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a-) Determine the whether the vector field F = y²₁ + x²Ĵ + xyl can be written as a gradient of a scalar Potential function if there exists a Potential ФСх, ція) then find it. B 6-) Calculate and A B = (3₁2₁1) dr where A = (0,0,0)

a-) Determine the whether the vector field F = y²₁ + x²Ĵ + xyl can be written as a gradient of a scalar Potential function if there exists a Potential ФСх, ція) then find it. B 6-) Calculate and A B = (3₁2₁1) dr where A = (0,0,0)

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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2-) a-) Determine the whether the vector field F = yzî + xzĵ + xyk can be written as gradient of a scalar Potential function if there exists Potential ф Сх, у, э) 8 then find it. B 6-) Calculate SP.J² ed where A=100,0) A and B=(3,2,1)
Transcribed Image Text:2-) a-) Determine the whether the vector field F = yzî + xzĵ + xyk can be written as gradient of a scalar Potential function if there exists Potential ф Сх, у, э) 8 then find it. B 6-) Calculate SP.J² ed where A=100,0) A and B=(3,2,1)
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