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Q28:If f = x²+x(y+1)z³) verify the Divergence Theorem of Gauss (DTG): fffd-fas For the pentahedron (shown in the figure below) with faces given by the surfaces S1: OFG, S2: EPH, S3: POFE, S4: PHGO and the slanted surface S5: EFGH which has the equation; y+z =1 2 E பட F Z H X P 1 G

Q28:If f = x²+x(y+1)z³) verify the Divergence Theorem of Gauss (DTG): fffd-fas For the pentahedron (shown in the figure below) with faces given by the surfaces S1: OFG, S2: EPH, S3: POFE, S4: PHGO and the slanted surface S5: EFGH which has the equation; y+z =1 2 E பட F Z H X P 1 G

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Q28:If f = x²+x(y+1)z³) verify the Divergence Theorem of Gauss (DTG): fffd-fas For the pentahedron (shown in the figure below) with faces given by the surfaces S1: OFG, S2: EPH, S3: POFE, S4: PHGO and the slanted surface S5: EFGH which has the equation; y+z =1 2 E பட F Z H X P 1 G
Transcribed Image Text:Q28:If f = x²+x(y+1)z³) verify the Divergence Theorem of Gauss (DTG): fffd-fas For the pentahedron (shown in the figure below) with faces given by the surfaces S1: OFG, S2: EPH, S3: POFE, S4: PHGO and the slanted surface S5: EFGH which has the equation; y+z =1 2 E பட F Z H X P 1 G
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