### Titles in this Series

#### Acute angle between the lines

Item #: 275647

#### Acute angles between the curves

Item #: 275648

#### Angle between a vector and the x-axis

Item #: 275649

#### Angle between two vectors

Item #: 275650

#### Approximating Double Integrals with Rectangles

Item #: 275651

#### Arc length of a vector function

Item #: 275652

#### Area of a surface

Item #: 275653

#### Average value of a double integral

Item #: 275654

#### Average value

Item #: 275655

#### Center, radius, and equation of the sphere

Item #: 275656

#### Chain rule for multivariable functions

Item #: 275657

#### Chain rule for multivariable functions and tree diagrams

Item #: 275658

#### Changing double integrals to polar coordinates

Item #: 275659

#### Changing iterated integrals to polar coordinates

Item #: 275660

#### Changing the order of integration

Item #: 275661

#### Changing triple integrals to cylindrical coordinates

Item #: 275662

#### Changing triple integrals to spherical coordinates

Item #: 275663

#### Combinations of vectors

Item #: 275664

#### Compositions of multivariable functions

Item #: 275665

#### Copying vectors and using them to draw combinations

Item #: 275666

#### Critical points

Item #: 275667

#### Cross product of two vectors

Item #: 275668

#### Curl and divergence of a vector field

Item #: 275669

#### Curvature

Item #: 275670

#### Cylindrical coordinates

Item #: 275671

#### Derivative of a vector function

Item #: 275672

#### Describing a region in three dimensional space

Item #: 275673

#### Differential of a multivariable function

Item #: 275674

#### Direction cosines and direction angles

Item #: 275675

#### Directional derivatives in the direction of the angle

Item #: 275676

#### Directional derivatives in the direction of the vector

Item #: 275677

#### Discontinuities of multivariable functions

Item #: 275678

#### Distance between a point and a line

Item #: 275679

#### Distance between a point and a plane

Item #: 275680

#### Distance between parallel planes

Item #: 275681

#### Distance between points in three dimensions

Item #: 275682

#### Divergence theorem

Item #: 275683

#### Domain of a multivariable function

Item #: 275684

#### Domain of a multivariable function, example 2

Item #: 275685

#### Domain of a vector function

Item #: 275686

#### Dot product of two vectors

Item #: 275687

#### Double integrals

Item #: 275688

#### Double integrals to find mass and center of mass

Item #: 275689

#### Equation of a plane

Item #: 275690

#### Equation of the tangent plane

Item #: 275691

#### Expressing the integral six ways

Item #: 275692

#### Extreme value theorem

Item #: 275693

#### Finding area

Item #: 275694

#### Finding surface area

Item #: 275695

#### Finding volume with a double integral

Item #: 275696

#### Finding volume with a double polar integral

Item #: 275697

#### Finding volume

Item #: 275698

#### Finding volume with triple integrals

Item #: 275699

#### Global extrema

Item #: 275700

#### Gradient vectors

Item #: 275701

#### Gradient vectors and the tangent plane

Item #: 275702

#### Green's theorem for one region

Item #: 275703

#### Green's theorem for two regions

Item #: 275704

#### Higher order partial derivatives

Item #: 275705

#### Implicit differentiation for multivariable functions

Item #: 275706

#### Independence of path

Item #: 275707

#### Integral of a vector function

Item #: 275708

#### Intersection of a line and a plane

Item #: 275709

#### Iterated integrals

Item #: 275710

#### Iterated integrals

Item #: 275711

#### Iterated integrals, example 2

Item #: 275712

#### Jacobian for three variables

Item #: 275713

#### Jacobian for two variables

Item #: 275714

#### Limit of a multivariable function

Item #: 275715

#### Limit of a vector function

Item #: 275716

#### Line integral of a curve

Item #: 275717

#### Line integral of a vector function

Item #: 275718

#### Linear approximation in two variables

Item #: 275719

#### Linearization of a multivariable function

Item #: 275720

#### Local extrema and saddle points

Item #: 275721

#### Magnitude and angle of the resultant force

Item #: 275722

#### Maximum curvature

Item #: 275723

#### Maximum product of three real numbers

Item #: 275724

#### Maximum rate of change and its direction

Item #: 275725

#### Maximum volume of a rectangular box inscribed in a sphere

Item #: 275726

#### Midpoint rule for double integrals

Item #: 275727

#### Midpoint rule for triple integrals

Item #: 275728

#### Minimum distance from the point to the plane

Item #: 275729

#### Moments of inertia

Item #: 275730

#### Normal and osculating planes

Item #: 275731

#### Normal line to the surface

Item #: 275732

#### Open, connected, and simply-connected

Item #: 275733

