FreeCourseLab com Udemy Become Calculus Master | A0849F4F36AF10AEC2C395A78C102ECB0A6E49B1

FreeCourseLab com Udemy Become Calculus Master

Name	[FreeCourseLab.com] Udemy - Become a Calculus 3 Master	DOWNLOAD Copy Link
Total Size	3.2 GB
Total Files	1067
Last Seen	2024-11-06 23:36
Hash	A0849F4F36AF10AEC2C395A78C102ECB0A6E49B1

/1. Getting started/
1. Hi! START HERE Course overview.mp4	13.2 MB
1. Hi! START HERE Course overview.vtt	1.8 KB
2. Download the Calc 3 formula sheet.html	0.7 KB
2.1 Calculus 3.formulas.pdf.pdf	1.7 MB
2.2 DifferentialEquations.formulas.pdf.pdf	1.2 MB
/10. Partial Derivatives - Implicit differentiation/
1. Introduction to implicit differentiation.html	0.8 KB
1.1 Implicit differentiation for multivariable functions.pdf.pdf	2.6 MB
2. Implicit differentiation for multivariable functions.html	1.0 KB
2.1 Implicit differentiation for multivariable functions.pdf.pdf	900.0 KB
3. Implicit differentiation for multivariable functions.mp4	11.9 MB
3. Implicit differentiation for multivariable functions.vtt	9.7 KB
4. Implicit differentiation for multivariable functions.html	0.1 KB
5. BONUS! Extra practice problems. ).html	0.7 KB
5.1 Workbook.implicit differentiation.solutions.pdf.pdf	1.2 MB
5.2 Workbook.implicit differentiation.pdf.pdf	1.1 MB
/11. Partial Derivatives - Directional derivatives/
1. Introduction to directional derivatives.html	0.8 KB
1.1 Directional derivatives in the direction of the vector.pdf.pdf	404.3 KB
1.2 Directional derivatives in the direction of the angle.pdf.pdf	407.9 KB
2. Directional derivatives in the direction of the vector.html	0.6 KB
2.1 Directional derivatives.pdf.pdf	1.2 MB
3. Directional derivatives in the direction of the vector.mp4	6.6 MB
3. Directional derivatives in the direction of the vector.vtt	7.3 KB
4. Directional derivatives in the direction of the vector.html	0.1 KB
5. Directional derivatives in the direction of the angle.mp4	13.7 MB
5. Directional derivatives in the direction of the angle.vtt	9.0 KB
6. Directional derivatives in the direction of the angle.html	0.1 KB
7. BONUS! Extra practice problems. ).html	0.7 KB
7.1 Workbook.directional derivatives.pdf.pdf	1.1 MB
7.2 Workbook.directional derivatives.solutions.pdf.pdf	1.2 MB
/12. Partial Derivatives - Linear approximation and linearization/
1. Introduction to linear approximation and linearization.html	0.8 KB
1.1 Linearization of a multivariable function.pdf.pdf	2.3 MB
1.2 Linear approximation in two variables.pdf.pdf	387.5 KB
2. Linear approximation in two variables.html	0.8 KB
2.1 Linear approximation in two variables.pdf.pdf	889.3 KB
3. Linear approximation in two variables.mp4	7.0 MB
3. Linear approximation in two variables.vtt	8.5 KB
4. Linear approximation in two variables.html	0.1 KB
5. Linearization of a multivariable function.mp4	9.5 MB
5. Linearization of a multivariable function.vtt	7.9 KB
6. Linearization of a multivariable function.html	0.1 KB
7. BONUS! Extra practice problems. ).html	0.7 KB
7.1 Workbook.linear approximation and linearization.pdf.pdf	1.1 MB
7.2 Workbook.linear approximation and linearization.solutions.pdf.pdf	1.2 MB
/13. Partial Derivatives - Gradient vectors/
1. Introduction to gradient vectors.html	0.8 KB
1.1 Gradient vectors and the tangent plane.pdf.pdf	387.0 KB
1.2 Maximum rate of change and its direction.pdf.pdf	390.6 KB
1.3 Gradient vectors.pdf.pdf	394.6 KB
10. BONUS! Extra practice problems. ).html	0.7 KB
10.1 Workbook.gradient vectors.solutions.pdf.pdf	1.2 MB
10.2 Workbook.gradient vectors.pdf.pdf	1.2 MB
2. Gradient vectors.html	0.7 KB
2.1 Gradient vectors.pdf.pdf	445.5 KB
3. Gradient vectors.mp4	4.0 MB
3. Gradient vectors.vtt	5.0 KB
4. Gradient vectors.html	0.1 KB
5. Gradient vectors and the tangent plane.html	0.6 KB
5.1 Gradient vectors and the tangent plane.pdf.pdf	1.1 MB
6. Gradient vectors and the tangent plane.mp4	4.9 MB
6. Gradient vectors and the tangent plane.vtt	5.5 KB
7. Gradient vectors and the tangent plane.html	0.1 KB
8. Maximum rate of change and its direction.mp4	8.0 MB
8. Maximum rate of change and its direction.vtt	7.7 KB
9. Maximum rate of change and its direction.html	0.1 KB
/14. Partial Derivatives - Tangent planes and normal lines/
1. Introduction to tangent planes and normal lines.html	0.8 KB
1.1 Equation of the tangent plane.pdf.pdf	384.1 KB
1.2 Normal line to the surface.pdf.pdf	395.6 KB
2. Equation of the tangent plane.html	1.0 KB
2.1 Equation of the tangent plane.pdf.pdf	894.2 KB
3. Equation of the tangent plane.mp4	4.9 MB
3. Equation of the tangent plane.vtt	6.6 KB
4. Equation of the tangent plane.html	0.1 KB
5. Normal line to the surface.html	1.0 KB
5.1 Normal line to the surface.pdf.pdf	896.5 KB
6. Normal line to the surface.mp4	16.8 MB
6. Normal line to the surface.vtt	15.0 KB
7. Normal line to the surface.html	0.1 KB
8. BONUS! Extra practice problems. ).html	0.7 KB
8.1 Workbook.tangent planes and normal lines.pdf.pdf	1.1 MB
8.2 Workbook.tangent planes and normal lines.solutions.pdf.pdf	1.2 MB
/15. Partial Derivatives - Optimization/
1. Introduction to optimization.html	0.8 KB
1.1 Second derivative test.pdf.pdf	404.7 KB
1.2 Extreme value theorem.pdf.pdf	694.1 KB
1.3 Global extrema.pdf.pdf	6.9 MB
1.4 Critical points.pdf.pdf	380.4 KB
1.5 Local extrema and saddle points.pdf.pdf	380.9 KB
10. Global extrema.html	0.1 KB
11. Extreme value theorem.mp4	27.1 MB
11. Extreme value theorem.vtt	24.3 KB
12. Extreme value theorem, example 2.mp4	28.4 MB
12. Extreme value theorem, example 2.vtt	17.5 KB
13. Extreme value theorem.html	0.1 KB
14. BONUS! Extra practice problems. ).html	0.7 KB
14.1 Workbook.optimization.pdf.pdf	1.3 MB
14.2 Workbook.optimization.solutions.pdf.pdf	5.3 MB
2. Critical points.mp4	8.0 MB
2. Critical points.vtt	7.4 KB
3. Critical points.html	0.1 KB
4. Second derivative test.html	1.3 KB
4.1 Second derivative test.pdf.pdf	1.4 MB
5. Second derivative test.mp4	9.6 MB
5. Second derivative test.vtt	12.1 KB
6. Second derivative test.html	0.1 KB
7. Local extrema and saddle points.mp4	16.0 MB
7. Local extrema and saddle points.vtt	14.2 KB
8. Local extrema and saddle points.html	0.1 KB
9. Global extrema.mp4	7.0 MB
9. Global extrema.vtt	9.4 KB
/16. Partial Derivatives - Applied optimization/
1. Introduction to applied optimization.html	0.8 KB
1.1 Applied optimization.pdf.pdf	436.5 KB
2. Maximum product of three real numbers.mp4	19.1 MB
2. Maximum product of three real numbers.vtt	16.2 KB
3. Maximum volume of a rectangular box inscribed in a sphere.mp4	23.5 MB
3. Maximum volume of a rectangular box inscribed in a sphere.vtt	19.3 KB
4. Minimum distance from the point to the plane.mp4	7.1 MB
4. Minimum distance from the point to the plane.vtt	6.0 KB
5. Points on the cone closest to the given point.mp4	11.9 MB
5. Points on the cone closest to the given point.vtt	11.4 KB
6. Applied optimization.html	0.1 KB
7. BONUS! Extra practice problems. ).html	0.7 KB
7.1 Workbook.applied optimization.pdf.pdf	1.1 MB
7.2 Workbook.applied optimization.solutions.pdf.pdf	1.2 MB
/17. Partial Derivatives - Lagrange multipliers/
1. Introduction to lagrange multipliers.html	0.8 KB
1.1 Two dimensions, one constraint.pdf.pdf	414.6 KB
1.2 Three dimensions, two constraints.pdf.pdf	427.8 KB
1.3 Three dimensions, one constraint.pdf.pdf	3.6 MB
10. BONUS! Extra practice problems. ).html	0.7 KB
