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1.82 A thin layer of glycerin flows down an inclined, wide plate with the velocity distribution shown in Fig. P1.82. For h = 0.3 in. and a = 20°, determine the surface velocity, U. Note that for equi- librium, the component of weight acting parallel to the plate sur- face must be balanced by the shearing force developed along the plate surface. In your analysis assume a unit plate width. = = 2 2 1 - 22 U

1.82 A thin layer of glycerin flows down an inclined, wide plate with the velocity distribution shown in Fig. P1.82. For h = 0.3 in. and a = 20°, determine the surface velocity, U. Note that for equi- librium, the component of weight acting parallel to the plate sur- face must be balanced by the shearing force developed along the plate surface. In your analysis assume a unit plate width. = = 2 2 1 - 22 U

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
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1.82 A thin layer of glycerin flows down an inclined, wide plate with the velocity distribution shown in Fig. P1.82. For h = 0.3 in. and a = 20º, determine the surface velocity, U. Note that for equi- librium, the component of weight acting parallel to the plate sur- face must be balanced by the shearing force developed along the plate surface. In your analysis assume a unit plate width. 7 = 27 - 12/2 "
Transcribed Image Text:1.82 A thin layer of glycerin flows down an inclined, wide plate with the velocity distribution shown in Fig. P1.82. For h = 0.3 in. and a = 20º, determine the surface velocity, U. Note that for equi- librium, the component of weight acting parallel to the plate sur- face must be balanced by the shearing force developed along the plate surface. In your analysis assume a unit plate width. 7 = 27 - 12/2 "
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