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Question 1 a) Two large horizontal plane surfaces are 'A' mm apart. This space is filled with glycerine (dynamic viscosity = 8.04x10-1 Ns/m²). Find what force is required to drag a very thin plate of area 'B' m² between the two surfaces at a speed of 'C' m/s, for the following conditions. (i) the plate is equidistant from the two surfaces (ii) the plate is at 7.5 mm from one of the surfaces. A = 21.5 B = 0.65 C=0.86

Question 1 a) Two large horizontal plane surfaces are 'A' mm apart. This space is filled with glycerine (dynamic viscosity = 8.04x10-1 Ns/m²). Find what force is required to drag a very thin plate of area 'B' m² between the two surfaces at a speed of 'C' m/s, for the following conditions. (i) the plate is equidistant from the two surfaces (ii) the plate is at 7.5 mm from one of the surfaces. A = 21.5 B = 0.65 C=0.86

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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Question 1 a) Two large horizontal plane surfaces are 'A' mm apart. This space is filled with glycerine (dynamic viscosity = 8.04x10-1 Ns/m²). Find what force is required to drag a very thin plate of area 'B' m² between the two surfaces at a speed of 'C' m/s, for the following conditions. (i) the plate is equidistant from the two surfaces (ii) the plate is at 7.5 mm from one of the surfaces. A = 21.5 B = 0.65 C=0.86
Transcribed Image Text:Question 1 a) Two large horizontal plane surfaces are 'A' mm apart. This space is filled with glycerine (dynamic viscosity = 8.04x10-1 Ns/m²). Find what force is required to drag a very thin plate of area 'B' m² between the two surfaces at a speed of 'C' m/s, for the following conditions. (i) the plate is equidistant from the two surfaces (ii) the plate is at 7.5 mm from one of the surfaces. A = 21.5 B = 0.65 C=0.86
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