10.1 Workbook.lagrange multipliers.pdf.pdf	1.2 MB
10.2 Workbook.lagrange multipliers.solutions.pdf.pdf	5.8 MB
2. Lagrange multipliers.html	1.8 KB
2.1 Lagrange multipliers.pdf.pdf	1.9 MB
3. Two dimensions, one constraint.mp4	9.5 MB
3. Two dimensions, one constraint.vtt	12.0 KB
4. Two dimensions, one constraint, example 2.mp4	18.6 MB
4. Two dimensions, one constraint, example 2.vtt	19.4 KB
5. Two dimensions, one constraint.html	0.1 KB
6. Three dimensions, one constraint.mp4	10.9 MB
6. Three dimensions, one constraint.vtt	10.8 KB
7. Three dimensions, one constraint.html	0.1 KB
8. Three dimensions, two constraints.mp4	28.1 MB
8. Three dimensions, two constraints.vtt	14.9 KB
9. Three dimensions, two constraints.html	0.1 KB
/18. Multiple Integrals - Approximating double integrals/
1. Introduction to approximating double integrals.html	0.8 KB
1.1 Riemann sums for double integrals.pdf.pdf	401.2 KB
1.2 Midpoint rule for double integrals.pdf.pdf	389.3 KB
1.3 Approximating double integrals with rectangles.pdf.pdf	384.6 KB
2. Approximating double integrals with rectangles.mp4	37.8 MB
2. Approximating double integrals with rectangles.vtt	23.7 KB
3. Approximating double integrals with rectangles.html	0.1 KB
4. Midpoint rule for double integrals.html	0.9 KB
4.1 Midpoint rule for double integrals.pdf.pdf	928.4 KB
5. Midpoint rule for double integrals.mp4	13.1 MB
5. Midpoint rule for double integrals.vtt	11.3 KB
6. Midpoint rule for double integrals.html	0.1 KB
7. Riemann sums for double integrals.mp4	12.2 MB
7. Riemann sums for double integrals.vtt	10.7 KB
8. Riemann sums for double integrals.html	0.1 KB
/19. Multiple Integrals - Double integrals/
1. Introduction to double integrals.html	0.8 KB
1.1 Double integrals.pdf.pdf	394.8 KB
1.2 Type I and II regions.pdf.pdf	590.9 KB
1.3 Finding volume for double integrals.pdf.pdf	394.8 KB
1.4 Finding surface area for double integrals.pdf.pdf	440.9 KB
1.5 Changing the order of integration.pdf.pdf	660.7 KB
1.6 Iterated integrals.pdf.pdf	403.0 KB
1.7 Average value.pdf.pdf	573.5 KB
10. Type I and II regions.html	0.9 KB
10.1 Type I and type II regions.pdf.pdf	544.7 KB
11. Type I and II regions.mp4	17.5 MB
11. Type I and II regions.vtt	14.4 KB
12. Finding surface area.html	1.6 KB
12.1 Finding surface area.pdf.pdf	1.6 MB
13. Type I and II regions.html	0.1 KB
14. Finding surface area.mp4	11.3 MB
14. Finding surface area.vtt	14.0 KB
15. Finding surface area.html	0.1 KB
16. Finding volume.html	0.7 KB
16.1 Finding volume with a double integral.pdf.pdf	528.8 KB
17. Finding volume.mp4	12.2 MB
17. Finding volume.vtt	10.1 KB
18. Finding volume.html	0.1 KB
19. Changing the order of integration.mp4	31.2 MB
19. Changing the order of integration.vtt	19.8 KB
2. Average value.html	0.6 KB
2.1 Average value of a double integral.pdf.pdf	798.3 KB
20. Changing the order of integration.html	0.1 KB
3. Average value.mp4	9.8 MB
3. Average value.vtt	8.0 KB
4. Average value.html	0.1 KB
5. Iterated and double integrals.html	1.6 KB
5.1 Iterated and double integrals.pdf.pdf	1.6 MB
6. Iterated integrals.mp4	22.7 MB
6. Iterated integrals.vtt	28.7 KB
7. Iterated integrals.html	0.1 KB
8. Double integrals.mp4	9.7 MB
8. Double integrals.vtt	8.6 KB
9. Double integrals.html	0.1 KB
/2. Partial Derivatives - Three-dimensional coordinate systems/
1. Introduction to three-dimensional coordinate systems.html	0.8 KB
1.1 Using inequalities to describe the region.pdf.pdf	379.3 KB
1.2 Describing a region in three dimensional space.pdf.pdf	372.7 KB
1.3 Center, radius and equation of a sphere.pdf.pdf	386.1 KB
1.4 Plotting points in three dimensions.pdf.pdf	516.6 KB
1.5 Distance between points in three dimensions.pdf.pdf	390.4 KB
10. Center, radius, and equation of the sphere.html	0.1 KB
11. Describing a region in three-dimensional space.mp4	6.4 MB
11. Describing a region in three-dimensional space.vtt	6.4 KB
12. Describing a region in three-dimensional space.html	0.1 KB
13. Using inequalities to describe the region.mp4	8.6 MB
13. Using inequalities to describe the region.vtt	6.9 KB
14. Using inequalities to describe the region.html	0.1 KB
15. BONUS! Extra practice problems. ).html	0.7 KB
15.1 Workbook.three-dimensional coordinate systems.pdf.pdf	3.7 MB
15.2 Workbook.three-dimensional coordinate systems.solutions.pdf.pdf	3.8 MB
2. Plotting points in three dimensions.html	1.0 KB
2.1 Plotting points in three dimensions.pdf.pdf	1.1 MB
3. Plotting points in three dimensions.mp4	14.8 MB
3. Plotting points in three dimensions.vtt	13.0 KB
4. Plotting points in three dimensions.html	0.1 KB
5. Distance between points in three dimensions.html	0.5 KB
5.1 Distance between points in three dimensions.pdf.pdf	650.3 KB
6. Distance between points in three dimensions.mp4	15.5 MB
6. Distance between points in three dimensions.vtt	12.3 KB
7. Distance between points in three dimensions.html	0.1 KB
8. Center, radius, and equation of the sphere.html	0.7 KB
8.1 Center radius and equation of the sphere.pdf.pdf	1.1 MB
9. Center, radius, and equation of the sphere.mp4	14.3 MB
9. Center, radius, and equation of the sphere.vtt	11.9 KB
/20. Multiple Integrals - Double integrals in polar coordinates/
1. Introduction to double integrals in polar coordinates.html	0.8 KB
1.1 Changing double integrals to polar coordinates.pdf.pdf	404.9 KB
1.2 Changing iterated integrals to polar coordinates.pdf.pdf	403.3 KB
1.3 Finding volume for double polar integrals.pdf.pdf	393.9 KB
1.4 Finding area for double polar integrals.pdf.pdf	395.9 KB
1.5 Sketching area for double polar integrals.pdf.pdf	382.7 KB
10. Finding area.html	0.5 KB
10.1 Finding area.pdf.pdf	659.1 KB
11. Finding area.mp4	16.9 MB
11. Finding area.vtt	14.1 KB
12. Finding area.html	0.1 KB
13. Finding volume.html	0.8 KB
13.1 Finding volume with a double polar integral.pdf.pdf	1.6 MB
14. Finding volume.mp4	17.7 MB
14. Finding volume.vtt	14.8 KB
15. Finding volume.html	0.1 KB
2. Changing iterated integrals to polar coordinates.mp4	14.9 MB
2. Changing iterated integrals to polar coordinates.vtt	13.6 KB
3. Changing iterated and double integrals to polar coordinates.html	0.8 KB
3.1 Changing iterated and double integrals to polar coordinates.pdf.pdf	664.4 KB
4. Changing iterated integrals to polar coordinates.html	0.1 KB
5. Changing double integrals to polar coordinates.mp4	18.0 MB
5. Changing double integrals to polar coordinates.vtt	15.8 KB
6. Changing double integrals to polar coordinates.html	0.1 KB
7. Sketching area.html	0.3 KB
7.1 Sketching area.pdf.pdf	763.7 KB
8. Sketching area.mp4	7.2 MB
8. Sketching area.vtt	6.6 KB
9. Sketching area.html	0.1 KB
/21. Multiple Integrals - Applications of double integrals/
1. Introduction to applications of double integrals.html	0.8 KB
1.1 Double integrals to find mass and center of mass.pdf.pdf	399.5 KB
2. Double integrals to find mass and center of mass.mp4	18.3 MB
2. Double integrals to find mass and center of mass.vtt	14.4 KB
3. Double integrals to find mass and center of mass.html	0.1 KB
/22. Multiple Integrals - Approximating triple integrals/
1. Introduction to approximating triple integrals.html	0.8 KB
1.1 Midpoint rule for triple integrals.pdf.pdf	399.9 KB
2. Midpoint rule for triple integrals.html	1.0 KB
2.1 Midpoint rule for triple integrals.pdf.pdf	1.2 MB
3. Midpoint rule for triple integrals.mp4	17.4 MB
3. Midpoint rule for triple integrals.vtt	13.6 KB
