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is (x, y) a correct solution for the system of equations? directions: s…

1. Yes, (1, 3) is a correct solution to the system. 2. No, (4, 0) is not a correct solution to the system. 3. No, (2, 4) is not a correct solution to the system. 4. Yes, (-3, 8) i…

Category: algebra Updated: 2026-02-03

Question

is (x, y) a correct solution for the system of equations?
directions: substitute the x and y - coordinates into each equation. determine if the coordinates work for both equations (meaning it is a correct solution). if the coordinates do not work, then it is not a correct solution to the system. circle the correct selection for each problem.

  1. (1,3)

$2x + y = 5$
$-2x + y = 1$
yes, (1, 3) is a correct solution to the system.
no, (1, 3) is not a correct solution to the system.

  1. (4,0)

$x - 2y = 4$
$3x + y = 6$
yes, (4, 0) is a correct solution to the system.
no, (4, 0) is not a correct solution to the system.

  1. (2,4)

$-3x + 2y = 2$
$y = -3x - 2$
yes, (2, 4) is a correct solution to the system.
no, (2, 4) is not a correct solution to the system.

  1. (-3,8)

$x - 2y = -19$
$5x + 2y = 1$
yes, (-3, 8) is a correct solution to the system.
no, (-3, 8) is not a correct solution to the system.

  1. (4,5)

$y = \\frac{1}{2}x + 5$
$y = 4x - 3$
yes, (4, 5) is a correct solution to the system.
no, (4, 5) is not a correct solution to the system.

Solution Steps

  1. Understand the question

    is (x, y) a correct solution for the system of equations?
    directions: substitute the x and y - coordinates into each equation. determine if the coordinates work for both equations (meaning it is a correct solution). if the coordinates do not work, then it is not a correct solution to the system. circle the correct selection for each problem.

    1. (1,3)

    $2x + y = 5$
    $-2x + y = 1$
    yes, (1, 3) is a correct solution to the system.
    no, (1, 3) is not a correct solution to the system.

    1. (4,0)

    $x - 2y = 4$
    $3x + y = 6$
    yes, (4, 0) is a correct solution to the system.
    no, (4, 0) is not a correct solution to the system.

    1. (2,4)

    $-3x + 2y = 2$
    $y = -3x - 2$
    yes, (2, 4) is a correct solution to the system.
    no, (2, 4) is not a correct solution to the system.

    1. (-3,8)

    $x - 2y = -19$
    $5x + 2y = 1$
    yes, (-3, 8) is a correct solution to the system.
    no, (-3, 8) is not a correct solution to the system.

    1. (4,5)

    $y = \\frac{1}{2}x + 5$
    $y = 4x - 3$
    yes, (4, 5) is a correct solution to the system.
    no, (4, 5) is not a correct solution to the system.

  2. Explanation

    Step1: Test (1,3) in first system

    First equation: $2(1) + 3 = 2 + 3 = 5$, which matches $2x+y=5$.
    Second equation: $-2(1) + 3 = -2 + 3 = 1$, which matches $-2x+y=1$.

    Step2: Test (4,0) in second system

    First equation: $4 - 2(0) = 4$, which matches $x-2y=4$.
    Second equation: $3(4) + 0 = 12
    eq 6$, does not match $3x+y=6$.

    Step3: Test (2,4) in third system

    First equation: $-3(2) + 2(4) = -6 + 8 = 2$, which matches $-3x+2y=2$.
    Second equation: $-3(2) - 2 = -6 - 2 = -8
    eq 4$, does not match $y=-3x-2$.

    Step4: Test (-3,8) in fourth system

    First equation: $-3 - 2(8) = -3 - 16 = -19$, which matches $x-2y=-19$.
    Second equation: $5(-3) + 2(8) = -15 + 16 = 1$, which matches $5x+2y=1$.

    Step5: Test (4,5) in fifth system

    First equation: $\frac{1}{2}(4) + 5 = 2 + 5 = 7
    eq 5$, does not match $y=\frac{1}{2}x+5$.
    Second equation: $4(4) - 3 = 16 - 3 = 13
    eq 5$, does not match $y=4x-3$.

  3. Final answer
    1. Yes, (1, 3) is a correct solution to the system.
    2. No, (4, 0) is not a correct solution to the system.
    3. No, (2, 4) is not a correct solution to the system.
    4. Yes, (-3, 8) is a correct solution to the system.
    5. No, (4, 5) is not a correct solution to the system.

Answer

Explanation

Step1: Test (1,3) in first system

First equation: $2(1) + 3 = 2 + 3 = 5$, which matches $2x+y=5$.
Second equation: $-2(1) + 3 = -2 + 3 = 1$, which matches $-2x+y=1$.

Step2: Test (4,0) in second system

First equation: $4 - 2(0) = 4$, which matches $x-2y=4$.
Second equation: $3(4) + 0 = 12
eq 6$, does not match $3x+y=6$.

Step3: Test (2,4) in third system

First equation: $-3(2) + 2(4) = -6 + 8 = 2$, which matches $-3x+2y=2$.
Second equation: $-3(2) - 2 = -6 - 2 = -8
eq 4$, does not match $y=-3x-2$.

Step4: Test (-3,8) in fourth system

First equation: $-3 - 2(8) = -3 - 16 = -19$, which matches $x-2y=-19$.
Second equation: $5(-3) + 2(8) = -15 + 16 = 1$, which matches $5x+2y=1$.

Step5: Test (4,5) in fifth system

First equation: $\frac{1}{2}(4) + 5 = 2 + 5 = 7
eq 5$, does not match $y=\frac{1}{2}x+5$.
Second equation: $4(4) - 3 = 16 - 3 = 13
eq 5$, does not match $y=4x-3$.

Answer

  1. Yes, (1, 3) is a correct solution to the system.
  2. No, (4, 0) is not a correct solution to the system.
  3. No, (2, 4) is not a correct solution to the system.
  4. Yes, (-3, 8) is a correct solution to the system.
  5. No, (4, 5) is not a correct solution to the system.

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Question Analysis

Subject mathematics
Sub Subject algebra
Education Level high school
Difficulty unspecified
Question Type with chart
Multi Question No
Question Count 1
Analysis Status completed
Analyzed At 2026-02-03T01:00:51

OCR Text

Show OCR extraction
is (x, y) a correct solution for the system of equations?
directions: substitute the x and y - coordinates into each equation. determine if the coordinates work for both equations (meaning it is a correct solution). if the coordinates do not work, then it is not a correct solution to the system. circle the correct selection for each problem.
1. (1,3)
$2x + y = 5$
$-2x + y = 1$
yes, (1, 3) is a correct solution to the system.
no, (1, 3) is not a correct solution to the system.
2. (4,0)
$x - 2y = 4$
$3x + y = 6$
yes, (4, 0) is a correct solution to the system.
no, (4, 0) is not a correct solution to the system.
3. (2,4)
$-3x + 2y = 2$
$y = -3x - 2$
yes, (2, 4) is a correct solution to the system.
no, (2, 4) is not a correct solution to the system.
4. (-3,8)
$x - 2y = -19$
$5x + 2y = 1$
yes, (-3, 8) is a correct solution to the system.
no, (-3, 8) is not a correct solution to the system.
5. (4,5)
$y = \\frac{1}{2}x + 5$
$y = 4x - 3$
yes, (4, 5) is a correct solution to the system.
no, (4, 5) is not a correct solution to the system.

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