Instructional Video11:28
Khan Academy

Identifying a Hyperbola From an Equation, Conic Sections, Algebra II

10th - 12th
In this video, Sal shows again how to write an equation of a conic section in standard form and identify the conic section it represents. This time, his example is of a hyperbola (not centered at the origin), which he also graphs.
Instructional Video9:11
1
1
Khan Academy

Identifying an Ellipse From Equation, Conic Sections, Algebra II

10th - 12th
After watching this video, you should be able to write an equation for a conic section in standard form and identify the conic section from its equation. In an example problem, Sal reviews how to complete the square and graph an ellipse...
Instructional Video11:34
Khan Academy

Identifying Circles and Parabolas from Equations, Conic Sections, Algebra II

10th - 12th
This is the last of three well-done videos on identifying and graphing conic sections from an equation. Here, Sal shows how to graph a circle not centered at the origin and a parabola that opens downward.
Instructional Video11:28
Khan Academy

Identifying a Hyperbola from an Equation, Conic Sections, Algebra II

10th - 12th
In this video, Sal shows again how to write an equation of a conic section in standard form and identify the conic section it represents. This time, his example is of a hyperbola (not centered at the origin), which he also graphs.
Instructional Video9:11
Khan Academy

Identifying an Ellipse from Equation, Conic Sections, Algebra II

10th - 12th
After watching this video, you should be able to write an equation of a conic section in standard form and identify the conic section from its equation. In an example problem, Sal reviews how to complete the square and graph an ellipse...
Instructional Video11:34
Khan Academy

Identifying Circles and Parabolas from Equations, Conic Sections, Algebra II

10th - 12th
This is the last of three well-done videos on identifying and graphing conic sections from an equation. Here, Sal graphs a circle that is not centered at the origin and a parabola that opens downward.