4. Midpoint rule for triple integrals.html	0.1 KB
/23. Multiple Integrals - Triple integrals/
1. Introduction to triple integrals.html	0.8 KB
1.1 Expressing the integral six ways.pdf.pdf	411.9 KB
1.2 Average value for triple integrals.pdf.pdf	387.0 KB
1.3 Iterated triple integrals.pdf.pdf	407.3 KB
1.4 Finding volume with triple integrals.pdf.pdf	393.6 KB
10. Finding volume.mp4	20.0 MB
10. Finding volume.vtt	16.7 KB
11. Finding volume.html	0.1 KB
12. Expressing the integral six ways.html	1.8 KB
12.1 Expressing the integral six ways.pdf.pdf	1.9 MB
13. Expressing the integral six ways.mp4	17.5 MB
13. Expressing the integral six ways.vtt	22.9 KB
14. Expressing the integral six ways.html	0.1 KB
2. Iterated and triple integrals.html	1.0 KB
2.1 Iterated and triple integrals.pdf.pdf	569.0 KB
3. Iterated integrals.mp4	13.8 MB
3. Iterated integrals.vtt	13.1 KB
4. Iterated integrals.html	0.1 KB
5. Triple integrals.mp4	19.2 MB
5. Triple integrals.vtt	16.9 KB
6. Average value.html	0.8 KB
6.1 Average value of a triple integral.pdf.pdf	411.6 KB
7. Average value.mp4	10.1 MB
7. Average value.vtt	7.9 KB
8. Average value.html	0.1 KB
9. Finding volume.html	1.3 KB
9.1 Finding volume of a triple integral.pdf.pdf	1.4 MB
/24. Multiple Integrals - Triple integrals in cylindrical coordinates/
1. Introduction to triple integrals in cylindrical coordinates.html	0.8 KB
1.1 Finding volume in cylindrical coordinates.pdf.pdf	412.5 KB
1.2 Changing triple integrals to cylindrical coordinates.pdf.pdf	413.8 KB
1.3 Cylindrical coordinates.pdf.pdf	407.4 KB
10. Finding volume.html	0.1 KB
2. Cylindrical coordinates.html	0.9 KB
2.1 Cylindrical coordinates.pdf.pdf	657.0 KB
3. Cylindrical coordinates.mp4	3.8 MB
3. Cylindrical coordinates.vtt	5.1 KB
4. Cylindrical coordinates.html	0.1 KB
5. Changing triple integrals to cylindrical coordinates.html	0.8 KB
5.1 Changing triple integrals to cylindrical coordinates.pdf.pdf	1.6 MB
6. Changing triple integrals to cylindrical coordinates.mp4	20.5 MB
6. Changing triple integrals to cylindrical coordinates.vtt	15.9 KB
7. Changing triple integrals to cylindrical coordinates.html	0.1 KB
8. Finding volume.html	0.8 KB
8.1 Finding volume in cylindrical coordinates.pdf.pdf	1.6 MB
9. Finding volume.mp4	19.1 MB
9. Finding volume.vtt	15.2 KB
/25. Multiple Integrals - Triple integrals in spherical coordinates/
1. Introduction to triple integrals in spherical coordinates.html	0.8 KB
1.1 Spherical coordinates.pdf.pdf	365.6 KB
1.2 Changing triple integrals to spherical coordinates.pdf.pdf	412.4 KB
1.3 Finding volume in spherical coordinates.pdf.pdf	402.8 KB
10. Finding volume.html	0.1 KB
2. Spherical coordinates.html	0.7 KB
2.1 Spherical coordinates.pdf.pdf	683.9 KB
3. Spherical coordinates.mp4	5.6 MB
3. Spherical coordinates.vtt	6.7 KB
4. Spherical coordinates.html	0.1 KB
5. Changing triple integrals to spherical coordinates.html	1.0 KB
5.1 Changing triple integrals to cylindrical coordinates.pdf.pdf	1.6 MB
6. Changing triple integrals to spherical coordinates.mp4	35.3 MB
6. Changing triple integrals to spherical coordinates.vtt	20.0 KB
7. Changing triple integrals to spherical coordinates.html	0.1 KB
8. Finding volume.html	0.6 KB
8.1 Finding volume of a triple integral.pdf.pdf	1.4 MB
9. Finding volume.mp4	6.7 MB
9. Finding volume.vtt	7.5 KB
/26. Multiple Integrals - Change of variables/
1. Introduction to change of variables.html	0.8 KB
1.1 Jacobian for three variables.pdf.pdf	387.0 KB
1.2 Jacobian for two variables.pdf.pdf	392.7 KB
2. Jacobian for two variables.html	0.5 KB
2.1 Jacobian for two variables.pdf.pdf	657.4 KB
3. Jacobian for two variables.mp4	8.3 MB
3. Jacobian for two variables.vtt	8.0 KB
4. Jacobian for two variables.html	0.1 KB
5. Jacobian for three variables.html	1.0 KB
5.1 Jacobian for three variables.pdf.pdf	913.9 KB
6. Jacobian for three variables.mp4	11.3 MB
6. Jacobian for three variables.vtt	13.2 KB
7. Jacobian for three variables.html	0.1 KB
/27. Multiple Integrals - Applications of triple integrals/
1. Introduction to applications of triple integrals.html	0.8 KB
1.1 Triple integrals to find mass and center of mass.pdf.pdf	2.3 MB
1.2 Moments of inertia.pdf.pdf	3.4 MB
2. Triple integrals to find mass and center of mass.mp4	10.9 MB
2. Triple integrals to find mass and center of mass.vtt	13.3 KB
3. Triple integrals to find mass and center of mass.html	0.1 KB
4. Moments of inertia.mp4	12.4 MB
4. Moments of inertia.vtt	9.5 KB
5. Moments of inertia.html	0.1 KB
/28. Vectors - Introduction to vectors/
1. Introduction to vectors.html	0.8 KB
1.1 Copying vectors and using them to draw combinations.pdf.pdf	398.2 KB
1.2 Sum of two vectors.pdf.pdf	384.8 KB
1.3 Unit vector in the direction of the given vector.pdf.pdf	399.3 KB
1.4 Magnitude and angle of the resultant force.pdf.pdf	943.6 KB
1.5 Vector from two points.pdf.pdf	377.2 KB
1.6 Combinations of vectors.pdf.pdf	510.2 KB
1.7 Angle between a vector and the x-axis.pdf.pdf	576.3 KB
10. Copying vectors and using them to find combinations.mp4	13.6 MB
10. Copying vectors and using them to find combinations.vtt	11.3 KB
11. Copying vectors and using them to find combinations.html	0.1 KB
12. Unit vector in the direction of the given vector.mp4	8.2 MB
12. Unit vector in the direction of the given vector.vtt	6.8 KB
13. Unit vector in the direction of the given vector.html	0.1 KB
14. Angle between a vector and the x-axis.mp4	11.6 MB
14. Angle between a vector and the x-axis.vtt	9.9 KB
15. Angle between a vector and the x-axis.html	0.1 KB
16. Magnitude and angle of the resultant force.html	1.0 KB
16.1 Magnitude and angle of the resultant force.pdf.pdf	1.2 MB
17. Magnitude and angle of the resultant force.mp4	18.7 MB
17. Magnitude and angle of the resultant force.vtt	14.6 KB
18. Magnitude and angle of the resultant force.html	0.1 KB
2. Vector from two points.mp4	3.8 MB
2. Vector from two points.vtt	6.7 KB
3. Vector from two points.html	0.1 KB
4. Combinations of vectors.html	0.8 KB
4.1 Combinations of vectors.pdf.pdf	894.9 KB
5. Combinations of vectors.mp4	10.8 MB
5. Combinations of vectors.vtt	9.6 KB
6. Combinations of vectors.html	0.1 KB
7. Sum of two vectors.html	0.5 KB
7.1 Sum of two vectors.pdf.pdf	407.5 KB
8. Sum of two vectors.mp4	5.3 MB
8. Sum of two vectors.vtt	6.2 KB
9. Sum of two vectors.html	0.1 KB
/29. Vectors - Dot products/
1. Introduction to dot products.html	0.8 KB
1.1 Orthogonal, parallel or neither.pdf.pdf	384.3 KB
1.2 Dot product of two vectors.pdf.pdf	382.5 KB
1.3 Scalar and vector projections.pdf.pdf	405.9 KB
1.4 Angle between two vectors.pdf.pdf	401.6 KB
1.5 Scalar equation of a line.pdf.pdf	386.0 KB
1.6 Acute angles between the curves.pdf.pdf	450.1 KB
1.7 Scalar equation of a plane.pdf.pdf	1.6 MB
1.8 Acute angle between the lines.pdf.pdf	405.8 KB
1.9 Direction cosines and direction angles.pdf.pdf	402.1 KB
10. Orthogonal, parallel or neither.html	0.1 KB
11. Acute angle between the lines.html	1.0 KB
11.1 Acute angle between the lines.pdf.pdf	911.1 KB
12. Acute angle between the lines.mp4	12.2 MB
12. Acute angle between the lines.vtt	11.4 KB
13. Acute angle between the lines.html	0.1 KB
14. Acute angles between the curves.html	2.1 KB
14.1 Acute angle between the curves.pdf.pdf	2.1 MB
15. Acute angles between the curves.mp4	24.3 MB
15. Acute angles between the curves.vtt	20.9 KB
