Algebra 2 Systems of Equations is a Grade 11 mathematics worksheet with 15 multiple-choice questions focused on solving and classifying systems. Students find solutions to linear systems by graphing and substitution, solve a linear-quadratic system, identify the number of solutions, and classify systems as independent, dependent, or inconsistent. Several items require interpreting intersections, parallel lines, or algebraic relationships without graphing.
This free printable worksheet gives students focused practice selecting ordered-pair solutions and recognizing whether a system has one, two, no, or infinitely many solutions. It is useful for independent practice, review, or a quick check of understanding after instruction on systems of equations. The worksheet includes a complete answer key so teachers can review students’ reasoning and identify errors such as reversing coordinates, mishandling substitution, or confusing inconsistent and dependent systems.
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Algebra 2 Systems of Equations
Total questions: 15
Name
Class
Date
1.
What is the solution to the linear-quadratic system graphed in the picture.
a)
(0, 0)
b)
(3, 0)
c)
(2, -3)
d)
(-3, 2)
2.
Find the solution.
a)
(0,7) and (0,-3)
b)
(2,6) and (7,4)
c)
(3,0) and (7,4)
d)
(-1,5) and (-3,9)
3.
What are the solutions to this quadratic/ linear system?
a)
(-2, 0) and (3,0)
b)
No Solutions
c)
-6 and -10
d)
(1,-6)
4.
How many solutions does this system of equations have?
a)
one solution
b)
two solutions
c)
no solutions
d)
All of the above
5.
Solve the depicted system algebraically. Change to y = form.
a)
(0,-7) and (1, 6)
b)
(0,-7) and (1, -6)
c)
(0, 7) and (1, -6)
d)
(-7,0) and (1, -6)
6.
Solve the System Graphically.
y=−(x−2)2+4
y=−5
a)
(-1,-5)
b)
(5,-5)
c)
(-1,-5) and (5,-5)
d)
(-5,5)
7.
What is the solution for a linear system that contains parallel lines?
a)
One solution
b)
No solution
c)
Infinitely Many solutions
8.
Solve the system by graphing. y = -x + 3 2y - 3x = -4
a)
(1, 2)
b)
(-1, -2)
c)
(2, 1)
d)
(-2, -1)
9.
Solve the system by substitution. x + 12y = 68 x = 8y - 12
a)
Infinite Solutions
b)
(20, 4)
c)
(4, 20)
d)
No solution
10.
Solve the system by substitution. y = 2x - 1 3x - y = -1
a)
Infinite Solutions
b)
(-5, -2)
c)
(-2, -5)
d)
No solution
11.
Solve the system by graphing. 2x + 4y = 12 x + y = 5
a)
(-2, 4)
b)
(4, -2)
c)
(2, -4)
d)
(-2, -4)
12.
Without graphing, classify each system as independent, dependent, or inconsistent. -3x + y = 4 3x - y = 1
a)
Independent
b)
Dependent
c)
Inconsistent
13.
Without graphing, classify each system as independent, dependent, or inconsistent. x - 3y = 2 4x - 12y = 8
a)
Independent
b)
Dependent
c)
Inconsistent
14.
What is the solution to this system?
a)
(1, -1)
b)
(-1, 1)
c)
(0, -2)
d)
(2, 0)
15.
How many solutions will this system have?
a)
No solution
b)
One Solution
c)
I Don't Know
d)
Infinitely Many Solutions
Answer Key
Algebra 2 Systems of Equations
Total questions: 15
1.
c)
(2, -3)
2.
c)
(3,0) and (7,4)
3.
b)
No Solutions
4.
a)
one solution
5.
b)
(0,-7) and (1, -6)
6.
c)
(-1,-5) and (5,-5)
7.
b)
No solution
8.
c)
(2, 1)
9.
b)
(20, 4)
10.
c)
(-2, -5)
11.
a)
(-2, 4)
12.
c)
Inconsistent
13.
b)
Dependent
14.
a)
(1, -1)
15.
a)
No solution
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FAQs
What does the Algebra 2 Systems of Equations worksheet cover?
This Grade 11 mathematics worksheet contains 15 multiple-choice questions on solving systems by graphing and substitution, including a linear-quadratic system. Students select ordered-pair solutions, determine whether systems have one, two, no, or infinitely many solutions, and classify systems as independent, dependent, or inconsistent without graphing.
How can I use this worksheet to teach systems of equations?
Introduce the worksheet by reviewing how an intersection represents a solution and how parallel or coincident lines affect the number of solutions. Then have students solve the substitution items algebraically, compare those results with the graphing items, and discuss why the classification questions identify systems as independent, dependent, or inconsistent.
What mistakes should I watch for when students complete this systems of equations worksheet?
Students may reverse the x- and y-coordinates when selecting an ordered pair or choose a point that lies on only one equation. In the substitution questions, watch for sign errors and incomplete replacement of a variable; in the classification items, students may confuse an inconsistent system with a dependent system or mistake parallel lines for a system with one solution.
How do I assign and grade this systems of equations worksheet?
The worksheet is available as a printable PDF and as a digital quiz on Wayground, so you can assign the format that fits your lesson. It includes a complete answer key, and printable submissions can be graded by scanning student work with the Wayground for Teachers app. The printable version can also support instruction when your school is reducing screen time.
How can I differentiate this systems of equations worksheet for my students?
Use the worksheet’s Advanced Settings to adjust font spacing or font size so the equations, ordered-pair choices, and multiple-choice options are easier to read. You can also select a dyslexia-friendly font or translate the worksheet into another language when those file-level changes support access to the graphing, substitution, and classification questions.
Where can I find more worksheets like this on Wayground?
Wayground offers a broad collection of free printable worksheets and practice problems across subjects, with downloadable PDFs and answer keys to help students build essential skills and concepts. Browse more resources at https://wayground.com/en-us/worksheets.