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Divergence theorem Divergence theorem intuition. Divergence theorem examples and proofs. Types of regions in 3D. Community Questions ALL CONTENT IN “DIVERGENCE THEOREM” Divergence theorem (3D) An earlier tutorial used Green's theorem to prove the divergence theorem in 2-D, this tutorial gives us the 3-D version (what most people are talking about when they refer to the "divergence theorem"). We will get an intuition for it (that the flux through a close surface--like a balloon--should be equal to the divergence across it's volume). We will use it in examples. We will prove it in another tutorial. Types of regions in three dimensions This tutorial classifies regions in three dimensions. Comes in useful for some types of double integrals and we use these ideas to prove the divergence theorem. Divergence theorem proof You know what the divergence theorem is, you can apply it and you conceptually understand it. This tutorial will actually prove it to you (references types of regions which are covered in the "types of regions in 3d" tutorial. MULTIVARIABLE CALCULUS 3D divergence theorem intuition Divergence theorem example 1 Why we got zero flux in divergence theorem example 1 Type I regions in three dimensions Type II regions in three dimensions Type III regions in three dimensions Divergence theorem proof (part 1) Divergence theorem proof (part 2) Divergence theorem proof (part 3) Divergence theorem proof (part 4) Divergence theorem proof (part 5) ABOUT SUPPORT COACHING CAREERS INTERNATIONAL Log in Sign up About Donate KHANacademy Subject: Multivariable Search for subjects, skills, and videos Was Khan Academy helpful to you today? Yes No

Divergence Theorem _ Multivariable Calculus _ Khan Academy

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  • Divergencetheorem

    Divergence theorem intuition.Divergence theorem examplesand proofs. Types of regions in3D.

    CommunityQuestions

    ALL CONTENT IN DIVERGENCE THEOREM

    Divergence theorem(3D)

    An earlier tutorial used Green'stheorem to prove the divergencetheorem in 2-D, this tutorial givesus the 3-D version (what mostpeople are talking about whenthey refer to the "divergencetheorem"). We will get an intuitionfor it (that the flux through a closesurface--like a balloon--should beequal to the divergence across it'svolume). We will use it inexamples. We will prove it inanother tutorial.

    Types of regions inthree dimensions

    This tutorial classifies regions inthree dimensions. Comes in usefulfor some types of double integralsand we use these ideas to provethe divergence theorem.

    Divergence theoremproof

    You know what the divergencetheorem is, you can apply it andyou conceptually understand it.This tutorial will actually prove it toyou (references types of regionswhich are covered in the "types ofregions in 3d" tutorial.

    MULTIVARIABLE CALCULUS

    3D divergence theorem intuition

    Divergence theorem example 1

    Why we got zero flux in divergence theoremexample 1

    Type I regions in three dimensions

    Type II regions in three dimensions

    Type III regions in three dimensions

    Divergence theorem proof (part 1)

    Divergence theorem proof (part 2)

    Divergence theorem proof (part 3)

    Divergence theorem proof (part 4)

    Divergence theorem proof (part 5)

    ABOUT SUPPORT COACHING CAREERS INTERNATIONAL

    Log in Sign upAbout DonateKHANacademy Subject: Multivariable Search for subjects, skills, and videos

    Was Khan Academy helpful to you today?

    Yes

    No

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