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14 questions
Identify the type of solution for the following system of equations.
No solution.
One solution.
Infinitely many solutions.
Two solutions.
Identify the type of solution for the following system of equations.
No solution.
One solution.
Infinitely many solutions.
Two solutions.
Identify the type of solution for the following system of equations.
No solution.
One solution.
Infinitely many solutions.
Two solutions.
Identify the solution for the following.
(0, 3)
(3, -2)
(-2, 3)
(0, -3)
Identify the solution for the following.
(-1, 1)
(0, -2)
(-1, 1)
(-1, -1)
Solve for the system of equations using substitution.
4x + y = 8
x=5 − y
(4, 1)
(1, 4)
(-2, 0)
No solution.
Solve for the system of equations using substitution.
y = 4−2x
−4x−2y=−8
(2, 0)
(-2, 8)
Infinitely many solutions.
(8, -12)
Solve for the system of equations.
y = 5x+1
y=−3x−15
(-2, -9)
(2, 11)
(-2, -11)
(-2, 9)
Solve for the system of equations.
y = 7−3x
y=2x−8
(3, 1)
Infinitely many solutions.
(3, -2)
(2, 1)
Solve for the system of equations using substitution.
y = 2x−3
−2x+y=1
No solution
(1, -1)
(-1, -5)
Infinitely many solutions
When solving a system of equations algebraically, which statement results in infinite solutions?
4 = 7
2 = 2
-3 = 3
all of the above
When solving a system of equations algebraically, which statement results in no solution?
4 = 7
-2 = 2
-3 = 3
all of the above
What is the first step in the substitution method?
Step 2
find the equation that is solved for the single variable
substitute the expression into the other equation
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