16. Acute angles between the curves.html	0.1 KB
17. Direction cosines and direction angles.html	0.8 KB
17.1 Direction cosines and direction angles.pdf.pdf	663.1 KB
18. Direction cosines and direction angles.mp4	11.5 MB
18. Direction cosines and direction angles.vtt	10.7 KB
19. Direction cosines and direction angles.html	0.1 KB
2. Dot product of two vectors.html	0.5 KB
2.1 Dot product of two vectors.pdf.pdf	403.6 KB
20. Scalar equation of a line.html	0.5 KB
20.1 Scalar equation of a line.pdf.pdf	643.7 KB
21. Scalar equation of a line.mp4	2.7 MB
21. Scalar equation of a line.vtt	3.8 KB
22. Scalar equation of a line.html	0.1 KB
23. Scalar equation of a plane.html	0.3 KB
23.1 Scalar equation of a plane.pdf.pdf	403.2 KB
24. Scalar equation of a plane.mp4	4.2 MB
24. Scalar equation of a plane.vtt	4.9 KB
25. Scalar equation of a plane.html	0.1 KB
26. Scalar and vector projections.html	1.0 KB
26.1 Scalar vector projections.pdf.pdf	907.7 KB
27. Scalar and vector projections.mp4	10.7 MB
27. Scalar and vector projections.vtt	9.3 KB
28. Scalar and vector projections.html	0.1 KB
3. Dot product of two vectors.mp4	4.3 MB
3. Dot product of two vectors.vtt	4.0 KB
4. Dot product of two vectors.html	0.1 KB
5. Angle between two vectors.html	0.8 KB
5.1 Angle between two vectors.pdf.pdf	906.4 KB
6. Angle between two vectors.mp4	7.5 MB
6. Angle between two vectors.vtt	6.4 KB
7. Angle between two vectors.html	0.1 KB
8. Orthogonal, parallel or neither.html	1.0 KB
8.1 Orthogonal parallel or neither.pdf.pdf	1.1 MB
9. Orthogonal, parallel or neither.mp4	10.0 MB
9. Orthogonal, parallel or neither.vtt	8.0 KB
/3. Partial Derivatives - Sketching graphs and level curves/
1. Introduction to sketching graphs and level curves.html	0.8 KB
1.1 Sketching level curves of multivariable functions.pdf.pdf	794.3 KB
2. Sketching level curves of multivariable functions.mp4	32.8 MB
2. Sketching level curves of multivariable functions.vtt	20.7 KB
3. Sketching level curves of multivariable functions.html	0.1 KB
4. BONUS! Extra practice problems. ).html	0.7 KB
4.1 Workbook.sketching graphs and level curves.solutions.pdf.pdf	1.9 MB
4.2 Workbook.sketching graphs and level curves.pdf.pdf	1.9 MB
/30. Vectors - Cross products/
1. Introduction to cross products.html	0.8 KB
1.1 Vector orthogonal to the plane.pdf.pdf	417.2 KB
1.2 Scalar triple product to prove vectors are coplanar.pdf.pdf	392.6 KB
1.3 Cross product of two vectors.pdf.pdf	393.8 KB
1.4 Volume of the parallelepiped from vectors.pdf.pdf	396.2 KB
1.5 Volume of the parallelepiped from adjacent edges.pdf.pdf	407.2 KB
10. Volume of the parallelepiped from vectors.html	0.1 KB
11. Volume of the parallelepiped from adjacent edges.html	0.8 KB
11.1 Volume of the parallelpiped from adjacent edges.pdf.pdf	913.1 KB
12. Volume of the parallelepiped from adjacent edges.mp4	11.8 MB
12. Volume of the parallelepiped from adjacent edges.vtt	9.1 KB
13. Volume of the parallelepiped from adjacent edges.html	0.1 KB
14. Scalar triple product to prove vectors are coplanar.html	0.8 KB
14.1 Scalar triple product to prove vectors are coplanar.pdf.pdf	906.9 KB
15. Scalar triple product to prove vectors are coplanar.mp4	13.4 MB
15. Scalar triple product to prove vectors are coplanar.vtt	11.1 KB
16. Scalar triple product to prove vectors are coplanar.html	0.1 KB
2. Cross product of two vectors.html	0.8 KB
2.1 Cross product of two vectors.pdf.pdf	667.1 KB
3. Cross product of two vectors.mp4	5.7 MB
3. Cross product of two vectors.vtt	7.2 KB
4. Cross product of two vectors.html	0.1 KB
5. Vector orthogonal to the plane.html	0.8 KB
5.1 Vector orthogonal to the plane.pdf.pdf	910.1 KB
6. Vector orthogonal to the plane.mp4	12.6 MB
6. Vector orthogonal to the plane.vtt	10.3 KB
7. Vector orthogonal to the plane.html	0.1 KB
8. Volume of the parallelepiped from vectors.html	0.5 KB
8.1 Volume of the parallelpiped from vectors.pdf.pdf	663.1 KB
9. Volume of the parallelepiped from vectors.mp4	9.5 MB
9. Volume of the parallelepiped from vectors.vtt	8.0 KB
/31. Vectors - Vector functions and space curves/
1. Introduction to vector functions and space curves.html	0.8 KB
1.1 Domain of the vector function.pdf.pdf	378.8 KB
1.2 Projections of the curve.pdf.pdf	1.9 MB
1.3 Limit of a vector function.pdf.pdf	393.6 KB
1.4 Sketching the vector equation.pdf.pdf	1.5 MB
1.5 Vector function for the curve of intersection of two surfaces.pdf.pdf	396.4 KB
1.6 Vector and parametric equations of a line segment.pdf.pdf	377.3 KB
10. Projections of the curve.html	1.3 KB
10.1 Projections of the curve.pdf.pdf	1.6 MB
11. Projections of the curve.mp4	24.1 MB
11. Projections of the curve.vtt	20.6 KB
12. Projections of the curve.html	0.1 KB
13. Vector and parametric equations of a line segment.html	0.8 KB
13.1 Vector and parametric equations of a line segment.pdf.pdf	667.9 KB
14. Vector and parametric equations of a line segment.mp4	6.9 MB
14. Vector and parametric equations of a line segment.vtt	6.3 KB
15. Vector and parametric equations of a line segment.html	0.1 KB
16. Vector function for the curve of intersection of two surfaces.html	0.8 KB
16.1 Vector function for the curve of intersection of two surfaces.pdf.pdf	907.3 KB
17. Vector function for the curve of intersection of two surfaces.mp4	7.7 MB
17. Vector function for the curve of intersection of two surfaces.vtt	7.3 KB
18. Vector function for the curve of intersection of two surfaces.html	0.1 KB
2. Domain of a vector function.html	0.5 KB
2.1 Domain of a vector function.pdf.pdf	661.7 KB
3. Domain of a vector function.mp4	6.7 MB
3. Domain of a vector function.vtt	6.9 KB
4. Domain of a vector function.html	0.1 KB
5. Limit of a vector function.html	0.5 KB
5.1 Limit of a vector function.pdf.pdf	663.3 KB
6. Limit of a vector function.mp4	8.0 MB
6. Limit of a vector function.vtt	7.4 KB
7. Limit of a vector function.html	0.1 KB
8. Sketching the vector equation.mp4	15.2 MB
8. Sketching the vector equation.vtt	14.1 KB
9. Sketching the vector equation.html	0.1 KB
/32. Vectors - Derivatives and integrals of vector functions/
1. Introduction to derivatives and integrals of vector functions.html	0.8 KB
1.1 Derivative of a vector function.pdf.pdf	393.8 KB
1.2 Unit tangent vector.pdf.pdf	413.4 KB
1.3 Integral of a vector function.pdf.pdf	421.7 KB
1.4 Parametric equations of the tangent line.pdf.pdf	396.5 KB
10. Parametric equations of the tangent line.html	0.1 KB
11. Integral of a vector function.html	0.5 KB
11.1 Integral of a vector function.pdf.pdf	681.8 KB
12. Integral of a vector function.mp4	12.8 MB
12. Integral of a vector function.vtt	10.7 KB
13. Integral of a vector function.html	0.1 KB
2. Derivative of a vector function.html	0.5 KB
2.1 Derivative of a vector function.pdf.pdf	676.8 KB
3. Derivative of a vector function.mp4	12.1 MB
3. Derivative of a vector function.vtt	9.8 KB
4. Derivative of a vector function.html	0.1 KB
5. Unit tangent vector.html	0.8 KB
5.1 Unit tangent vector.pdf.pdf	674.8 KB
6. Unit tangent vector.mp4	9.7 MB
6. Unit tangent vector.vtt	8.2 KB
7. Unit tangent vector.html	0.1 KB
8. Parametric equations of the tangent line.html	1.0 KB
8.1 Parametric equations of the tangent line.pdf.pdf	1.2 MB
9. Parametric equations of the tangent line.mp4	11.6 MB
9. Parametric equations of the tangent line.vtt	11.0 KB
/33. Vectors - Arc length and curvature/
