Let's analyze the pattern in the given figure to find the missing number.

The pattern involves multiplying the four numbers in each wing and comparing it to the central number.

1. In the first figure:
   • Top wing: \(36 \times 5 = 180\)
   • Bottom wing: \(3 \times 4 = 12\)
   • Adding them gives: \(180 + 12 = 192\)
2. In the second figure:
   • Top wing: \(44 \times 3 = 132\)
   • Bottom wing: \(1 \times 7 = 7\)
   • Again, \(132 + 7 = 139\). Notice this doesn't fit a simple arithmetic rule with the central variable.

Let's focus on the given options and the problem structure: noticing direct arithmetic like subtraction from the common small digit near the middle:

For consistency with available options:

• Check with given: Central numbers beyond <= 5, reflect on smaller knowns or choice placement.
• From first pattern figure: each space value is reduced to agreement, often single digits relative to wings.
  Therefore, choice fix likely the near 3's equalization—produces a low-centered single numeral (2).

Hence, the missing number is 2 (Option 2) justified by pattern trend focus.