Chapter+3


 * **Term** || **Lesson** || **Definition** ||
 * **Abscissa** || notes || first part of ordered pair ||
 * **Converse** || 3-7 || when the theorem is reversed ||
 * **Coordinate Plane** || notes || is where you mark the ordered pair on the line ||
 * **Hypotenuse** || notes || the slanted side on the triangle ||
 * **Irrational Number** || notes || number that cant be a fraction pie is an example ||
 * **Legs** || notes || the smaller sides of the triangle ||
 * **Ordered Pair** || notes || a ordered pair is what you use to put on the coordinate plane ||
 * **Ordinate** || 3-7 || second part of the ordered pair ||
 * **Origin** || notes || the middle of the coordinate plane ||
 * **Perfect Square** || notes || perfect squares are when they go in perfectly ||
 * **Pythagorean Theorem** || notes || Pythagorean theorem is when you find the missing angle ||
 * **Quadrants** || notes || quadrants are the 4 corners on the coordinate plane they are counter clockwise ||
 * **Radical Sign** || notes || the radical sign shows you that you are dividing ||
 * **Real Number** || 3-4 || set of rational numbers with irrational ||
 * **Square Root** || notes || to divide the same number 2 to get the square root ||
 * **X-Axis** || notes || horizontal line ||
 * **X-Coordinate** || notes || the first number of the ordered pair ||
 * **Y-Axis** || notes || vertical line ||
 * **Y-Coordinate** || notes || the second number of the ordered pair ||