Analyzing the Matrix Pattern

To find the missing figure, we need to identify the logical rule that governs the elements within the 3x3 grid. The pattern can be understood by examining the relationship between the cells in each column.

1. Analyzing the Outer Columns (Column 1 and Column 3)

• Column 1: The top cell and the bottom cell are identical (both contain two up-arrows).
• Column 3: The top cell and the bottom cell are also identical (both contain two down-arrows).

This establishes a pattern for the outer columns where the top and bottom cells are the same.

2. Analyzing the Middle Column (Column 2)

• Column 2: The top cell contains a single up-arrow, and the bottom cell contains a single down-arrow.

Unlike the outer columns, the top and bottom cells here are opposites. This suggests the rule for the middle column is different.

3. Deducing the Center Cell

A plausible rule that fits the visual logic is that the center cell of a column with opposite ends (like column 2) is formed by taking the primary or dominant direction (up is often considered the primary direction) and matching the quantity of arrows seen in the other columns (which is two).

Following this logic:

• The primary direction in Column 2 is Up (from the top cell).
• The quantity of arrows in the "base" cells of the other columns is two.
• Combining these gives us a figure with two up-arrows.

Conclusion

Based on this analysis, the figure that fits into the blank part of the matrix is the one with two up-arrows, which corresponds to option B.