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1. Calculate the pressure in the small 10µm-diameter droplets that are formed by spray machines. Assume the properties to be the same as water at 15°C. Calculate the pressure for bubbles of the same size.

1. Calculate the pressure in the small 10µm-diameter droplets that are formed by spray machines. Assume the properties to be the same as water at 15°C. Calculate the pressure for bubbles of the same size.

Elements Of Electromagnetics
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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Task 2 Write (hand written or computerized) the complete solution to each problem. Submit your output on or before the deadline. Please make sure that the file is in PDF form. 1. Calculate the pressure in the small 10µm-diameter droplets that are formed by spray machines. Assume the properties to be the same as water at 15°C. Calculate the pressure for bubbles of the same size. 2. Mercury makes an angle of 130° (ß in the figure) when in contact with clean glass. What distance will mercury depress in a vertical 0.8-in.-diameter glass tube? Use o = 0.032 lb/ft. Weight of water W Air Liquid
Transcribed Image Text:Task 2 Write (hand written or computerized) the complete solution to each problem. Submit your output on or before the deadline. Please make sure that the file is in PDF form. 1. Calculate the pressure in the small 10µm-diameter droplets that are formed by spray machines. Assume the properties to be the same as water at 15°C. Calculate the pressure for bubbles of the same size. 2. Mercury makes an angle of 130° (ß in the figure) when in contact with clean glass. What distance will mercury depress in a vertical 0.8-in.-diameter glass tube? Use o = 0.032 lb/ft. Weight of water W Air Liquid
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