#### Orthogonal, parallel, or neither

Item #: 275734

#### Parallel, intersecting, skew and perpendicular lines

Item #: 275735

#### Parallel, perpendicular and angle between planes

Item #: 275736

#### Parametric and symmetric equations of a line

Item #: 275737

#### Parametric equations for the line of intersection of two planes

Item #: 275738

#### Parametric equations of the tangent line

Item #: 275739

#### Parametric representation of the surface

Item #: 275740

#### Partial derivatives in three or more variables

Item #: 275741

#### Partial derivatives in two variables

Item #: 275742

#### Plotting points in three dimensions

Item #: 275743

#### Point on a cone closest to another point

Item #: 275744

#### Points on the surface

Item #: 275745

#### Potential function of a conservative vector field

Item #: 275746

#### Potential function of a conservative vector field to evaluate a line integral

Item #: 275747

#### Potential function of the conservative vector field, three dimensions

Item #: 275748

#### Precise definition of the limit for multivariable functions

Item #: 275749

#### Projections of the curve

Item #: 275750

#### Reducing equations to standard form

Item #: 275751

#### Reparametrizing the curve

Item #: 275752

#### Riemann sums for double integrals

Item #: 275753

#### Scalar and vector projections

Item #: 275754

#### Scalar equation of a line

Item #: 275755

#### Scalar equation of a plane

Item #: 275756

#### Scalar triple product to prove vectors are coplanar

Item #: 275757

#### Second derivative test

Item #: 275758

#### Sketching area

Item #: 275759

#### Sketching level curves of multivariable functions

Item #: 275760

#### Sketching the surface

Item #: 275761

#### Sketching the vector equation

Item #: 275762

#### Spherical coordinates

Item #: 275763

#### Stokes' theorem

Item #: 275764

#### Sum of two vectors

Item #: 275765

#### Surface integrals

Item #: 275766

#### Surface integrals, example 2

Item #: 275767

#### Surface of the vector equation

Item #: 275768

#### Symmetric equations for the line of intersection of two planes

Item #: 275769

#### Symmetric equations of a line

Item #: 275770

#### Tangent plane to the parametric surface

Item #: 275771

#### Tangential and normal components of the acceleration vector

Item #: 275772

#### Three dimensions, one constraint

Item #: 275773

#### Three dimensions, two constraints

Item #: 275774

#### Triple integrals

Item #: 275775

#### Triple integrals to find mass and center of mass

Item #: 275776

#### Two dimensions, one constraint

Item #: 275777

#### Two dimensions, one constraint, example 2

Item #: 275778

#### Type I and II regions

Item #: 275779

#### Unit tangent and unit normal vectors

Item #: 275780

#### Unit tangent vector

Item #: 275781

#### Unit vector in the direction of the given vector

Item #: 275782

#### Using inequalities to describe the region

Item #: 275783

#### Vector and parametric equations of a line

Item #: 275784

#### Vector and parametric equations of a line segment

Item #: 275785

#### Vector from two points

Item #: 275786

#### Vector function for the curve of intersection of two surfaces

Item #: 275787

#### Vector orthogonal to the plane

Item #: 275788

#### Velocity and acceleration vectors

Item #: 275789

#### Velocity and position given acceleration and initial conditions

Item #: 275790

#### Velocity, acceleration and speed given position

Item #: 275791

#### Volume of the parallelepiped from adjacent edges

Item #: 275792

#### Volume of the parallelepiped from vectors

Item #: 275793

#### Work done by a force field

Item #: 275794

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# Integral Calc: Calculus 3

The Series Includes : Acute angle between the lines | Acute angles between the curves | Angle between a vector and the x-axis | Angle between two vectors | Approximating Double Integrals with Rectangles | Arc length of a vector function | Area of a surface | Average value of a double integral | Average value | Center, radius, and equation of the sphere | Chain rule for multivariable functions | Chain rule for multivariable functions and tree diagrams | Changing double integrals to polar coordinates | Changing iterated integrals to polar coordinates | Changing the order of integration | Changing triple integrals to cylindrical coordinates | Changing triple integrals to spherical coordinates | Combinations of vectors | Compositions of multivariable functions | Copying vectors and using them to draw combinations | Critical points | Cross product of two vectors | Curl and divergence of a vector field | Curvature | Cylindrical coordinates | Derivative of a vector function | Describing a region in three dimensional space | Differential of a multivariable function | Direction