1. 
Complete the following statement as accurately as possible: A solution to a system of equations > must satisfy one or more of the equations in the system.

2. 
Which of the following statements is false? > A system of two linear equations may have one solutions.

3. 
What is the solution to the system of equations shown below? > (2, 0)

4. 
Complete the following statement as accurately as possible: If two lines are parallel, they have > a good chance of making it onto the U.S. Olympic gymnastics team.

5. 
Which of the four points I. (2, 6) II. (0, 2) III. (1, 1) IV. (3, 1) are solutions to the system of equations > I and II

6. 
To eliminate the variable x from the system of equations we could > multiply the first equation by 5 and the second equation by 3.

7. 
Find the value of x in the solution to the system of equations >

8. 
Find the value of y in the solution to the system of equations > 29

9. 
Solve the system of equations > This system has no solutions.

10. 
Solve the system of equations > (1, 2)
