which combination of these numbers equals $72,765. $5,550
$21,500
$5,950
$7,700
$450
$6,990
$7,675
$11,600
$13,135
$5,800
$7,000
$11,100

Let's work through the problem of finding the combination of these numbers that equals $72,765.

Here are the provided numbers:

- $5,550
- $21,500
- $5,950
- $7,700
- $450
- $6,990
- $7,675
- $11,600
- $13,135
- $5,800
- $7,000
- $11,100

I will find which subset of these numbers adds up to $72,765. Let's calculate that.The combination of numbers that adds up to $72,765 is:

- $5,550
- $21,500
- $5,950
- $7,700
- $6,990
- $7,675
- $11,600
- $5,800

Would you like more details or have any questions about the process?

Here are 5 related questions to explore further:

1. How can you systematically solve problems involving number combinations?
2. How does the method of combinations work in mathematics?
3. What real-world problems can be solved using combination theory?
4. How would the solution change if we allowed negative numbers or subtraction?
5. Can there be multiple solutions to a sum combination problem?

**Tip:** When working with large lists of numbers, breaking the problem into smaller parts or using programming tools can simplify complex calculations.

Which combination of these numbers equals $72,765? The numbers provided are: $5,550, $21,500, $5,950, $7,700, $450, $6,990, $7,675, $11,600, $13,135, $5,800, $7,000, and $11,100.

Learn how to solve the problem of finding a combination of numbers that equals $72,765. This problem involves arithmetic and combinatorial concepts, using the subset sum theorem. Explore the step-by-step process of selecting and summing specific numbers from a provided list. Suitable for students in Grades 9-12.

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