plz answer both. Problem 3(category: friction factor, FE prep): Air at 1 atm and 10°C flows in a 4 cm diameterglass pipe (roughness of 0, according to Table 8-2) at a velocity of 7 ". Find the friction factor. Calculatethe head loss over a 2 m length of pipe. From Table A-9, air at 1 atm and 10°C has kinematic viscosity of1.087 x 10-5 m?Problem 4(category: minor losses, FE prep): Water (density 1000 ) flows at 1.2 througha system with a 180 deg threaded return bend and a 90 deg miter bend without vanes. Calculate theAPL%3Dresulting pressure loss through these components. Remember that h,

problem 4 we have the water density - 1000 kg/m3 flowing at 1.2 m/s through the system…

Problem 4 (category: minor losses, FE prep): Water (density 1000 flows at 1.2 through a system with a 180 deg threaded return bend and a 90 deg miter bend without vanes. Calculate the APL resulting pressure loss through these components. Remember that he %3D Pg

Problem 4 (category: minor losses, FE prep): Water (density 1000 flows at 1.2 through a system with a 180 deg threaded return bend and a 90 deg miter bend without vanes. Calculate the APL resulting pressure loss through these components. Remember that he %3D Pg

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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Concept explainers

Thermodynamic Relations

Thermodynamics is the division of physics that deals with the transfer of any kind of energy, whether it be heat, temperature, or work, from one object to another.

Question

plz answer both.

Problem 3
(category: friction factor, FE prep): Air at 1 atm and 10°C flows in a 4 cm diameter
glass pipe (roughness of 0, according to Table 8-2) at a velocity of 7 ". Find the friction factor. Calculate
the head loss over a 2 m length of pipe. From Table A-9, air at 1 atm and 10°C has kinematic viscosity of
1.087 x 10-5 m?
Problem 4
(category: minor losses, FE prep): Water (density 1000 ) flows at 1.2 through
a system with a 180 deg threaded return bend and a 90 deg miter bend without vanes. Calculate the
APL
%3D
resulting pressure loss through these components. Remember that h,

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