Answer:
1,042
Step-by-step explanation:
Answer:
Step-by-step explanation:
True, this is not a function, and the reason for that is that two of the ordered pairs have the same x-coordinate (1).
The domain is the set of all input values shown; they are {-2, -1, 1}.
The domain is the set of all possible output values; they are {-2, 0, 2, 3}
Answer:
No its not
Step-by-step explanation:
13.603 is more then 13.068
In the first equation (2x+3), if you plug in the 3 for X, you get 9.
2(3)+3
6+3=9.
In the second equation (3x+1), if you plug in 3 for X, you get 10.
3(3)+1
9+1=10.
Therefore, no, the expressions are not equal when x=3.
When you plug in 2 for X in (2x+3), your answer will be 7.
2(2)+3
4+3=7.
When you plug in 2 for X in (3x+1), your answer will be 7.
3(2)+1
6+1=7.
Therefore, yes, the equations are equal when x=2.
If you do the same process for x=1, you will find that the equations are not equal when x=1.
I hope this helped. Best of luck!
