We are given the following information.
Cindy has $20 to spend at the store.
She buys a pack of colored pencils that cost $4 and jelly beans that cost $2 per pound.
Let x be the number of pounds of jelly beans.
With the above information, we can set up the following inequality

Less than or equal to sign is used because Cindy can only spend equal to or less than $20.
We are also given that she spends more than $8 at the store.
We can set up the following inequality

Now, let us solve these two inequalities one by one.


So, the compound inequality is
[tex]2The above compound inequality means that the number of pounds of jelly beans Cindy can purchase is
greater than 2 and equal to or less than 8.
Finally, let us graph the inequality on the number line.
Use an open point at 2 and a closed point at 8.