System of Linear Equations Special

Which of the following options is a solution to the system provided? Confirm by directly plugging in the solutions below to the system (Section 3.1):

• (3, 2)

• (2, 3)

• (4, 1)

• (1, 4)

Solve the following system of equations using the process of elimination. If your results involve a special case of linear systems, classify the appropriate response as "infinitely many solutions" or "no real solutions." (Section 3.2, Part 2)

• (3, 2)

• Infinitely Many Solutions

• (-4, 7)

• (3, -4)

Solve the following system of equations using the process of substitution. If your results involve a special case of linear systems, classify the appropriate response as "infinitely many solutions" or "no real solutions." (Section 3.2)

• No Real Solutions

• Infinitely Many Solutions

• (0, 9)

• (10, -1)

Solve the following system of equations using the process of substitution. If your results involve a special case of linear systems, classify the appropriate response as "infinitely many solutions" or "no real solutions." (Section 3.2)

• (1, 3)

• (-1, -8)

• (1, 2)

• (3, -1)

This system has _____ solutions

• 0

• 1

• 2

• Infinitely many

What is the solution?

• One Solution

• No solution

• Infinitely Many Solutions

Solve the system. The graph for -2x+y=5 is given here.

y = -6x + 5

-2x + y = 5

• (-3, -6)

• (-6, 3)

• (0, 5)

• (-3, 5)

WITHOUT GRAPHING
what can you say about these lines

• Consistent and Dependent

• Consistent and Independent

• Inconsistent and Dependent

• Inconsistent and Independent

WITHOUT GRAPHING
what can you say about these lines

• Consistent and Dependent

• Consistent and Independent

• Neither

• Inconsistent

Solve the following system of equations by graphing on the provided graph paper. Confirm your results using your graphing calculator. (Section 3.1)

• (11, 5)

• (-5, -11)

• (-4, -10)

• (6, 12)