Respuesta :
Answer:
(c) If the Reynolds number for the plate based on the length L is greater than this value, then the boundary layer is turbulent over the entire plate.
Explanation:
The applicability of the Reynolds number differs depending on the specifications of the fluid flow such as the variation of density (compressibility), a variation of viscosity (Non-Newtonian), being internal- or external flow, etc. The critical Reynolds number is the expression of the value to specify transition among regimes which diversifies regarding type of flow and geometry as well. Whilst the critical Reynolds number for turbulent flow in a pipe is 2000, the critical Reynolds number for turbulent flow over a flat plate, when the flow velocity is the free-stream velocity, is in a range from 10 raised to power 5 to 10 raised to power 6, .4
The significance of the value of the Reynolds Number is; Choice C; If the Reynolds number for the plate based on the length L is greater than this value, then the boundary layer is turbulent over the entire plate.
Application of the Reynolds Number
The Reynolds Number's is characterized by it's primary application is the analysis of the flow of a fluid in a cross-sectional area.
On this note, It helps determine the velocity at which the flow changes from laminar to turbulent. The Reynolds Number is used in the determination of the behaviours of different liquids.
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