Segments in this Video

Line Integral of a Vector Function (04:39)

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l discuss using derivatives to find the line integral of a vector function.

The Integral Formula (03:00)

The integral formula here is going to become the integral from 0 to 1.

Solving for the Second Integrals (01:29)

For the second integral, you get the integral from 0 to 1 . When you get the same interval for each, you can consolidate into one function and evaluate the whole thing.

The Upper and Lower Limit of Integration (01:30)

Because we have the same interval for each of these, we can consolidate into one function and evaluate the whole thing over the interval 0 to 1.

Credits (00:00)

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Line integral of a vector function

Part of the Series : Integral Calc: Calculus 3
3-Year Streaming Price: $49.95

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Description

This video tutorial works through math problems/equations that address topics in Calculus 3, Vectors. This specific tutorial addresses Line integral of a vector function.

Length: 11 minutes

Item#: BVL275718

Copyright date: ©2013

Closed Captioned

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Not available to Home Video, Dealer and Publisher customers.


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