1. Introduction to arc length and curvature.html	0.8 KB
1.1 Unit tangent and unit normal vectors.pdf.pdf	417.3 KB
1.2 Normal and osculating planes.pdf.pdf	469.3 KB
1.3 Maximum curvature.pdf.pdf	413.6 KB
1.4 Equation of the osculating circle.pdf.pdf	383.7 KB
1.5 Arc length of a vector function.pdf.pdf	404.4 KB
1.6 Reparametrizing the curve.pdf.pdf	417.8 KB
1.7 Curvature.pdf.pdf	435.7 KB
10. Unit tangent and unit normal vectors.html	0.1 KB
11. Curvature.html	1.3 KB
11.1 Curvature.pdf.pdf	1.4 MB
12. Curvature.mp4	16.7 MB
12. Curvature.vtt	14.2 KB
13. Curvature.html	0.1 KB
14. Maximum curvature.html	0.8 KB
14.1 Maximum curvature.pdf.pdf	921.6 KB
15. Maximum curvature.mp4	19.2 MB
15. Maximum curvature.vtt	17.2 KB
16. Maximum curvature.html	0.1 KB
17. Normal and osculating planes.html	3.4 KB
17.1 Normal and osculating planes.pdf.pdf	3.4 MB
18. Normal and osculating planes.mp4	153.0 MB
18. Normal and osculating planes.vtt	29.8 KB
19. Normal and osculating planes.html	0.1 KB
2. Arc length of a vector function.html	0.8 KB
2.1 Arc length of a vector function.pdf.pdf	913.2 KB
20. Equation of the osculating circle.html	0.1 KB
3. Arc length of a vector function.mp4	13.4 MB
3. Arc length of a vector function.vtt	12.9 KB
4. Arc length of a vector function.html	0.1 KB
5. Reparametrizing the curve.html	1.0 KB
5.1 Reparametrizing the curve.pdf.pdf	1.2 MB
6. Reparametrizing the curve.mp4	11.4 MB
6. Reparametrizing the curve.vtt	10.0 KB
7. Reparametrizing the curve.html	0.1 KB
8. Unit tangent and unit normal vectors.html	1.6 KB
8.1 Unit tangent and unit normal vectors.pdf.pdf	1.4 MB
9. Unit tangent and unit normal vectors.mp4	12.9 MB
9. Unit tangent and unit normal vectors.vtt	11.7 KB
/34. Vectors - Velocity and acceleration/
1. Introduction to velocity and acceleration.html	0.8 KB
1.1 Tangential and normal components of accleration.pdf.pdf	443.2 KB
1.2 Velocity and position given acceleration and initial conditions.pdf.pdf	404.1 KB
1.3 Velocity and acceleration vectors.pdf.pdf	396.3 KB
1.4 Velocity, acceleration and speed, given position.pdf.pdf	393.3 KB
10. Tangential and normal components of acceleration.html	1.3 KB
10.1 Tangential and normal components of the acceleration vector.pdf.pdf	1.4 MB
11. Tangential and normal components of acceleration.mp4	20.1 MB
11. Tangential and normal components of acceleration.vtt	19.5 KB
12. Tangential and normal components of acceleration.html	0.1 KB
2. Velocity and acceleration vectors.html	0.8 KB
2.1 Velocity and acceleration vectors.pdf.pdf	432.7 KB
3. Velocity and acceleration vectors.mp4	5.6 MB
3. Velocity and acceleration vectors.vtt	7.2 KB
4. Velocity and acceleration vectors.html	0.1 KB
5. Velocity, acceleration and speed, given position.html	0.5 KB
5.1 Velocity acceleration and speed given position.pdf.pdf	667.4 KB
6. Velocity, acceleration and speed, given position.mp4	6.1 MB
6. Velocity, acceleration and speed, given position.vtt	6.5 KB
7. Velocity, acceleration and speed, given position.html	0.1 KB
8. Velocity and position given acceleration and initial conditions.mp4	10.2 MB
8. Velocity and position given acceleration and initial conditions.vtt	9.8 KB
9. Velocity and position given acceleration and initial conditions.html	0.1 KB
/35. Vectors - Line integrals/
1. Introduction to line integrals.html	0.8 KB
1.1 Independence of path.pdf.pdf	396.0 KB
1.2 Potential function of a conservative vector field to evaluate a line integral.pdf.pdf	403.3 KB
1.3 Line integral of a curve.pdf.pdf	392.3 KB
1.4 Work done by the force field.pdf.pdf	411.0 KB
1.5 Potential function of a conservative vector field.pdf.pdf	399.8 KB
1.6 Open, connected, and simply-connected.pdf.pdf	309.0 KB
1.7 Line integral of a vector function.pdf.pdf	409.4 KB
10. Potential function of a conservative vector field to evaluate a line integral.mp4	21.2 MB
10. Potential function of a conservative vector field to evaluate a line integral.vtt	16.0 KB
11. Potential function of a conservative vector field to evaluate a line integral.html	0.1 KB
12. Independence of path.html	0.5 KB
12.1 Independence of path.pdf.pdf	657.9 KB
13. Independence of path.mp4	23.2 MB
13. Independence of path.vtt	20.6 KB
14. Independence of path.html	0.1 KB
15. Work done by the force field.mp4	19.2 MB
15. Work done by the force field.vtt	17.0 KB
16. Work done by the force field.html	0.1 KB
17. Open, connected, and simply-connected.mp4	24.4 MB
17. Open, connected, and simply-connected.vtt	9.7 KB
18. Open, connected, and simply-connected.html	0.1 KB
2. Line integrals.html	0.4 KB
2.1 LIne integral of a curve.pdf.pdf	664.4 KB
3. Line integral of a curve.mp4	24.7 MB
3. Line integral of a curve.vtt	20.4 KB
4. Line integral of a curve.html	0.1 KB
5. Line integral of a vector function.mp4	15.3 MB
5. Line integral of a vector function.vtt	12.5 KB
6. Line integral of a vector function.html	0.1 KB
7. Conservative vector fields.html	1.0 KB
7.1 Potential function of a conservative vector field.pdf.pdf	914.8 KB
8. Potential function of a conservative vector field.mp4	19.3 MB
8. Potential function of a conservative vector field.vtt	16.5 KB
9. Potential function of a conservative vector field.html	0.1 KB
/36. Vectors - Green's theorem/
1. Introduction to green's theorem.html	0.8 KB
1.1 Green's theorem for two regions.pdf.pdf	524.6 KB
1.2 Green's theorem for one region.pdf.pdf	500.2 KB
2. Green's theorem for one region.html	1.0 KB
2.1 Greens theorem for one region.pdf.pdf	896.7 KB
3. Green's theorem for one region.mp4	9.0 MB
3. Green's theorem for one region.vtt	10.6 KB
4. Green's theorem for one region.html	0.1 KB
5. Green's theorem for two regions.html	1.6 KB
5.1 Greens theorem for two regions.pdf.pdf	1.3 MB
6. Green's theorem for two regions.mp4	15.2 MB
6. Green's theorem for two regions.vtt	17.4 KB
7. Green's theorem for two regions.html	0.1 KB
/37. Vectors - Curl and divergence/
1. Introduction to curl and divergence.html	0.8 KB
1.1 Potential function of the conservative vector field, three dimensions.pdf.pdf	398.1 KB
1.2 Curl and divergence of a vector field.pdf.pdf	390.5 KB
2. Curl and divergence of a vector field.mp4	20.3 MB
2. Curl and divergence of a vector field.vtt	16.3 KB
3. Curl and divergence of a vector field.html	0.1 KB
4. Potential function of a conservative vector field, three dimensions.mp4	27.6 MB
4. Potential function of a conservative vector field, three dimensions.vtt	22.5 KB
5. Potential function of a conservative vector field, three dimensions.html	0.1 KB
/38. Vectors - Parametric surfaces and areas/
1. Introduction to parametric surfaces and areas.html	0.8 KB
1.1 Area of a surface.pdf.pdf	419.8 KB
1.2 Points on the surface.pdf.pdf	379.6 KB
1.3 Parametric representation of the surface.pdf.pdf	402.9 KB
1.4 Tangent plane to the parametric surface.pdf.pdf	403.9 KB
1.5 Surface of the vector equation.pdf.pdf	379.0 KB
10. Area of a surface.mp4	15.8 MB
10. Area of a surface.vtt	14.0 KB
11. Area of a surface.html	0.1 KB
2. Points on the surface.mp4	10.5 MB
2. Points on the surface.vtt	8.9 KB
3. Points on the surface.html	0.1 KB
4. Surface of the vector equation.mp4	14.6 MB
4. Surface of the vector equation.vtt	12.2 KB
5. Surface of the vector equation.html	0.1 KB
6. Parametric representation of the surface.mp4	12.3 MB
6. Parametric representation of the surface.vtt	10.7 KB
