MATH 103, MASTERY TEST 01

Question:	Comes from:
1	Section 1.1, Key Idea A: Adding or subtracting real numbers
2	Section 1.1, Key Idea B: Multiplying or dividing real numbers
3	Section 1.1, Key Ideas C & D: Order of operations (containing exponents)
4	Section 1.2, Key Idea A: Vocabulary
5	Section 1.2, Key Idea A: Evaluating algebraic expressions
6	Section 1.2, Key Idea B: Combining like terms after removing grouping symbols
7	Section 1.3, Key Idea A: Solving an equation using the addition or multiplication principle
8	Section 1.3, Key Idea B: Solving an equation using both the addition and multiplication principles
9	Section 1.3, Key Idea C: Solving a formula for a specified letter
10	Section 1.4, Key Idea A: Translating a statement into an equation
11	Section 1.4, Key Idea B: Solving an application problem
12	Section 1.4, Key Idea C: Solving a problem involving percent
13	Section 1.5, Key Idea A: Matching a graph with an inequality
14	Section 1.5, Key Idea B: Solving an inequality using the addition principle
15	Section 1.5, Key Idea C: Solving an inequality using the multiplication principle
16	Section 1.5, Key Idea D: Solving an inequality using both the addition and multiplication principles

MATH 103, MASTERY TEST 02

Question:	Comes from:
1	Section 2.1, Key Idea A: Vocabulary
2	Section 2.1, Key Idea B: Finding a solution of an equation in two variables
3	Section 2.2, Key Idea A: Definitions
4	Section 2.2, Key Idea A: Reading a graph
5	Section 2.2, Key Idea C: Graph a linear equation using intercepts
6	Section 2.2, Key Idea D: Horizontal or vertical lines
7	Section 2.3, Key Idea A: Finding slope: from a graph
8	Section 2.3, Key Idea B: Finding slope: given two points
9	Section 2.3, Key Idea C: Slope-intercept form of an equation
10	Section 2.3, Key Idea D: Using the slope-intercept form to graph an equation
11	Section 2.3, Key Idea D: An application of slope
12	Section 2.3, Key Idea D: Matching a graph with its equation
13	Section 2.4, Key Idea B: Given the slope and a point, find the equation of the line
14	Section 2.4, Key Idea C: Given two points, find the equation of the line
15	Section 2.4, Key Idea D: Parallel or perpendicular lines
16	Section 2.4, Key Idea E: Application problem

MATH 103, CUMULATIVE TEST A

Question:	Comes from:
1	Section 1.1: Operations with real numbers
2	Section 1.2: Simplifying an algebraic expression
3	Section 1.3: Solving a linear equation in one variable
4	Section 1.3: Solving a linear equation in one variable using several steps
5	Section 1.4: Translating a statement to a linear equation
6	Section 1.4: Application of linear equations
7	Section 1.5: Solving a linear inequality
8	Section 1.5: Solving a linear inequality and graphing the solution
9	Section 2.1: Finding ordered pair solutions of linear equations in two variables
10	Section 2.1: Finding ordered pairs in an application problem
11	Section 2.2: The Rectangular Coordinate System
12	Section 2.2: Graphing linear equations
13	Section 2.3: Finding the slope of a line
14	Section 2.3: Slope-intercept form of an equation
15	Section 2.4: Finding the equation of a line
16	Section 2.4: Parallel or perpendicular lines

MATH 103, MASTERY TEST 03

Question:	Comes from:
1	Section 3.1, Key Idea A: Determining if an ordered pair is a solution of a system of equations
2	Section 3.1, Key Idea A: Finding the second coordinate of a solution of a system of equations
3	Section 3.1, Key Idea B: Given a graph of a system, finding the solution
4	Section 3.1, Key Idea C: Finding the number of solutions by comparing the slopes and y-intercepts
5	Section 3.2, Key Idea A: Solving a system of equations by substitution
6	Section 3.2, Key Idea A: Solving a system of equations by substitution
7	Section 3.3, Key Idea A: Solving a system of equations by the addition method
8	Section 3.3, Key Idea B: Process for solving using the multiplication principle
9	Section 3.3, Key Idea B: Solving a system of equations by the addition method, using the multiplication principle
10	Section 3.3, Key Idea B: Solving a system of equations by the addition method, using the multiplication principle
11	Section 3.4, Key Idea A: Translating a problem into a system of equations
12	Section 3.4, Key Idea A: Solving a word problem using a system of equations
13	Section 3.5, Key Idea A: Matching a graph to a linear inequality
14	Section 3.5, Key Idea B: Determining if a point is a solution of a system of linear inequalities
15	Section 3.5, Key Idea B: Graphing a system of inequalities involving vertical or horizontal lines
16	Section 3.5, Key Idea B: Graphing a system of linear inequalities

