Let ² = (62 +6x4) ² + (2y +62 + 6sin (y+)) j +(6x+by+ 2e²") E. (a) Find curl 7. (b) What does your answer to part(a) tell you about SF.dr where C is the circle (x-25)² + (Y-5) 21 in the xy-plane, = oriented clockwise? Sc ²². dr = If c is any closed curve, what can you say about fF.dr ? Sc7².dr² = (d) Now let C be the half circle. (x-25)2 + (y-5)2 = 1 in the xy-plane with y75, traversed from (26,5) to (24,5). Find S.dr by using your result from (c) and considening C plus the line segment connecting the end points of C. SP.d²=

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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(ау
Let 7² = (62 +6x² ) ² + (2y +62 +6sin (y)) j
+ (6x + by + 2e²²²) R.
Find curl 7.
(a)
(b) What does your answer to part(a) tell
you about SF. dr where C is the circle
(x-25)² + (y-5) 21 in the xy-plane,
oriented clockwise?
Sc F. dr=
(c) If C is any closed curve, what can you
about ( F. dir?
say
Sch.dr=
(d) Now let C be the half circle
(x-25) ² + (y-5)² =1 in the xy-plane
2
with y75, traversed from (26,5) to
(24₁5). Find ScF.dr by using your
result from (c) and considening C plus
the
end points segment connecting the
√c P.dp=
=
Transcribed Image Text:4 (ау Let 7² = (62 +6x² ) ² + (2y +62 +6sin (y)) j + (6x + by + 2e²²²) R. Find curl 7. (a) (b) What does your answer to part(a) tell you about SF. dr where C is the circle (x-25)² + (y-5) 21 in the xy-plane, oriented clockwise? Sc F. dr= (c) If C is any closed curve, what can you about ( F. dir? say Sch.dr= (d) Now let C be the half circle (x-25) ² + (y-5)² =1 in the xy-plane 2 with y75, traversed from (26,5) to (24₁5). Find ScF.dr by using your result from (c) and considening C plus the end points segment connecting the √c P.dp= =
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