Answer:
The sum of the first 37 terms of the arithmetic sequence is 2997.
Step-by-step explanation:
Arithmetic sequence concepts:
The general rule of an arithmetic sequence is the following:

In which d is the common diference between each term.
We can expand the general equation to find the nth term from the first, by the following equation:

The sum of the first n terms of an arithmetic sequence is given by:

In this question:

We want the sum of the first 37 terms, so we have to find 




Then

The sum of the first 37 terms of the arithmetic sequence is 2997.
Answer: the range of two distributions are the same
Step-by-step explanation:
So the last one
There are 15 different variations of nachos possible.
The answer is
B . Part to whole
Hope you have a nice day
We have been given two inequalities
and
. We are asked to find the integers that satisfy both inequalities.
Let us solve for our 1st inequality.




Upon combining our both inequalities, we will get:

This means that solution of our inequalities is x values greater than
and less than
.
We know that integers between
and
are:
.
Therefore, our solution would be
.