Answer:
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:

<em> The graph of the given line contains this set of ordered pairs.</em>
C. 
Substituting into the equation these coordinates:

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

We get:
<em>The graph of the given line contains this set of ordered pairs</em>
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.
12 in front and 12 in back.
Answer:
30 in the class as total. 24/3= 8 30/3 =10
Step-by-step explanation:
I need a picture to be able to help you because I don’t understand that
What logarithmic equation has the same solution as x-4=2^3
Solution:
x-4=2³
x-4=2*2*2
x-4=8
TO solve for x, Let us add 4 on both sides
x-4+4=8+4
x+0=12
So, x=12
But, x=12 is not a logarithmic equation and there are no options
So, an equation like, x=㏒ 
As log has base 10,
So, x=㏒
=12
So, logarithmic equation like x=log
has same solution as x-4=2³