Use Stokes' theorem to evaluate the work done by the force field F = ((f(x, y, z), 4.xy, x + yz) , where ƒ : R³ → R is an arbitrary smooth function, while moving an object first from the point (7, –1,0) to the point (7,1,0) along the semi-circle (with z >0) of radius 1 in the plane a = 7, and then back to the point (7, –1,0) along the line æ = 7 in the (x, y)-plane.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Use Stokes' theorem to evaluate the work done by the force field
F = ((f(x,y, z), 4xy, x + yz) ,
where f : R* → R is an arbitrary smooth function, while moving an object first from the point (7, –1, 0) to the point (7, 1,0) along the semi-circle (with z > 0) of
radius 1 in the plane x = 7, and then back to the point (7, –1,0) along the line x = 7 in the (x, y)-plane.
Work =
Transcribed Image Text:Use Stokes' theorem to evaluate the work done by the force field F = ((f(x,y, z), 4xy, x + yz) , where f : R* → R is an arbitrary smooth function, while moving an object first from the point (7, –1, 0) to the point (7, 1,0) along the semi-circle (with z > 0) of radius 1 in the plane x = 7, and then back to the point (7, –1,0) along the line x = 7 in the (x, y)-plane. Work =
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