### Do you want to know from where we get the equation for the hyperbolas in Standard Form? This lesson will walk you through the proof with a lot of visuals to use the distance formula in finding the standard equation for the hyperbolas. Both horizontal and vertical ellipses.

** Lesson's Content **

** Lesson's Glossary **

**Conics**

**All sections generated by performing transversal cuts to a right cone.**

**Parabola**

**The geometric space that is equidistant from a line called the directrix and a point of a parpendicular to this calle the focus.**

**Ellipse**

**The abolute value sum of the distances from two fixed points called focii and a geometric space for which this sum remains constant.**

**Hyperbola**

**The absolute value difference of two points called focii and a a geometric space for which this difference remains constant.**

**Circle**

**A geometric space that is equidistant from a point called center.**

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