If a fluid having viscosity 0.6 Ns/m2 and density of 900 kg/m3, flows through a pipe of diameter 40 mm, then find the maximum velocity of fluid (in m/s) inside the pipe for laminar flow. (Critical Reynold's number =2100)

If a fluid having viscosity 0.6 Ns/m2 and density of 900 kg/m3, flows

1.	If a fluid having viscosity 0.6 Ns/m2 and density of 900 kg/m3, flows through a pipe of diameter 40 mm, then find the maximum velocity of fluid (in m/s) inside the pipe for laminar flow. (Critical Reynold's number =2100)
Answer» If a fluid having viscosity $0.6 {Ns/m}^{2}$ and density of $900 {kg/m}^{3}$ , flows through a pipe of diameter $40 mm$ , then find the maximum velocity of fluid (in $m/s$ ) inside the pipe for laminar flow. (Critical Reynold's number $= 2100$ )

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If a fluid having viscosity 0.6 Ns/m2 and density of 900 kg/m3, flows through a pipe of diameter 40 mm, then find the maximum velocity of fluid (in m/s) inside the pipe for laminar flow. (Critical Reynold's number =2100)

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