Let à E R?. Let ỹ be a vector field and C be a curve. Show that V ds = . ỹ ds. ntegration of a vector function is defined to be the vector given by ntegrating each component. That is: felf, 9) ds is by definition equa n(l f de C ade)

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter8: Applications Of Trigonometry
Section8.4: The Dot Product
Problem 30E
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Hi, Im stuck on how to prove this following problem relating to vector fields, thank you!

Let à E R?. Let V be a vector field and C be a curve. Show that
Ä.
V ds:
Ä · V ds.
Integration of a vector function is defined to be the vector given by
integrating each component. That is: Self,9) ds is by definition equal
to (Sef ds, ſe g ds).
Transcribed Image Text:Let à E R?. Let V be a vector field and C be a curve. Show that Ä. V ds: Ä · V ds. Integration of a vector function is defined to be the vector given by integrating each component. That is: Self,9) ds is by definition equal to (Sef ds, ſe g ds).
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