# data[].attributes.body
-Two inverted L shapes
-Have vertical and horizontal asymptotes
-Will always be RR in D and R except 0
-Substitute values to plot points

Ex. y=x^3

# data[].attributes.body
-One inverted L shape and one L
-Has vertical asymptote(s)
-Substitute values to plot points
-Second term moves L to right (neg) or to the left (pos)
-If negative Ls invert on X axis (go upside down)

Ex. y=4/x^2

# data[].attributes.body
-Two inverted L shapes
-Have vertical and horizontal asymptotes
-Will always be RR in D and R except 0
-Substitute values to plot points
-Second term moves L to right (neg) or to the left (pos)

Ex. y=2x+5/x-1

# data[].attributes.body
-Has an S shape
-Negatives invert it
-x^3 passes through 0
-x affects the S shape
-Sole number affects the y int
-Substitute values to get points

Ex. y=x^3

# data[].attributes.body
-Expressed as parabolas
-Positive goes up
-Negative goes down
-x^2 passes through 0
-Second term plots the y axis
-Substitute values to plot points

Ex. y=x^2

# data[].attributes.body
-Is a straight line
-Negatives invert direction of the line
-X to graph slope
-Y for the y int
-Rise over run
-Substitute values to get points

Ex. y=3x+2

# data[].attributes.body
-Negatives make them positive
-Have a V shape
-Substitute values to get points
-Negative outside of AB makes a reflexion on the x axis
-Negative inside AB makes a reflexion on the y axis

Ex. y=|x+2|