A part-to-part-to whole table is shown. Find the missing values in the table.(1 point)
Total
4 5 9
[ ] [ ] 36
44 55 99
To find the missing values in the table, we need to determine the missing values in the first two rows.
For the first row, we can see that 4 + 5 = 9, so the missing value in the first row would be 9 - 5 = 4.
For the second row, we can see that 44 + 55 = 99, so the missing value in the second row would be 99 - 55 = 44.
The completed table would look like this:
Total
4 5 9
[ 4 ] [ 5 ] 36
44 55 99
To find the missing values in the table, we need to determine the missing numbers in the Total row.
In a part-to-part-to-whole table, the Total row represents the sum of each corresponding column.
Given that the sum of the first column (4 + [ ] + 44) is 48 and the sum of the second column (5 + [ ] + 55) is 60, we can subtract these sums from the total value in the last row (99) to find the missing value in each column.
Missing value in the first column: 99 - 48 = 51
Missing value in the second column: 99 - 60 = 39
Therefore, the missing values in the table are 51 in the first row and 39 in the second row.
To find the missing values in the table, we need to understand the pattern that relates the individual values to the total value.
In a part-to-part-to-whole table, the last column represents the total. To find the missing values, we can subtract the known values from the total.
Let's start with the first row: 4, 5, and 9. If we add these values together, we get a total of 18. However, the corresponding total in the table is 36. So, we can subtract 18 from 36 to find the missing value in the first row: 36 - 18 = 18.
Next, let's move to the second row: [ ], [ ], and 36. We know that the missing values in this row, when added, should result in a total of 36. Since the total of the second row is 99, we can subtract 36 from 99 to find the sum of the missing values: 99 - 36 = 63.
Therefore, the missing values in the table are 18 and 63.