Surface Integrals of Scalar and Vector Fields/Functions

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In this video we show how to calculate a surface integral of both scalar and vector functions. A surface integral can be used to compute parameters such as the surface area, total mass, volumetric flow rate, and other quantities.

Topics and timestamps:
0:00 – Introduction
1:32 – Surface integral of a scalar function
5:10 – Example: Computing surface area
10:01 – Example: Computing total mass
16:46 – Surface integral of a vector function
20:51 – Example: Computing flux through a surface

#Calculus

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AE501: Great review of surface integrals! I liked how the example tied surface integrals to flux problems

RajChhabraUW
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AE501 - Very clear and helpful lecture. Watching it again to help with HW#5.

mazen
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AE501: you pick great examples thanks for making it easier to learn!

JoshShort-or
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AE501: The Surface Area example was very helpful in understanding the purpose of the double integral.

elijahleonen
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AE501: really like the examples that involve real world applications of this. Great explanation

BrianaStaheli-gfjg
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Enjoyed the video. The 3-D representations really help with the understanding. Great examples. (MAE501).

glopez
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AE 501 Great Introduction into surface integrals and Vector Fields

alviehaider
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how can vary parameters while I use Simulink? I appreciate you way of explanation on MATLAB always thanks a lot Chris

seenaaalemu
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AE501: It helps me to see the connection between surface integrals, f=1, and surface area! What I am still trying to conceptualize, how can a *surface* have a density? How can you find the mass over this surface? I am imagining the surface infinitely thin, but I am not sure that is the correct way to think about it.

meganmcmahon
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AE501 For the parameterization of S in the fluid example, does x always have to be substituted with u or is it an arbitrary choice?

Richard_Le
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AE 501

I hated mathamatica in my undergraduate math classes, but now my opinion has completely reversed. In these more advanced math classses, it decreases the tedium of this homework by a lot, not to mention that it aids my understanding greatly.

bsgove