7. Parametric representation of the surface.html	0.1 KB
8. Tangent plane to the parametric surface.mp4	15.2 MB
8. Tangent plane to the parametric surface.vtt	12.6 KB
9. Tangent plane to the parametric surface.html	0.1 KB
/39. Vectors - Surface integrals/
1. Introduction to surface integrals.html	0.8 KB
1.1 Surface integrals.pdf.pdf	398.0 KB
2. Surface integrals.mp4	12.3 MB
2. Surface integrals.vtt	12.3 MB
3. Surface integrals, example 2.mp4	22.7 MB
3. Surface integrals, example 2.vtt	18.3 KB
4. Surface integrals.html	0.1 KB
/4. Partial Derivatives - Lines and planes/
1. Introduction to lines and planes.html	0.8 KB
1.1 Vector and parametric equations of a line.pdf.pdf	388.8 KB
1.10 Parallel, perpendicular, and angle between planes.pdf.pdf	392.7 KB
1.11 Distance between parallel planes.pdf.pdf	395.1 KB
1.12 Intersection of a line and a plane.pdf.pdf	382.1 KB
1.2 Parallel, intersecting, skew and perpendicular lines.pdf.pdf	388.4 KB
1.3 Symmetric equations of a line.pdf.pdf	388.6 KB
1.4 Parametric and symmetric equations of the line.pdf.pdf	2.1 MB
1.5 Equation of a plane.pdf.pdf	410.1 KB
1.6 Distance between a point and a line.pdf.pdf	415.6 KB
1.7 Parametric equations for the line of intersection of two planes.pdf.pdf	418.6 KB
1.8 Symmetric equations for the line of intersection of two planes.pdf.pdf	417.3 KB
1.9 Distance between a point and a plane.pdf.pdf	386.7 KB
10. Parallel, intersecting, skew and perpendicular lines.mp4	15.8 MB
10. Parallel, intersecting, skew and perpendicular lines.vtt	14.6 KB
11. Parallel, intersecting, skew and perpendicular lines.html	0.1 KB
12. Equation of a plane.html	0.8 KB
12.1 Equation of a plane.pdf.pdf	677.7 KB
13. Equation of a plane.mp4	11.3 MB
13. Equation of a plane.vtt	10.0 KB
14. Equation of a plane.html	0.1 KB
15. Intersection of a line and a plane.html	0.8 KB
15.1 Intersection of a line and a plane.pdf.pdf	648.2 KB
16. Intersection of a line and a plane.mp4	5.5 MB
16. Intersection of a line and a plane.vtt	5.5 KB
17. Intersection of a line and a plane.html	0.1 KB
18. Parallel, perpendicular and angle between planes.html	1.0 KB
18.1 Paralle perpendicular and angle between planes.pdf.pdf	929.1 KB
19. Parallel, perpendicular and angle between planes.mp4	13.6 MB
19. Parallel, perpendicular and angle between planes.vtt	12.9 KB
2. Vector, parametric and symmetric equations of a line.html	1.0 KB
2.1 Vector parametric and symmetric equations of the line.pdf.pdf	917.1 KB
20. Parallel, perpendicular and angle between planes.html	0.1 KB
21. Parametric equations for the line of intersection of two planes.html	1.0 KB
21.1 Parametric equations for the line of intersection of two planes.pdf.pdf	1.2 MB
22. Parametric equations for the line of intersection of two planes.mp4	18.3 MB
22. Parametric equations for the line of intersection of two planes.vtt	16.4 KB
23. Parametric equations for the line of intersection of two planes.html	0.1 KB
24. Symmetric equations for the line of intersection of two planes.html	1.0 KB
24.1 Symmetric equations for the line of intersection of two planes.pdf.pdf	677.3 KB
25. Symmetric equations for the line of intersection of two planes.mp4	15.5 MB
25. Symmetric equations for the line of intersection of two planes.vtt	14.2 KB
26. Symmetric equations for the line of intersection of two planes.html	0.1 KB
27. Distance between a point and a line.mp4	13.0 MB
27. Distance between a point and a line.vtt	11.3 KB
28. Distance between a point and a line.html	0.1 KB
29. Distance between a point and a plane.mp4	10.0 MB
29. Distance between a point and a plane.vtt	9.3 KB
3. Vector and parametric equations of a line.mp4	9.1 MB
3. Vector and parametric equations of a line.vtt	8.2 KB
30. Distance between a point and a plane.html	0.1 KB
31. Distance between parallel planes.mp4	12.0 MB
31. Distance between parallel planes.vtt	10.9 KB
32. Distance between parallel planes.html	0.1 KB
33. BONUS! Extra practice problems. ).html	0.7 KB
33.1 Workbook.lines and planes.solutions.pdf.pdf	1.3 MB
33.2 Workbook.lines and planes.pdf.pdf	1.2 MB
4. Vector and parametric equations of a line.html	0.1 KB
5. Parametric and symmetric equations of a line.mp4	12.4 MB
5. Parametric and symmetric equations of a line.vtt	10.8 KB
6. Parametric and symmetric equations of a line.html	0.1 KB
7. Symmetric equations of a line.mp4	2.8 MB
7. Symmetric equations of a line.vtt	3.7 KB
8. Symmetric equations of a line.html	0.1 KB
9. Parallel, intersecting, skew and perpendicular lines.html	1.3 KB
9.1 Parallel intersecting skew and perpendicular lines.pdf.pdf	1.2 MB
/40. Vectors - Stokes' and divergence theorem/
1. Introduction to stokes' and divergence theorem.html	0.8 KB
1.1 Divergence theorem for surface integrals.pdf.pdf	400.4 KB
1.2 Divergence theorem and flux.pdf.pdf	423.1 KB
1.3 Stokes' theorem.pdf.pdf	2.4 MB
2. Stokes' theorem.mp4	38.6 MB
2. Stokes' theorem.vtt	23.5 KB
3. Stokes' theorem.html	0.1 KB
4. Divergence theorem.mp4	64.4 MB
4. Divergence theorem.vtt	40.0 KB
5. Divergence theorem for surface integrals.html	0.1 KB
6. Divergence theorem and flux.html	0.1 KB
/41. Differential Equations - Introduction/
1. Introduction to differential equations.html	0.7 KB
1.1 Sketching direction fields.pdf.pdf	1.3 MB
2. Overview of differential equations.html	0.3 KB
2.1 Overview of differential equations.pdf.pdf	401.2 KB
3. Sketching direction fields.html	0.7 KB
3.1 Sketching direction fields.pdf.pdf	1.1 MB
4. Sketching direction fields.mp4	11.5 MB
4. Sketching direction fields.vtt	10.9 KB
5. Sketching direction fields.html	0.1 KB
/42. Differential Equations - Euler's method/
1. Introduction to euler's method.html	0.8 KB
1.1 Euler's method.pdf.pdf	1.8 MB
2. Euler's method.html	1.0 KB
2.1 Euler's method.pdf.pdf	417.1 KB
3. Euler's method.mp4	20.3 MB
3. Euler's method.vtt	20.3 MB
4. Euler's method.html	0.1 KB
/43. Differential Equations - Separable differential equations/
1. Introduction to separable differential equations.html	0.8 KB
1.1 Mixing problems.pdf.pdf	2.8 MB
1.2 Change of variable for separable differential equations.pdf.pdf	2.9 MB
1.3 Orthogonal trajectories.pdf.pdf	386.4 KB
1.4 Separable differential equations.pdf.pdf	2.1 MB
1.5 Separable differential equations initial value problems.pdf.pdf	2.2 MB
10. Separable differential equations initial value problems.html	0.1 KB
11. Mixing problems.html	1.3 KB
11.1 Mixing problems.pdf.pdf	418.1 KB
12. Mixing problems.mp4	17.1 MB
12. Mixing problems.vtt	13.3 KB
13. Mixing problems.html	0.1 KB
14. Orthogonal trajectories.html	1.6 KB
14.1 Orthogonal trajectories.pdf.pdf	754.8 KB
15. Orthogonal trajectories.mp4	31.6 MB
15. Orthogonal trajectories.vtt	17.2 KB
16. Orthogonal trajectories.html	0.1 KB
2. Separable differential equations.html	0.8 KB
2.1 Separable differential equations.pdf.pdf	413.6 KB
3. Separable differential equations.mp4	7.4 MB
3. Separable differential equations.vtt	10.3 KB
4. Separable differential equations.html	0.1 KB
5. Change of variable for separable differential equations.html	1.0 KB
5.1 Change of variable for separable differential equations.pdf.pdf	417.6 KB
6. Change of variable for separable differential equations.mp4	6.3 MB
6. Change of variable for separable differential equations.vtt	5.9 KB
7. Change of variable for separable differential equations.html	0.1 KB
8. Separable differential equations initial value problems.html	0.8 KB
