1.) Identify Formula
2.) Write down what each variable stands for
3.) Write down # that each variable represents
4.) Determine what you are solving for
5.) Rewrite formula, substitute, and solve
Back
Area of rectangle
Front
Back
Rate of change
Front
Back
Simplifying negative Exponents
Front
Back
Mean
Front
Add all #'s, then Divide by # of #'s in the set
Back
Relation
Front
All sets of Coordinate Pairs is a Relation
Back
Box and Whisker Plot
Front
Back
Coordinate Pair
Front
(x,y)
Back
Substitute
Front
Back
Mode
Front
Back
Function
Front
X NEVER repeats!
Back
Pythagorean Theorem
Front
Back
Simplify
Front
To write the fraction in the simplest form
Back
Stem and Leaf Plot
Front
Back
Y intercept
Front
y=mx+b
b is the y intercept
Back
Quotient
Front
Means to Divide
Back
Slope
Front
rise over run or
Back
Graphing Inequalities on a number line
Front
1.)Solve for variable
2.) Change the sign only when multiplying or dividing by a negative
3.) Graph on # line.
Open Circle <, >
Closed Circle lesser then or equal to, greater than or equal to
4.) Draw arrow: Left is less, Right is more
Back
Distance Formula
Front
Back
Range in a set of numbers
Front
Subtract the lowest from the highest
Back
Range in Coordinate Pairs
Front
Y
Back
Sum
Front
Means to Add
Back
Absolute Value
Front
Back
Percents
Front
80%= 80/100
Back
Combine Like Terms
Front
Back
Multiplying Exponents
Front
Back
Order of Operations
Front
Back
Linear
Front
Straight Line
Back
Ratio
Front
Back
Slope of a Perpendicular Line
Front
Slope is flipped and negated
Back
Coordinate Plane
Front
Back
Slope- Intercept form
Front
Back
Probability
Front
likeliness of landing on a black number
4:8
Back
Perimeter
Front
Back
Product
Front
Means to Multiply
Back
Difference
Front
Means to subtract
Back
Volume
Front
Back
Scientific Notation
Front
Back
Circumference
Front
Back
Graphing Inequalities on Coordinate Plane
Front
1.) Solve for y. Put in Slope intercept form
y>mx+b
2.) Mark your graph at the y intercept
3.) Count your slope and mark your slope
Down for negative, Up for positive
4.) Draw your line
Solid = to
Dotted < or >
5.) Shade to make the graph true