Given the vector field F = (e',e¹) and the curve C going from point A to point B shown in the picture below: ¹) True, False or Indeterminate: the work done by F along C is positive. :) True, False or Indeterminate: the flux across C is positive. co ) True, False or Indeterminate: The work done by F is independent of the path between A and B. True, False or Indeterminate: The flux of F is independent of the path between A a-- b-- d -- and B e- True, False, or Indeterminate: Green's theorem can be used to solve a line integral over C by instead computing a double integral.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Question
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Question 1
Given the vector field F = (e',e¹) and the curve C going from point A to point B shown in the
picture below:
¹) True, False or Indeterminate: the work done by F along C is positive.
:) True, False or Indeterminate: the flux across C is positive.
C-1
) True, False or Indeterminate: The work done by F is independent of the path
between A and B.
True, False or Indeterminate: The flux of F is independent of the path between A
a
b-
d-
and B
e-
True, False, or Indeterminate: Green's theorem can be used to solve a line integral
over C by instead computing a double integral.
Transcribed Image Text:Question 1 Given the vector field F = (e',e¹) and the curve C going from point A to point B shown in the picture below: ¹) True, False or Indeterminate: the work done by F along C is positive. :) True, False or Indeterminate: the flux across C is positive. C-1 ) True, False or Indeterminate: The work done by F is independent of the path between A and B. True, False or Indeterminate: The flux of F is independent of the path between A a b- d- and B e- True, False, or Indeterminate: Green's theorem can be used to solve a line integral over C by instead computing a double integral.
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