The graph of the equation y − 1 = −2(x − 2) contains which set(s) of ordered pairs? select all that apply.
a. (0, −2) and (1, 3)
b. (0, 5) and (−2, 9)
c. (−1, 7) and (2, 1)
d. (3, −1) and (2, −1)

OPTION B.

OPTION C.

Step-by-step explanation:

Given the equation of the line:

We can substitute the coordinates of each set of ordered pairs into the equation in order to know which belong to the graph of that equation:

A.

Substituting into the equation these coordinates:

We get:

The graph of the given line does not contain this set of ordered pairs.

B.

Substituting into the equation these coordinates:

We get:

Substituting into the equation the coordinates of the other ordered pair:

We get:

The graph of the given line contains this set of ordered pairs.

C.

Substituting into the equation these coordinates:

We get:

Substituting into the equation the coordinates of the other ordered pair:

We get:

The graph of the given line contains this set of ordered pairs

D.

Substituting into the equation these coordinates:

We get:

Substituting the other ordered pais (2, -1):

The graph of the given line does not contain this set of ordered pairs.

B. (0, 5) and (−2, 9).

C. (−1, 7) and (2, 1).

Step-by-step explanation:

We have given an equation y − 1 = −2(x −2).

We need to find the solutions of this given equation in sets of ordered pair.

We know that,

The equation y − 1 = −2(x −2).

From option B)  (0, 5) and (−2, 9).

y − 1 = −2(x-2)

Putting the value of x and y from the first pair (0,5)

5-1 = -2(0-2)

4 = 0+4

4 = 4

Putting the value of x and y from (-2,9)

9-1 = -2(-2-2)

8 = 4+4

8 = 8

From option C), (−1, 7) and (2,1).

Putting the value of x and y from  (−1, 7),

7-1 = -2(-1-2)

6 = 2+4

6 = 6

Putting the value of x and y from  (2,1),

1-1 = -2(2-2)

0 = -2(0)

0 = 0

So, we can see that the both pair of option B and option C is completely solve the equation y − 1 = −2(x −2).

your answer is a

step-by-step explanation:

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