8.1 Separable differential equations initial value problems.pdf.pdf	416.0 KB
9. Separable differential equations initial value problems.mp4	8.0 MB
9. Separable differential equations initial value problems.vtt	7.8 KB
/44. Differential Equations - Logistic models/
1. Introduction to logistic models.html	0.8 KB
1.1 Logistic growth model for a population.pdf.pdf	2.2 MB
1.2 Predator-prey systems.pdf.pdf	2.5 MB
1.3 Population growth.pdf.pdf	2.1 MB
1.4 Equilibrium solutions and stability.pdf.pdf	386.3 KB
10. Equilibrium solutions and stability.mp4	18.0 MB
10. Equilibrium solutions and stability.vtt	21.7 KB
11. Equilibrium solutions and stability.html	0.1 KB
2. Population growth.html	1.6 KB
2.1 Logistic growth model for a population.pdf.pdf	420.5 KB
3. Population growth.mp4	6.1 MB
3. Population growth.vtt	7.6 KB
4. Population growth.html	0.1 KB
5. Logistic growth model for a population.mp4	8.9 MB
5. Logistic growth model for a population.vtt	7.8 KB
6. Logistic growth model for a population.html	0.1 KB
7. Predator-prey systems.html	2.4 KB
7.1 Predator-prey systems.pdf.pdf	427.0 KB
8. Predator-prey systems.mp4	19.9 MB
8. Predator-prey systems.vtt	16.4 KB
9. Predator-prey systems.html	0.1 KB
/45. Differential Equations - Exact differential equations/
1. Introduction to exact differential equations.html	0.8 KB
1.1 Exact differential equations.pdf.pdf	1.5 MB
2. Exact differential equation.html	2.4 KB
2.1 Exact differential equations.pdf.pdf	445.1 KB
3. Exact differential equations.mp4	17.6 MB
3. Exact differential equations.vtt	23.0 KB
4. Exact differential equations.html	0.1 KB
5. Exact differential equations initial value problems.mp4	18.7 MB
5. Exact differential equations initial value problems.vtt	12.0 KB
/46. Differential Equations - Linear differential equations/
1. Introduction to linear differential equations.html	0.8 KB
1.1 Linear differential equations.pdf.pdf	2.2 MB
1.2 Linear differential equations initial value problems.pdf.pdf	3.6 MB
1.3 Linear differential equations for circuits.pdf.pdf	2.9 MB
2. Linear differential equations.html	1.8 KB
2.1 Linear differential equations.pdf.pdf	452.0 KB
3. Linear differential equations.mp4	21.4 MB
3. Linear differential equations.vtt	11.6 KB
4. Linear differential equations.html	0.1 KB
5. Linear differential equations for circuits.mp4	10.8 MB
5. Linear differential equations for circuits.vtt	9.1 KB
6. Linear differential equations for circuits.html	0.1 KB
7. Linear differential equations initial value problems.html	1.3 KB
7.1 Linear differential equations initial value problems.pdf.pdf	437.2 KB
8. Linear differential equations initial value problems.mp4	13.8 MB
8. Linear differential equations initial value problems.vtt	12.2 KB
9. Linear differential equations initial value problems.html	0.1 KB
/47. Differential Equations - Second-order homogeneous/
1. Introduction to second-order homogeneous.html	0.8 KB
1.1 Boundary value problems with distinct real roots.pdf.pdf	2.9 MB
1.2 Initial value problems.pdf.pdf	2.2 MB
1.3 Distinct real roots.pdf.pdf	1.8 MB
1.4 Boundary value problems with complex conjugate roots.pdf.pdf	3.3 MB
1.5 Equal real roots.pdf.pdf	1.5 MB
1.6 Complex conjugate roots.pdf.pdf	2.2 MB
1.7 Linear dependence and independence.pdf.pdf	1.8 MB
1.8 Working backwards.pdf.pdf	1.8 MB
10. Homogeneous complex conjugate roots.mp4	11.4 MB
10. Homogeneous complex conjugate roots.vtt	10.2 KB
11. Homogeneous complex conjugate roots.html	0.1 KB
12. Homogeneous initial value problems.html	1.3 KB
12.1 Homogeneous initial value problems.pdf.pdf	419.5 KB
13. Homogeneous initial value problems.mp4	10.2 MB
13. Homogeneous initial value problems.vtt	11.6 KB
14. Homogeneous initial value problems, example 2.mp4	8.1 MB
14. Homogeneous initial value problems, example 2.vtt	9.4 KB
15. Homogeneous initial value problems, example 3.mp4	10.5 MB
15. Homogeneous initial value problems, example 3.vtt	12.5 KB
16. Homogeneous initial value problems, example 4.mp4	16.3 MB
16. Homogeneous initial value problems, example 4.vtt	17.2 KB
17. Homogeneous initial value problems.html	0.1 KB
18. Boundary value problems.html	1.3 KB
18.1 Boundary value problems with distinct real roots.pdf.pdf	422.8 KB
19. Boundary value problems with distinct real roots.mp4	12.4 MB
19. Boundary value problems with distinct real roots.vtt	11.7 KB
2. Homogeneous distinct real roots.html	0.8 KB
2.1 Homogeneous distinct real roots.pdf.pdf	431.8 KB
20. Boundary value problems with distinct real roots.html	0.1 KB
21. Boundary value problems with complex conjugate roots.mp4	10.5 MB
21. Boundary value problems with complex conjugate roots.vtt	10.1 KB
22. Boundary value problems with complex conjugate roots.html	0.1 KB
23. Homogeneous working backwards.mp4	5.1 MB
23. Homogeneous working backwards.vtt	6.2 KB
24. Homogeneous working backwards.html	0.1 KB
25. Linear dependence and independence.html	1.8 KB
25.1 Linear dependence and independence.pdf.pdf	450.8 KB
26. Linear dependence and independence.html	0.1 KB
3. Homogeneous distinct real roots.mp4	4.3 MB
3. Homogeneous distinct real roots.vtt	7.0 KB
4. Homogeneous distinct real roots, example 2.mp4	3.3 MB
4. Homogeneous distinct real roots, example 2.vtt	4.8 KB
5. Homogeneous distinct real roots.html	0.1 KB
6. Homogeneous equal real roots.html	0.8 KB
6.1 Homogeneous equal real roots.pdf.pdf	431.7 KB
7. Homogeneous equal real roots.mp4	5.8 MB
7. Homogeneous equal real roots.vtt	6.4 KB
8. Homogeneous equal real roots.html	0.1 KB
9. Homogeneous complex conjugate roots.html	1.0 KB
9.1 Homogeneous complex conjugate roots.pdf.pdf	435.8 KB
/48. Differential Equations - Second-order nonhomogeneous/
1. Introduction to second-order nonhomogeneous.html	0.8 KB
1.1 Undetermined coefficients.pdf.pdf	3.6 MB
1.2 Variation of parameters, system of equations.pdf.pdf	403.3 KB
1.3 Nonhomogeneous initial value problems.pdf.pdf	414.3 KB
1.4 Variation of parameters, Cramer's rule.pdf.pdf	411.8 KB
10. Variation of parameters, system of equations.html	0.1 KB
11. Variation of parameters, Cramer's rule.mp4	35.9 MB
11. Variation of parameters, Cramer's rule.vtt	33.9 KB
12. Variation of parameters, Cramer's rule.html	0.1 KB
13. Nonhomogeneous initial value problems.html	1.6 KB
13.1 Nonhomogeneous initial value problems.pdf.pdf	424.3 KB
14. Nonhomogeneous initial value problems.mp4	15.3 MB
14. Nonhomogeneous initial value problems.vtt	18.1 KB
15. Nonhomogeneous initial value problems.html	0.1 KB
2. Undetermined coefficients.html	1.6 KB
2.1 Undetermined coefficients.pdf.pdf	449.8 KB
3. Undetermined coefficients.mp4	17.8 MB
3. Undetermined coefficients.vtt	20.7 KB
4. Undetermined coefficients, example 2.mp4	17.1 MB
4. Undetermined coefficients, example 2.vtt	18.0 KB
5. Undetermined coefficients, example 3.mp4	17.5 MB
5. Undetermined coefficients, example 3.vtt	18.5 KB
6. Undetermined coefficients, example 4.mp4	16.3 MB
6. Undetermined coefficients, example 4.vtt	20.4 KB
7. Undetermined coefficients.html	0.1 KB
8. Variation of parameters, system of equations.html	4.2 KB
8.1 Variation of parameters, system of equations.pdf.pdf	506.0 KB
9. Variation of parameters, system of equations.mp4	22.0 MB
9. Variation of parameters, system of equations.vtt	24.2 KB
/49. Differential Equations - Laplace transforms/
