Question

The graph below represents the linear equation y = one-half x minus 3. On a coordinate plane, a line goes through (0, negative 3) and (6, 0). A second linear equation is represented by the data in the table. x y –1 1 0 0 2 –2 3 –3 What is the solution to the system of equations? (–2, –4) (1, –1) (2, –2) (4, –4)

Answer 1

Answer:

(2, -2)

Step-by-step explanation:

Put 2 in for x and -2 in for y. Also I got it correct on Edge.

Answer 2

The required solution to the system of equation is  (2, -2). Option c is correct.

The system of the equation is given $y =x/2- 3$,
and by the data in the table,
x = -1   0   2  3
y =  1   0  -2   -3
The solution to the equation is to be determined.

What is the equation?

The equation is the relationship between variables and is represented as an example y = ax +c, of a polynomial equation.

$y =x/2- 3$   - - - - (1)
Equation from the table
y = -x  - - - - - (2)

put y in equation 1
-x = x/2 - 3
-3x/2 = -3
x = 2
put x in equation 2
y = -2
solution of the system of equation is (2, -2)

Thus, the required solution to the system of equation is  (2, -2). Option c is correct.

Learn more about the equation here:

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