Calculus/Multivariable and differential calculus:Exercises
- 1 Parametric Equations
- 2 Polar Coordinates
- 3 Calculus in Polar Coordinates
- 4 Vectors and Dot Product
- 5 Cross Product
- 6 Calculus of Vector-Valued Functions
- 7 Motion in Space
- 8 Length of Curves
- 9 Parametrization and Normal Vectors
- 10 Equations of Lines And Planes
- 11 Limits And Continuity
- 12 Partial Derivatives
- 13 Chain Rule
- 14 Tangent Planes
- 15 Maximum And Minimum Problems
- 16 Double Integrals over Rectangular Regions
- 17 Double Integrals over General Regions
- 18 Double Integrals in Polar Coordinates
- 19 Triple Integrals
- 20 Cylindrical And Spherical Coordinates
- 21 Center of Mass and Centroid
- 22 Vector Fields
- 23 Line Integrals
- 24 Conservative Vector Fields
- 25 Green's Theorem
- 26 Divergence And Curl
- 27 Surface Integrals
- 28 Stokes' Theorem
- 29 Divergence Theorem
Sketch the following polar curves without using a computer.
Sketch the following sets of points.
Calculus in Polar CoordinatesEdit
Find points where the following curves have vertical or horizontal tangents.
Sketch the region and find its area.
Vectors and Dot ProductEdit
Find the area of the parallelogram with sides and .
Prove the following identities or show them false by giving a counterexample.
Calculus of Vector-Valued FunctionsEdit
Motion in SpaceEdit
Length of CurvesEdit
Find the length of the following curves.
Parametrization and Normal VectorsEdit
Equations of Lines And PlanesEdit
Limits And ContinuityEdit
Evaluate the following limits.
At what points is the function f continuous?
Use the two-path test to show that the following limits do not exist. (A path does not have to be a straight line.)
Find the four second partial derivatives of the following functions.
Find an equation of a plane tangent to the given surface at the given point(s).