1. Introduction to laplace transforms.html	0.8 KB
1.1 Laplace transforms using the definition.pdf.pdf	399.1 KB
1.2 Laplace transforms using the table.pdf.pdf	397.5 KB
2. Laplace transforms using the table.html	0.5 KB
2.1 Laplace transforms using the table.pdf.pdf	407.6 KB
3. Laplace transforms using the table.mp4	3.9 MB
3. Laplace transforms using the table.vtt	5.2 KB
4. Laplace transforms using the table.html	0.1 KB
5. Laplace transforms using the definition.html	0.8 KB
5.1 Laplace transforms using the definition.pdf.pdf	411.2 KB
6. Laplace transforms using the definition.mp4	15.4 MB
6. Laplace transforms using the definition.vtt	17.3 KB
7. Laplace transforms using the definition.html	0.1 KB
/5. Partial Derivatives - Cylinders and quadric surfaces/
1. Introduction to cylinders and quadric surfaces.html	0.8 KB
1.1 Reducing equations to standard form.pdf.pdf	376.4 KB
1.2 Sketching the surface.pdf.pdf	945.6 KB
2. Reference chart for cylinders and quadric surfaces.html	0.1 KB
2.1 Cylinders and quadric surfaces.pdf.pdf	565.2 KB
3. Reducing equations to standard form.mp4	16.6 MB
3. Reducing equations to standard form.vtt	19.7 KB
4. Reducing equations to standard form.html	0.1 KB
5. Sketching the surface.mp4	10.9 MB
5. Sketching the surface.vtt	10.4 KB
6. Sketching the surface.html	0.1 KB
7. BONUS! Extra practice problems. ).html	0.7 KB
7.1 Workbook.cylinders and quadric surfaces.pdf.pdf	2.3 MB
7.2 Workbook.cylinders and quadric surfaces.solutions.pdf.pdf	2.4 MB
/50. Differential Equations - Methods of Laplace transforms/
1. Introduction to methods of laplace transforms.html	0.8 KB
1.1 Inverse Laplace transforms.pdf.pdf	385.3 KB
1.2 Laplace transforms and initial value problems.pdf.pdf	411.8 KB
1.3 Laplace transforms and integration by parts.pdf.pdf	440.3 KB
2. Laplace transforms and initial value problems.html	1.8 KB
2.1 Laplace transforms initial value problems.pdf.pdf	438.7 KB
3. Laplace transforms and initial value problems.mp4	19.3 MB
3. Laplace transforms and initial value problems.vtt	20.3 KB
4. Laplace transforms and initial value problems.html	0.1 KB
5. Laplace transforms and integration by parts.mp4	28.7 MB
5. Laplace transforms and integration by parts.vtt	29.9 KB
6. Laplace transforms and integration by parts.html	0.1 KB
7. Inverse Laplace transforms.html	0.8 KB
7.1 Inverse Laplace transforms.pdf.pdf	413.8 KB
8. Inverse Laplace transforms.mp4	10.9 MB
8. Inverse Laplace transforms.vtt	14.4 KB
9. Inverse Laplace transforms.html	0.1 KB
/51. Differential Equations - Advanced Laplace transforms/
1. Introduction to advanced laplace transforms.html	0.8 KB
1.1 Convolution integrals and initial value problems.pdf.pdf	4.0 MB
2. Convolution integrals and initial value problems.html	1.6 KB
2.1 Convolution integrals and initial value problems.pdf.pdf	456.0 KB
3. Convolution integrals and initial value problems.mp4	29.1 MB
3. Convolution integrals and initial value problems.vtt	18.3 KB
4. Convolution integrals and initial value problems.html	0.1 KB
/52. Final exam and wrap-up/
1. Calculus 3 final exam.html	0.9 KB
1.1 Calculus 3.Final Exam.pdf.pdf	705.8 KB
1.2 Calculus 3.Final Exam.Solutions.pdf.pdf	1.8 MB
2. Wrap-up.mp4	5.6 MB
2. Wrap-up.vtt	0.3 KB
/6. Partial Derivatives - Limits and continuity/
1. Introduction to limits and continuity.html	0.8 KB
1.1 Limit of a multivariable function.pdf.pdf	366.7 KB
1.2 Domain of a multivariable function.pdf.pdf	372.1 KB
1.3 Discontinuities of multivariable functions.pdf.pdf	368.8 KB
1.4 Compositions of multivariable functions.pdf.pdf	379.6 KB
1.5 Precise definition of the limit for multivariable functions.pdf.pdf	2.1 MB
10. Discontinuities of multivariable functions.html	0.1 KB
11. Compositions of multivariable functions.mp4	16.8 MB
11. Compositions of multivariable functions.vtt	10.0 KB
12. Compositions of multivariable functions.html	0.1 KB
13. BONUS! Extra practice problems. ).html	0.7 KB
13.1 Workbook.limits and continuity.pdf.pdf	1.2 MB
13.2 Workbook.limits and continuity.solutions.pdf.pdf	1.4 MB
2. Domain of a multivariable function.mp4	7.6 MB
2. Domain of a multivariable function.vtt	7.3 KB
3. Domain of a multivariable function, example 2.mp4	5.3 MB
3. Domain of a multivariable function, example 2.vtt	6.8 KB
4. Domain of a multivariable function.html	0.1 KB
5. Limit of a multivariable function.mp4	9.1 MB
5. Limit of a multivariable function.vtt	9.3 KB
6. Limit of a multivariable function.html	0.1 KB
7. Precise definition of the limit for multivariable functions.mp4	57.3 MB
7. Precise definition of the limit for multivariable functions.vtt	45.3 KB
8. Precise definition of the limit for multivariable functions.html	0.1 KB
9. Discontinuities of multivariable functions.mp4	5.5 MB
9. Discontinuities of multivariable functions.vtt	5.6 KB
/7. Partial Derivatives - Partial derivatives/
1. Introduction to partial derivatives.html	0.8 KB
1.1 Higher order partial derivatives.pdf.pdf	385.4 KB
1.2 Partial derivatives in two variables.pdf.pdf	379.3 KB
1.3 Partial derivatives in three or more variables.pdf.pdf	386.1 KB
10. Higher order partial derivatives.html	0.1 KB
11. BONUS! Extra practice problems. ).html	0.7 KB
11.1 Workbook.partial derivatives.pdf.pdf	1.1 MB
11.2 Workbook.partial derivatives.solutions.pdf.pdf	1.6 MB
2. Partial derivatives in two variables.html	1.3 KB
2.1 Partial derivatives in two variables.pdf.pdf	1.4 MB
3. Partial derivatives in two variables.mp4	6.3 MB
3. Partial derivatives in two variables.vtt	10.7 KB
4. Partial derivatives in two variables.html	0.1 KB
5. Partial derivatives in three or more variables.html	1.0 KB
5.1 Partial derivatives in three or more variables.pdf.pdf	651.0 KB
6. Partial derivatives in three or more variables.mp4	5.1 MB
6. Partial derivatives in three or more variables.vtt	8.7 KB
7. Partial derivatives in three or more variables.html	0.1 KB
8. Higher order partial derivatives.html	1.0 KB
8.1 Higher order partial derivatives.pdf.pdf	901.4 KB
9. Higher order partial derivatives.mp4	5.3 MB
9. Higher order partial derivatives.vtt	8.4 KB
/8. Partial Derivatives - Differentials/
1. Introduction to differentials.html	0.8 KB
1.1 Differential of a multivariable function.pdf.pdf	381.7 KB
2. Differential of a multivariable function.html	0.3 KB
2.1 Differential of the function.pdf.pdf	646.2 KB
3. Differential of a multivariable function.mp4	5.9 MB
3. Differential of a multivariable function.vtt	4.9 KB
4. Differential of a multivariable function.html	0.1 KB
5. BONUS! Extra practice problems. ).html	0.7 KB
5.1 Workbook.differentials.solutions.pdf.pdf	1.4 MB
5.2 Workbook.differentials.pdf.pdf	1.1 MB
/9. Partial Derivatives - Chain rule/
1. Introduction to chain rule.html	0.8 KB
1.1 Chain rule for multivariable functions.pdf.pdf	383.8 KB
2. Chain rule for multivariable functions.html	1.4 KB
2.1 Chain rule.pdf.pdf	2.6 MB
3. Chain rule for multivariable functions.mp4	19.2 MB
3. Chain rule for multivariable functions.vtt	23.3 KB
4. Chain rule for multivariable functions, tree diagram.mp4	9.6 MB
4. Chain rule for multivariable functions, tree diagram.vtt	12.9 KB
5. Chain rule for multivariable functions and tree diagrams.html	0.1 KB
6. BONUS! Extra practice problems. ).html	0.7 KB
6.1 Workbook.chain rule.solutions.pdf.pdf	1.2 MB
6.2 Workbook.chain rule.pdf.pdf	1.1 MB
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