Try substituting some values in, and you will get your answer.
I'll do the first two.
y = (0) + 4 [=4]
y = (2) + 4 [=6]
In the table, the first two values for y are 6 and 8.
The first two values for y = x + 4 are 4 and 6.
Therefore, we can assume that the rate of change in the function y = x + 4 is less than the rate of change of the function represented in the table.
This is clearly a sequence of the squares of the integers {1, 2, 3, .... }.
The general term is an = n^2.
I think it's D)3-4 because you need to subtract then to get the difference
X is equal to 4 because when you simplify the right side of the equal sign you will get 19. Then when you simplify the left side of the equal sign you will get 4x+3. Next you would want to subtract 3 from both sides giving you 4x=16, which you would then divide by 4 on both sides giving you an answer of x=4
No because there is not a number that is the same number that equals to 26
