has a dynamic viscosity of, μ = 0.0000179 [kg/(m·s)] and a density of p = 1.23 [kg/m³]. If a Air has a gas constant of R = 287 [J/(kg C)]. At standard temperature 15°C and pressure, air 0.079 [m³/s] of air at standard atmospheric pressure, find the following = circular pipe is to carry Q assuming that Re < 2100 gives laminar flow: Part 1. If the flow must remain laminar, what is the minimum diameter of the pipe? 19 Part 2. What would be the density of air at 80.9 [C]? [m] 33 19 5% 95% 3% 100% D ▷ Submit Submit [kg/m³]

has a dynamic viscosity of, μ = 0.0000179 [kg/(m·s)] and a density of p = 1.23 [kg/m³]. If a Air has a gas constant of R = 287 [J/(kg C)]. At standard temperature 15°C and pressure, air 0.079 [m³/s] of air at standard atmospheric pressure, find the following = circular pipe is to carry Q assuming that Re < 2100 gives laminar flow: Part 1. If the flow must remain laminar, what is the minimum diameter of the pipe? 19 Part 2. What would be the density of air at 80.9 [C]? [m] 33 19 5% 95% 3% 100% D ▷ Submit Submit [kg/m³]

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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A: Given Data : Definitions Moment Principle

Question

This is not a graded question. Solve asap

Air has a gas constant of R
=
has a dynamic viscosity of, μ
=
.
287 [J/(kg C)]. At standard temperature 15° C and pressure, air
0.0000179 [kg/(m·s)] and a density of p = 1.23 [kg/m³]. If a
circular pipe is to carry Q = 0.079 [m³/s] of air at standard atmospheric pressure, find the following
assuming that Re < 2100 gives laminar flow:
Part 1. If the flow must remain laminar, what is the
minimum diameter of the pipe?
19 5% 95%
Submit
Part 2. What would be the density of air at 80.9 [C]?
[m]
33 3% 100%
Submit
[kg/m³]

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