MATH 103, MASTERY TEST 04

Question:	Comes from:
1	Section 4.1, Key Idea A: Products containing exponents
2	Section 4.1, Key Idea B: Quotients containing exponents and zero as an exponent
3	Section 4.1, Key Idea C: Negative exponents
4	Section 4.1, Key Idea C: Negative exponents
5	Section 4.1, Key Idea D: Combining laws of exponents
6	Section 4.2, Key Idea A: Converting between scientific notation and standard notation
7	Section 4.2, Key Idea A: Determine the size of a number written in scientific notation
8	Section 4.2, Key Idea B: Computing with scientific notation
9	Section 4.3, Key Idea A: Vocabulary of polynomials
10	Section 4.3, Key Idea C: Evaluating polynomials
11	Section 4.4, Key Ideas A & B: Adding and subtracting polynomials
12	Section 4.5, Key Idea A (and 4.1, Key Idea A): Multiplying two monomials
13	Section 4.5, Key Idea B: Multiplying a monomial and a polynomial
14	Section 4.5, Key Idea C: Dividing a polynomial by a monomial
15	Section 4.6, Key Idea A: Squaring a binomial
16	Section 4.6, Key Idea B: Multiplying three polynomials

MATH 103, CUMULATIVE TEST B

Question:	Comes from:
1	Section 3.1: Solving a system of linear equations by graphing
2	Section 3.1: Finding the number of solutions of a system by comparing slopes and y-intercepts
3	Section 3.2: Solving a system of equations by substitution
4	Section 3.3: Solving a system of equations by the addition method
5	Section 3.3: Solving a system of equations by the addition method using the multiplication principle
6	Section 3.4: Solving a word problem using a system of equations
7	Section 3.5: Solution of a system of linear inequalities in two variables
8	Section 3.5: Graphing a system of linear inequalities
9	Section 4.1: Laws of exponents
10	Section 4.1: Combining the laws of exponents
11	Section 4.2: Scientific notation
12	Section 4.3: Evaluating a polynomial
13	Section 4.4: Adding and subtracting polynomials
14	Section 4.5: Multiplying or dividing a polynomial by a monomial
15	Section 4.6: Multiplying two binomials
16	Section 4.6: Multiplying polynomials

MATH 103, MASTERY TEST 05

Question:	Comes from:
1	Section 5.1, Key Idea A: Finding the greatest common factor
2	Section 5.1, Key Idea B: Factoring out a common factor
3	Section 5.1, Key Idea C: Factoring out a common binomial factor
4	Section 5.2, Key Idea A: Factoring a trinomial where the leading coefficient is one
5	Section 5.2, Key Idea A: Factoring a trinomial where the leading coefficient is one
6	Section 5.2, Key Idea B: Factoring a trinomial where the leading coefficient is not one
7	Section 5.2, Key Idea B: Factoring a trinomial where the leading coefficient is not one
8	Section 5.2, Key Idea C: Factoring a trinomial which also contains a common factor
9	Section 5.3, Key Idea A: Factoring the difference of squares
10	Section 5.3, Key Idea A: Factoring the difference of squares where one of the squares is a binomial
11	Section 5.4, Key Idea A: Solving an equation using the zero product principle
12	Section 5.4, Key Idea B (and Section 5.2, Key Idea B): Solving an equation using factoring of a trinomial
13	Section 5.4, Key Idea B (and Section 5.2, Key Idea A): Solving an equation using factoring of a trinomial
14	Section 5.4, Key Idea B (and Section 5.3, Key Idea B): Solving an equation using factoring of a binomial
15	Section 5.4, Key Idea C: Translating a problem to a quadratic equation
16	Section 5.4, Key Idea C: Solving an application problem

MATH 103, MASTERY TEST 06

Question:	Comes from:
1	Section 6.1, Key Idea A: Finding restrictions on the variable
2	Section 6.1, Key Idea B: Simplifying a rational expression
3	Section 6.1, Key Idea B: Simplifying a rational expression containing additive inverses
4	Section 6.2, Key Idea A: Multiplying rational expressions
5	Section 6.2, Key Idea B: Dividing rational expressions
6	Section 6.3, Key Idea A: Subtracting rational expressions with the same denominator
7	Section 6.3, Key Idea B: Finding the least common multiple of the denominators of rational expressions
8	Section 6.3, Key Idea C: Adding or subtracting rational expressions with different denominators
9	Section 6.3, Key Idea C: Adding or subtracting a rational expression and an integer
10	Section 6.4, Key Idea A: Process for solving a rational equation
11	Section 6.4, Key Idea A: Solving a rational equation
12	Section 6.4, Key Idea A: Solving a rational equation where restrictions may be an issue
13	Section 6.5, Key Idea A: Solving a ratio/proportion problem
14	Section 6.5, Key Idea B: Work problem
15	Section 6.6, Key Idea A: Solving a direct variation problem
16	Section 6.6, Key Idea B: Finding the equation for an inverse variation problem

