**An individual buys 30 American flags for the Fourth of July. They decide to keep 2, give 16 to their co-workers, and then use the remaining flags as cookout decorations. They want to put the same number of flags at 2 picnic tables and outside 2 bathrooms. How many flags will be at each table and bathroom?**

Answer


235

Let's break down the problem step by step:

1. **Calculate the number of flags left after giving some away**:
   - The individual bought 30 flags.
   - They kept 2 flags and gave 16 to their co-workers.

   So, the number of flags remaining is:
   \[
   30 - 2 - 16 = 12 \, \text{flags}
   \]

2. **Distribute the remaining flags**:
   - The individual wants to place the remaining flags at 2 picnic tables and outside 2 bathrooms.
   - Since they want to distribute the flags evenly among these 4 locations (2 picnic tables + 2 bathrooms), we need to divide the 12 flags by 4.

   The number of flags at each table and bathroom is:
   \[
   \frac{12 \, \text{flags}}{4 \, \text{locations}} = 3 \, \text{flags per location}
   \]

So, **3 flags** will be at each table and each bathroom.

If you need any more details or have any questions, feel free to ask!

Here are 5 related questions:
1. How would the distribution change if they had 5 picnic tables and 3 bathrooms instead?
2. What if they decided to keep 4 flags instead of 2?
3. How many flags would be left unused if they only had 3 locations to decorate?
4. How many flags would each location get if they added one more picnic table?
5. What would happen if they gave away 20 flags instead of 16?

**Tip:** When distributing items evenly among groups, always check if the total number of items can be evenly divided by the number of groups. If not, consider how to handle any remainder.

Learn how to calculate the distribution of American flags for Fourth of July decorations. This problem involves basic arithmetic and division to evenly distribute flags among picnic tables and bathrooms. Suitable for students in Grades 3-5.

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