#1 1.Give me your thoughts in the inverse proportionality between bulk velocity of a liquid flowing inside a pipe and its frictionfactor tand consequently, its skin friction energy loss). Effectively, for a fixed pipe length and diameter, the Fanning frictionfactor and the head loss due to friction decreases as the bulk velocity of the liquid increases. Explain this phenomenascientifically, include mathematical equations if necessary, and cite your sources.2.What are the considerations in choosing a manometric fluid for the measurement of pressure drop for a flowing fluid? Thepressure drop measured in turn is related to the flow rate of the fiowing fluid. Talk about these parameters:-density (You may include graphs you made from the simulator data to prove your point)boiling point-price and availabilitysolubilityimiscibility with common industrial fluidstoxicitylenvironmentai footprint3.Pitot tubes are somewhat related to venturi meters, in such a way that they have the same mechanisms for measuring thepressure drop for the fluid flowing inside the pipe. However, they have more differences than similarities. List down everydifference between the two that you can think of. Focus on physical builds. mechanisms. and possible physical sources oferror when measuring flow rates. Which one do you think wouid give a more accurate reading of the flow rate? Thoroughly.justity.you can compile the answers in a PDF file, tapos send dito

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Give me your thoughts in the inverse proportionality between bulk velocity of a liquid flowing inside a pipe and its friction factor (and consequently. its skin friction energy loss). Effectively, for a fixed pipe length and diameter. the Fanning friction factor and the head loss due to friction decreases as the bulk velocity of the liquid increases. Explain this phenomena scientifically, include mathematical equations if necessary, and cite your sources.

Give me your thoughts in the inverse proportionality between bulk velocity of a liquid flowing inside a pipe and its friction factor (and consequently. its skin friction energy loss). Effectively, for a fixed pipe length and diameter. the Fanning friction factor and the head loss due to friction decreases as the bulk velocity of the liquid increases. Explain this phenomena scientifically, include mathematical equations if necessary, and cite your sources.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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