A laminar flow is taking place in a pipe. Match List-I (Term) with List-II (Expression) and select the correct answer using the codes given below the lists: List-I (Term) List-II (Expression) A. Discharge, Q 1. $$\frac{16\mu }{\rho \,VD}$$ B. Pressure drop, $$\frac{\Delta P}{L}$$ 2. $$\frac{\pi \,{{d}^{3}}\Delta p}{128\,\mu L}$$ C. Friction factor, $$f$$ 3. $$\frac{32\,\mu \,V}{{{D}^{2}}}$$ 4. $$\frac{\pi {{d}^{4}}\Delta p}{128\,\mu L}$$ Codes:

Question

TuteeHUB · Accepted Answer

the rotor resistance is high

TuteeHUB · Answer

A$$\to $$2, B$$\to $$3, C$$\to $$4

TuteeHUB · Answer

A$$\to $$4, B$$\to $$3, C$$\to $$1

TuteeHUB · Answer

A$$\to $$1, B$$\to $$4, C$$\to $$2

1.	A laminar flow is taking place in a pipe. Match List-I (Term) with List-II (Expression) and select the correct answer using the codes given below the lists: List-I (Term) List-II (Expression) A. Discharge, Q 1. \[\frac{16\mu }{\rho \,VD}\] B. Pressure drop, \[\frac{\Delta P}{L}\] 2. \[\frac{\pi \,{{d}^{3}}\Delta p}{128\,\mu L}\] C. Friction factor, \[f\] 3. \[\frac{32\,\mu \,V}{{{D}^{2}}}\] 4. \[\frac{\pi {{d}^{4}}\Delta p}{128\,\mu L}\] Codes:
A.	A\[\to \]2, B\[\to \]3, C\[\to \]4
B.	A\[\to \]4, B\[\to \]3, C\[\to \]1
C.	the rotor resistance is high
D.	A\[\to \]1, B\[\to \]4, C\[\to \]2
Answer» C. the rotor resistance is high

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