Yes...because every x value corresponds to exactly one y value
a function will not have any repeating x values...it can have repeating y values, just not the x ones. So if all the x values are different, then it is a function
Answer: LAST OPTION.
Step-by-step explanation:
To solve this exercise is important to remember the following definitions:
- The sum is the result obtained when we solve an addition.
- The product is the result obtained when we solve a mutiplication.
- Given a multiplication
, "a" and "b" are factors and "c" is the product.
In this case, you have this expression:
Notice that the there is an addition of two terms (
and 
) inside the parentheses.
Outside the parentheses you can notice that the number 
is multiplying the sum of the terms mentioned before.
Therefore, you can conclude that the best description for this expression is:
<em>The product of a constant factor of seven and a factor with the sum of two terms.</em>
Answer:
commutative property of addition
Step-by-step explanation:
Answer:
Check once on regression to the mean
Check once on the availability hubristic
Check twice on sink cost effect
Check twice on the present aim standard of rationality.
Step-by-step explanation:
Since herb is driven by emotion and happenstance and not by actual overall statistics this seems like the way to answer the question.
Answer:
-Table number 3
Step-by-step explanation:
-Pick a point in the graph and find its x and y and then find in which table it is.
-Repeat that with multiple points.
For example:
- The first point is (5,14) ===> x=5 y=14
- and it's in the last column of table 2
