent flow is the only reason of formation of Whirlpool.
No,
laminar flow is not same as streamline flow.
laminar flow is when the velocity of the flow of a liquid is less than its critical velocity the liquid flows steadily each layer of the liquid slides Over The Other layer it behaves as if lemina a sliding over one another Chachi floor is called laminar flow.
the surface obtained by joining the heads of velocity vectors for the particles in a section of a flowing liquid is called velocity profile.
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consider the flow of a liquid along a path A B C. A B and C are the points inside the liquid if every success is particle passes through the point A with constant velocity vA directed along the tangent at A, then through the point being with constant velocity vB directed along the tangent at the and then through C with constant velocity vC The Flow is a to the steady, orderly or streamlined. The path ABC along which the practicles move one after another is called a streamline. the particle velocity at a perpendicular points remains constant with time but velocity is at different points me on my not be the same. streamline flow is possible only is the liquid velocity does not exceed a limiting value called critical velocity. so we can conclude that a streamline may be defined as the part that tangent to which at any point give the direction of the flow of liquids at that point.
Terbulent flow. when the liquid velocity exceeds certain limiting value critical velocity in the liquid flow become zigzag. the path and the velocity of a liquid particle changes continuously haphazardly. this flow is called turbulent flow. it is accompanied by random a regular local circular currents called vortices.
if any obstacles comes in the path of streamline the particle change their parts of moving and go like whirlpools. turbulent flow is the only reason of formation of Whirlpool.
No,
laminar flow is not same as streamline flow.
laminar flow is when the velocity of the flow of a liquid is less than its critical velocity the liquid flows steadily each layer of the liquid slides Over The Other layer it behaves as if lemina a sliding over one another Chachi floor is called laminar flow.
the surface obtained by joining the heads of velocity vectors for the particles in a section of a flowing liquid is called velocity profile.
NONE WAS COPIED. HOPE IT HELPS. PLEASE MARK AS BRAINLIEST
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