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the given diameter and flow rate is kept constant.

2006-10-05 02:10:03 · 2 answers · asked by aqua 1 in Science & Mathematics Engineering

2 answers

Glycerine has a higher viscosity and a higher density than water. The higher viscosity (which is more significant) will tend to decrease Reynolds No whilst the higher density will tend to decrease it.

2006-10-05 02:34:33 · answer #1 · answered by Robert A 5 · 0 0

Since the diameter and flow rate is kept constant, the reynold number depends upon the coefficient of viscosity. I think water has more viscosity than liquid glycerine, so the reynold number would decrease. If I am wrong, then it is vice-versa.

2006-10-05 09:26:02 · answer #2 · answered by Mermaid♥ 3 · 0 0

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