Analytic Geometry
Illustrating the Different Types of Conic Sections: Parabola, Ellipse, Circle, Hyperbola, and Degenerate Cases
Illustrating the Different Types of Conic Sections: Parabola, Ellipse, Circle, Hyperbola, and Degenerate Cases
Defining a Circle
Defining a Circle
Determining the Standard Form of Equation of a Circle
Determining the Standard Form of Equation of a Circle
Graphing a Circle in a Rectangular Coordinate System
Graphing a Circle in a Rectangular Coordinate System
Defining a Parabola
Defining a Parabola
Determining the Standard Form of Equation of a Parabola
Determining the Standard Form of Equation of a Parabola
Graphing a Parabola in a Rectangular Coordinate System
Graphing a Parabola in a Rectangular Coordinate System
Defining an Ellipse
Defining an Ellipse
Determining the Standard Form of Equation of an Ellipse
Determining the Standard Form of Equation of an Ellipse
Graphing an Ellipse in a Rectangular Coordinate System
Graphing an Ellipse in a Rectangular Coordinate System
Defining a Hyperbola
Defining a Hyperbola
Determining the Standard Form of Equation of a Hyperbola
Determining the Standard Form of Equation of a Hyperbola
Graphing a Hyperbola in a Rectangular Coordinate System
Graphing a Hyperbola in a Rectangular Coordinate System
Recognizing the Equation and Important Characteristics of the Different Types of Conic Sections
Recognizing the Equation and Important Characteristics of the Different Types of Conic Sections
Solving Situational Problems Involving Conic Sections
Solving Situational Problems Involving Conic Sections
Illustrating Systems of Nonlinear Equations
Illustrating Systems of Nonlinear Equations
Determining the Solutions of Systems of Nonlinear Equations Using Techniques such as Substitution, Elimination, and Graphing
Determining the Solutions of Systems of Nonlinear Equations Using Techniques such as Substitution, Elimination, and Graphing