Water at a temperature of 50 °F flows through a pipe of diameter D = 0.73 in. and into a glass as shown below. Making some assumptions and using online resources to find fluid properties, Determine: a) the minimum time taken to fill a 12-oz glass (volume = 0.0125 ft3) with water if the flow in the pipe is to be laminar. Repeat the calculations if the water temperature is 140 °F. b) the maximum time taken to fill the glass if the flow is to be turbulent. Repeat the calculations if the water temperature is 140 °F.
Water at a temperature of 50 °F flows through a pipe of diameter D = 0.73 in. and into a glass as shown below. Making some assumptions and using online resources to find fluid properties, Determine: a) the minimum time taken to fill a 12-oz glass (volume = 0.0125 ft3) with water if the flow in the pipe is to be laminar. Repeat the calculations if the water temperature is 140 °F. b) the maximum time taken to fill the glass if the flow is to be turbulent. Repeat the calculations if the water temperature is 140 °F.
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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Water at a temperature of 50 °F flows through a pipe of diameter D = 0.73 in. and into a glass as
shown below.
Making some assumptions and using online resources to find fluid
properties, Determine:
a) the minimum time taken to fill a 12-oz glass (volume = 0.0125 ft3)
with water if the flow in the pipe is to be laminar. Repeat the
calculations if the water temperature is 140 °F.
b) the maximum time taken to fill the glass if the flow is to be turbulent.
Repeat the calculations if the water temperature is 140 °F.
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