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A transformation is a function that maps a set x to itself.
4 types of transformation are rotation, reflection, translation, and dilation.
1. f(x)=x (identity)
2. f(x)= x2 (Quadratic)
3. f(x)=x3 (cubic)
4. f(x)= lxl (absolute value)
5.f(x)= sqr of x (square root)
6. 3 sqr x (cude root)

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The method of finding the minimum and maximum value of quantities, given constraints.
The maximum and minimum always occur at a vertex of the feasible region.
Feasible region is all of the points that satisfy all the constraint

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Solving System of Equations by Graphing 

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Solving System of Equations by Graphing 

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A system of linear equations contains 2 or more equations. The solution of a system is the ordered pair that is a solution to both equations. Solving a system of linear equations graphically you graph both equations in the same coordinate system.

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A number in the form of bi, where a and b are integers and i is the imaginary unit.
A- real part
I- Imaginary part

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The solution to a quadratic equation are called the x-int., zeros, or roots.
Steps for solving quadratic equation:
1. Multiply (a)(c)
2. Add what you get for (a)(c) to get b
3. Make box
4. Find GCF of each
5.Write GCF in parenthesis

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Expression of 2 or more algebraic terms, more likely the sum of several terms that contain different powers of the same variables.

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Operations of Polynomials in Function Notation

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Operations of Polynomials in Function Notation

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Adding (f+g)(x)=f(x)+g(x)
Subtracting(f-g)(x)= f(x)-g(x)
Multiply(fg)(x)= f(x)*g(x)
dividing(f/g)(x)=f(x)/g(x)
(fog)(x)= f(g(x))

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Synthetic Division is a shorthand method of polynomial division in the special case of dividing by a linear factor and it will only work in this case.