The task involves completing the table shown in the uploaded image. To solve this, let's analyze the relationship between the numbers in the table. I'll extract the relevant data and determine the pattern or mathematical relationship.

Observations:

1. The first column includes numbers like 161, 483, 644, 805, and there’s a blank square to fill.
2. The second column includes numbers like 73, 146, 219, 292, and there’s a blank square to fill.

Let’s identify the pattern:

First Column vs. Second Column Relationship:

• Comparing the first pair: $161$ and $73$: $\text{Difference: } 161 - 73 = 88$
• Comparing the second pair: $483$ and $219$: $483 - 219 = 264 \quad (\text{This is three times 88: } 88 \times 3)$
• Comparing the third pair: $644$ and $292$: $644 - 292 = 352 \quad (\text{This is four times 88: } 88 \times 4)$

From these calculations, the differences appear to follow a proportional sequence based on multiples of 88.

Missing Values:

For the blank cells, let’s continue the sequence:

• In the first column, the sequence increments by approximately $+161, +161, +161$. If this trend holds:

  • After $805$, the next value is: $805 + 161 = 966$

• In the second column, the sequence increments by $+73, +73, +73$. If this trend holds:

  • After $292$, the next value is: $292 + 73 = 365$

Completed Table: