Arithmetic Review

Evaluating Expressions

Simplify Expressions

Exponential Expressions

Factor by GCF

Factoring Polynomials

Factoring Part 2

Factoring Special Cases

Solving Equations

Translating into numerical expressions

Inequalities

Rational Expressions

Complex Fractions

Quadratic Equations

Distance/Midpoint between two points

Slopes

Intercepts

Building the Equation of the line

Graphing Inequalities

Absolute Value Inequalities

Absolute Value Equations

Functions

Graphing Lines

System of Equations

Word Problems

Radical Expressions

Practice Pert Tests

Evaluating Expressions

Simplify Expressions

Exponential Expressions

Factor by GCF

Factoring Polynomials

Factoring Part 2

Factoring Special Cases

Solving Equations

Translating into numerical expressions

Inequalities

Rational Expressions

Complex Fractions

Quadratic Equations

Distance/Midpoint between two points

Slopes

Intercepts

Building the Equation of the line

Graphing Inequalities

Absolute Value Inequalities

Absolute Value Equations

Functions

Graphing Lines

System of Equations

Word Problems

Radical Expressions

Practice Pert Tests

How to find the Slope

If we have the equation y=mx + b, the value next to the X (m), is the slope of the line.

For example:

Y= 3X + 4, then the slope is 3 (m=3)

Y= -2x + 1, that is m=-2

Y= -0.5X + 1, that is m=-0.5 or m=-1/2

Y=1+ 9X, that is m=9

If the equation looks like this: 4X + Y = 1, you need to solve for Y.

For example,

Y= 1 -4X, therefore the slope is -4, that is m= -4

Types of Slopes

Below you can see the different types of slopes:

If we have the equation y=mx + b, the value next to the X (m), is the slope of the line.

For example:

Y= 3X + 4, then the slope is 3 (m=3)

Y= -2x + 1, that is m=-2

Y= -0.5X + 1, that is m=-0.5 or m=-1/2

Y=1+ 9X, that is m=9

If the equation looks like this: 4X + Y = 1, you need to solve for Y.

For example,

Y= 1 -4X, therefore the slope is -4, that is m= -4

Types of Slopes

Below you can see the different types of slopes: