Consider a vector given by E = (4xy + z)a, + 2x²a, + xa. Find the line integral B from A(3, 7, 1) to B(8, 9, 2) by (i) evaluating the line integral VAB E dl along A -B the line joining A to B and (i) evaluating {- E · dl E · dl E dl C D where the stopovers C and D are C(8, 7, 1) and D(8, 9, 1).

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Consider a vector given by E =
(4xy + z)a, + 2x²a, + xa. Find the line integral
B
from A(3, 7, 1) to B(8, 9, 2) by (i) evaluating the line integral VAB
E dl along
A
-B
the line joining A to B and (i) evaluating {-
E · dl
E · dl
E dl
C
D
where the stopovers C and D are C(8, 7, 1) and D(8, 9, 1).
Transcribed Image Text:Consider a vector given by E = (4xy + z)a, + 2x²a, + xa. Find the line integral B from A(3, 7, 1) to B(8, 9, 2) by (i) evaluating the line integral VAB E dl along A -B the line joining A to B and (i) evaluating {- E · dl E · dl E dl C D where the stopovers C and D are C(8, 7, 1) and D(8, 9, 1).
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