ori (P = 880 kg / m²) flow under head 30 min Pipe (L=300om, D= 0.3 m) because of Cooling viscosity along the Pipe length

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answerhappygod
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ori (P = 880 kg / m²) flow under head 30 min Pipe (L=300om, D= 0.3 m) because of Cooling viscosity along the Pipe length

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Ori P 880 Kg M Flow Under Head 30 Min Pipe L 300om D 0 3 M Because Of Cooling Viscosity Along The Pipe Length 1
Ori P 880 Kg M Flow Under Head 30 Min Pipe L 300om D 0 3 M Because Of Cooling Viscosity Along The Pipe Length 1 (71.13 KiB) Viewed 30 times
ori (P = 880 kg / m²) flow under head 30 min Pipe (L=300om, D= 0.3 m) because of Cooling viscosity along the Pipe length Will change and equal to o.spars for 15oom and 1. 14 Pars for the remain length of Pipe Prove that the flow is laminar and find the flow rate a
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