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Practice Test over Linear Equations and Inequalities
#2 Solve the equation :
#3 Solve the absolute value equation :#4 Solve the absolute value equation :
#5 Solve the absolute value equation:#6 Solve the linear inequality :
#7 Solve the linear inequality : 4x – 2 ≤ 2x + 3. Graph the solution set on a number line.#8 Solve the linear inequality : 2 < x + 3 < 4 Graph the solution set on a number line.
#9 Solve the absolute value inequality: x + 1 − 2 > 9. Graph the solution set on a number line .#10 Solve the absolute value inequality: 5x − 7 − 11 ≥ 10. Write answer in set interval notation.
#11 Solve the absolute value inequality:#12 Graph the linear equation on the provided Cartesian plane: y = 2x – 3.
#13 Graph the system of linear inequalities on the Cartesian plane: y ≤ 2 and x ≤ 1.
#14 Graph the linear inequality on the Cartesian plane: x + 2y < 4.
SOLUTIONS
#1 Solve the equation:
#2 Solve the equation:
#3 Solve the absolute value equation:
#4 Solve the absolute value equation:
#5 Solve the absolute value equation:
#6 Solve the linear inequality :
#7 Solve the linear inequality:
Graph the solution set on a number line .
#8 Solve the linear inequality:
Graph the solution set on a number line.
#9 Solve the absolute value inequality:
Graph the solution set on a number line.
#10 Solve the absolute value inequality:
Write answer in set interval notation.
#11 Solve the absolute value inequality:
#12 Graph the linear equation on the provided Cartesian plane: y = 2x – 3.
#13 Graph the system of linear inequalities on the Cartesian plane: y ≤ 2 and x ≤ 1.
#14 Graph the linear inequality on the Cartesian plane: x + 2y < 4.
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