8:52
Introduction to Parametric Equations
Mathispower4u
6:26
Parametric Equations Using Desmos: Table of Values, Graph, and Orientation
9:16
Graphing Parametric Equations on the TI84
9:23
Converting Parametric Equation to Rectangular Form
2:09
Ex 1: Write Parametric Equations as a Cartesian Equation
2:49
Ex 2: Write Parametric Equations as a Cartesian Equation
2:19
Ex 3: Write Parametric Equations as a Cartesian Equation
3:54
Ex 4: Write Parametric Equations as a Cartesian Equation
7:09
Ex: Parametric Equations Modeling a Path Around a Circle
3:50
Ex: Parametric Equations for an Ellipse in Cartesian Form
5:53
Ex: Find Parametric Equations For Ellipse Using Sine And Cosine From a Graph
4:59
Find the Parametric Equations for a Line Segment Given an Orientation
11:14
Determine Which Parametric Equations Given Would Give the Graph of the Entire Unit Circle
10:31
Determine Which Parametric Equations Would Give the Graph of an Entire Line
2:07
Parametric Equations of a Circle in Space
7:27
Ex 1: Find the Parametric Equations for a Lissajous Curve
7:42
Ex 2: Find the Parametric Equations for a Lissajous Curve
6:44
Ex 3: Find the Parametric Equations for a Lissajous Curve
7:10
Ex 4: Find the Parametric Equations for a Lissajous Curve
3:11
Ex: Point on a Spoke of a Rotating Wheel - Find the Radius
10:04
The Derivative of Parametric Equations
5:55
Ex 1: Derivatives of Parametric Equations and Applications
8:13
Ex 2: Derivatives of Parametric Equations and Applications (Trig)
4:50
Ex 1: Equation of a Tangent Line to a Curve Given by Parametric Equations
7:14
Ex 2: Equation of a Tangent Line to a Curve Given by Parametric Equations
6:11
Ex 3: Equation of a Tangent Line to a Curve Given by Parametric Equations
11:18
Determine the Points Where the Tangent Lines are Horizontal or Vertical Using Parametric Equations
9:59
The Second Derivative of Parametric Equations - Part 1 of 2
5:01
The Second Derivative of Parametric Equations - Part 2 of 2
10:26
Determine the First and Second Derivative Given Parametric Equations
8:30
First and Second Derivative of Parametric Equations - Concavity
8:28
Arc Length Using Parametric Equations
6:15
Ex 1: Determine the Arc Length of a Curve Given by Parametric Equations
9:13
Ex 2: Determine the Arc Length of a Curve Given by Parametric Equations
7:53
Find the Length of a Loop of a Curve Given by Parametric Equations
9:50
Area Under Parametric Curves
8:27
Surface Area of Revolution in Parametric Form
6:46
Ex 1: Surface Area of Revolution in Parametric Form
7:30
Ex 2: Surface Area of Revolution in Parametric Form
4:47
Determine if Three Points in Space are Collinear (Example 1)
5:16
Determine if Three Points in Space are Collinear (Example 2)
1:33
Eliminate t From Parametric Equations to Write Y as a Function of x: Exponential
4:42
Determine Where A Curve Defined by Parametric Equations has Horizontal or Vertical Tangent Lines
3:22
Determine Parametric Equations of a Directed Line Segment
3:58
Parameterize a Circle with Special Conditions
2:42
Determine the Equation of a Tangent Line to a Curve from Parametric Equations: Trig, Quadratic
3:34
Determine dy/dx Using Parmetric Equations: Trig, Quadratic, Product
4:24
Determine dy/dx Using Parmetric Equations: Rational, Square Root, Exponential, Product
6:34
Determine the First and Second Derivative of Parametric Equations (Concavity of Curve)
5:36
Determine the Area Under a Curve Given by Parametric Equations: Integration by Parts
Determine the Area Under a Curve Given by Parametric Equations: Integration by Parts Twice