cosines and direction angles | Directional derivatives in the direction of the angle | Directional derivatives in the direction of the vector | Discontinuities of multivariable functions | Distance between a point and a line | Distance between a point and a plane | Distance between parallel planes | Distance between points in three dimensions | Divergence theorem | Domain of a multivariable function | Domain of a multivariable function, example 2 | Domain of a vector function | Dot product of two vectors | Double integrals | Double integrals to find mass and center of mass | Equation of a plane | Equation of the tangent plane | Expressing the integral six ways | Extreme value theorem | Finding area | Finding surface area | Finding volume with a double integral | Finding volume with a double polar integral | Finding volume | Finding volume with triple integrals | Global extrema | Gradient vectors | Gradient vectors and the tangent plane | Green's theorem for one region | Green's theorem for two regions | Higher order partial derivatives | Implicit differentiation for multivariable functions | Independence of path | Integral of a vector function | Intersection of a line and a plane | Iterated integrals | Iterated integrals | Iterated integrals, example 2 | Jacobian for three variables | Jacobian for two variables | Limit of a multivariable function | Limit of a vector function | Line integral of a curve | Line integral of a vector function | Linear approximation in two variables | Linearization of a multivariable function | Local extrema and saddle points | Magnitude and angle of the resultant force | Maximum curvature | Maximum product of three real numbers | Maximum rate of change and its direction | Maximum volume of a rectangular box inscribed in a sphere | Midpoint rule for double integrals | Midpoint rule for triple integrals | Minimum distance from the point to the plane | Moments of inertia | Normal and osculating planes | Normal line to the surface | Open, connected, and simply-connected | Orthogonal, parallel, or neither | Parallel, intersecting, skew and perpendicular lines | Parallel, perpendicular and angle between planes | Parametric and symmetric equations of a line | Parametric equations for the line of intersection of two planes | Parametric equations of the tangent line | Parametric representation of the surface | Partial derivatives in three or more variables | Partial derivatives in two variables | Plotting points in three dimensions | Point on a cone closest to another point | Points on the surface | Potential function of a conservative vector field | Potential function of a conservative vector field to evaluate a line integral | Potential function of the conservative vector field, three dimensions | Precise definition of the limit for multivariable functions | Projections of the curve | Reducing equations to standard form | Reparametrizing the curve | Riemann sums for double integrals | Scalar and vector projections | Scalar equation of a line | Scalar equation of a plane | Scalar triple product to prove vectors are coplanar | Second derivative test | Sketching area | Sketching level curves of multivariable functions | Sketching the surface | Sketching the vector equation | Spherical coordinates | Stokes' theorem | Sum of two vectors | Surface integrals | Surface integrals, example 2 | Surface of the vector equation | Symmetric equations for the line of intersection of two planes | Symmetric equations of a line | Tangent plane to the parametric surface | Tangential and normal components of the acceleration vector | Three dimensions, one constraint | Three dimensions, two constraints | Triple integrals | Triple integrals to find mass and center of mass | Two dimensions, one constraint | Two dimensions, one constraint, example 2 | Type I and II regions | Unit tangent and unit normal vectors | Unit tangent vector | Unit vector in the direction of the given vector | Using inequalities to describe the region | Vector and parametric equations of a line | Vector and parametric equations of a line segment | Vector from two points | Vector function for the curve of intersection of two surfaces | Vector orthogonal to the plane | Velocity and acceleration vectors | Velocity and position given acceleration and initial conditions | Velocity, acceleration and speed given position | Volume of the parallelepiped from adjacent edges | Volume of the parallelepiped from vectors | Work done by a force field3-Year Streaming | Price: $49.95 |

### Description

This series includes everything from Calculus 3, including partial derivatives, multiple integrals, and vectors.

**Length:** 1476 minutes

**Item#:** FMK275646

**Copyright date:** ©2017

### Performance Rights

Prices include public performance rights.

Not available to Home Video, Dealer and Publisher customers.