MATH 103, CUMULATIVE TEST C

Question:	Comes from:
1	Section 5.1: Finding the greatest common factor
2	Section 5.1: Factoring out the greatest common factor
3	Section 5.2: Factoring a trinomial where the leading coefficient is one
4	Section 5.2: Factoring a trinomial where the leading coefficient is not one
5	Section 5.2: Factoring a trinomial where the leading coefficient is not one
6	Sections 5.3: Factoring a binomial
7	Section 5.4: Solving an equation by factoring
8	Section 5.4: Solving a word problems using factoring
9	Section 6.1: Simplifying a rational expression
10	Section 6.2: Multiplying or dividing rational expressions
11	Section 6.3: Finding the LCM of two denominators
12	Section 6.3: Adding and subtracting rational expressions
13	Section 6.4 & 6.1: Restrictions on the variable when solving a rational equation
14	Section 6.4: Solving a rational equation
15	Section 6.5: Solving an application problem using a rational equation
16	Section 6.6: Solving a direct or inverse variation problem

MATH 103, MASTERY TEST 07

Question:	Comes from:
1	Section 7.1, Key Idea A: Definitions
2	Section 7.1, Key Idea B: Determining if an expression is defined for a specific replacement value
3	Section 7.1, Key Idea B: Replacement values for a variable under the radical
4	Section 7.2, Key Idea A: Simplifying square roots by factoring
5	Section 7.2, Key Idea B: Multiplying and simplifying square roots
6	Section 7.2, Key Idea B: Multiplying and simplifying square roots
7	Section 7.2, Key Idea C: Dividing and simplifying square roots
8	Section 7.2, Key Idea D: Rationalizing the denominator
9	Section 7.3, Key Idea A: Adding or subtracting square roots
10	Section 7.3, Key Idea A: Adding or subtracting square roots
11	Section 7.4, Key Idea A: Solving an equation with square root coefficients
12	Section 7.4, Key Idea B: Solving a radical equation
13	Section 7.4, Key Idea B: Solving a radical equation
14	Section 7.5, Key Idea A: Solving a Pythagorean Theorem problem
15	Section 7.5, Key Idea B: Solving a distance problem
16	Section 7.5, Key Idea C: Using the quadratic formula to solve an equation

MATH 103, FINAL

Question:	Comes from:
1	Section 1.2: Evaluating an algebraic expression
2	Section 1.2: Simplifying an algebraic expression
3	Section 1.3: Solving a linear equation
4	Section 2.2: Graphing a linear equation in two variables: intercepts
5	Section 2.3: Slope and slope-intercept form
6	Section 2.4: Finding the equation of a line
7	Section 2.4: Parallel and perpendicular lines
8	Section 3.5: Graphing a system of inequalities in two variables
9	Section 3.1: Number of solutions of a system of equations in two variables
10	Section 3.2 or 3.3: Solving a system of equations in two variables
11	Section 3.4: Solving a word problem using a system of equations
12	Section 4.1: Simplifying using the laws of exponents
13	Section 4.3: Evaluating a polynomial
14	Sections 4.4: Adding/subtracting polynomials
15	Section 4.5 or 4.6: Multiplying polynomials
16	Section 5.1: Factoring out a common factor
17	Section 5.2: Factoring a trinomial with a leading coefficient of one
18	Section 5.2: Factoring a trinomial where the leading coefficient is not one
19	Section 5.3 & 5.4: Solving an equation using factoring of a binomial
20	Section 6.1: Simplifying a rational expression
21	Section 6.2: Multiplying or dividing rational expressions
22	Section 6.3: Adding or subtracting rational expressions
23	Section 6.4: Solving rational equations and Section 6.1: Restrictions on the variable
24	Section 7.1: Replacement values of the variable
25	Section 7.2: Simplifying square roots
26	Section 7.2: Multiplying or dividing square roots
27	Section 7.3: Adding or subtracting square roots
28	Section 7.4: Solving an equation containing square roots
29	Section 7.5: Using the Pythagorean Theorem or the distance formula
30	Section 7.5: Using the quadratic formula