To fill in the missing values in a part-to-part-to-whole table, we need to understand how these values relate to each other. The table structure appears to consist of totals alongside blank spaces that presumably hold part values.
Given that each total is likely sum of the parts associated with it, let's consider the typical relationship between the parts and the corresponding whole.
If we have a table layout as:
| Whole | Part A | Part B |
|-------|--------|--------|
| 4 | ? | ? |
| 5 | ? | ? |
| 9 | ? | ? |
| 36 | ? | ? |
| 44 | ? | ? |
| 55 | ? | ? |
| 99 | ? | ? |
This implies:
- The sum of Part A and Part B should equal the Whole for each row.
Assuming Part A and Part B represent different categories that together make up the total, without specific initial values for Part A and Part B, we need a method to deduce part values.
Let’s define the relationship directly as:
Since there are no given values for Part A or Part B in your current description, we cannot directly compute without more specific information about how these values divide into their parts.
Please provide more context, like if any part values are known or if the relationship between parts is specific, so we can correctly fill in the blanks!