Algebra 2 – Things You Will Definitely Need to Know For the Midterm Exam
1.
Graphing equations and lines on a calculator.
2.
Standard and slope-intercept form of lines.
3.
Find the slope of a line.
4.
Writing the equation of a line parallel/perpendicular to a line passing through a given point.
5.
Use the graphing calculator to find the equation of a linear regression model.
6.
Finding the solution to a system of linear equations.
7.
Everything about linear programming.
8.
Identify the special functions by graph and equation: absolute value, constant, greatest integer, and polynomial.
9.
Evaluate functions.
10.
Operations (add, subt, mult, div) functions and polynomials.
11.
Find the composition of two functions.
12.
Write the inverse of a linear function.
13.
Find zeros of a function (where the graph crosses the x-axis).
14.
Properties of exponents: multiplication, division, and power to a power.
15.
Rational exponents and radical form.
16.
Simplify radicals.
17.
Operations (add, subt, mult, div) radicals.
18.
Solve equations with radicals.
19.
Powers of i.
20.
Operations (add, subt, mult, div) complex numbers.
Algebra 2 – Things You Will Definitely Need to Know For the Midterm Exam
1.
Graphing equations and lines on a calculator.
2.
Standard and slope-intercept form of lines.
3.
Find the slope of a line.
4.
Writing the equation of a line parallel/perpendicular to a line passing through a given point.
5.
Use the graphing calculator to find the equation of a linear regression model.
6.
Finding the solution to a system of linear equations.
7.
Everything about linear programming.
8.
Identify the special functions by graph and equation: absolute value, constant, greatest integer, and polynomial.
9.
Evaluate functions.
10.
Operations (add, subt, mult, div) functions and polynomials.
11.
Find the composition of two functions.
12.
Write the inverse of a linear function.
13.
Find zeros of a function (where the graph crosses the x-axis).
14.
Properties of exponents: multiplication, division, and power to a power.
15.
Rational exponents and radical form.
16.
Simplify radicals.
17.
Operations (add, subt, mult, div) radicals.
18.
Solve equations with radicals.
19.
Powers of i.
20.
Operations (add, subt, mult, div) complex numbers.