Algebra 2

3. angles Can have 4 sets of angles in its vertical. Can have opposite sides of the graph (x+16) (4x-5)
4. Can have a rise over run. Can be a specific point on the number line (3,4)
5. numbers Numbers that are the same and have a distance from zero. Can be seen on a number line (0) X/Y + M/N
6. Can be a right angle 90 degrees. Can have three terms and can be a equation a+b=c
8. Can have a proportion in it and be taken out of a number. Can be a whole number or rational number %
9. The ratio opposite side of the hypothesis.can have a 0 with it which can be used in an equation to solve. sin(0)
12. The side that is adjacent to the hypotenuse. Can have three terms and numbers in it a2 = B2 + c2
14. can be moved on both x and y axis and can be moved upon the origin. y = a.f(x).
16. The amount of space between two points. can be placed upon the graph formula (X2 - X1) (Y2 - Y1).
17. You can add and subtract with these numbers. It can be a function to switch y and x , and then solve for y .
18. intercept form Can have two variables in it and have 3 terms. Can be used and seen as a equation y=mx+b
19. The line can also be curved upon the graph. Can have a 0 with its tangent set of 0 tan(0)

1. numbers- Another thing/name for an integer. Can be a number without a fraction to it W = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10
2. Can be translated upon the graph. can have the same shape just in other places on the graph X/X
7. notation The decimal can be moved a certain amount of places. Can have multiple zeros in its number. (1x10^6)
8. factorization It can be divisible by its simplifier and a similar number. Can be broken down multiple times into smaller numbers. 1240 ÷ 2 = 620
10. The measure the 2 end points and have two terms in it.Can be halfway between those two points (X1 + X2)
11. Can be rotated upon the graph throughout the 4 areas also be turned on the graph clockwise (y, -x)
13. Can have two numbers to it and can be a mixed number. Also can have a top and bottom to it n/d
15. Can be reflected upon the graph showing its opposite side.Can show its images moved on the graph. f(a − x) and f(x).