To determine which angles are complementary, we need to identify pairs of angles that add up to 90 degrees.
From the information given:
- Angle 1 (∠AFB) is a right angle, which means it measures 90 degrees.
- Angles 2 (∠BFC), 3 (∠CFD), 4 (∠DFE), and 5 (∠EFA) need to be evaluated based on their positions and relationships to see if they add up to 90 degrees with angle 1.
When looking closely at the rays:
- Angles 1 and 5, ∠AFB and ∠EFA, are adjacent angles forming a straight line and together they add up to 180 degrees, so they cannot be complementary.
- Angles 2 (∠BFC) and angle 1 (∠AFB) are adjacent, but as mentioned earlier, ∠AFB is right-angled.
- Angles around point F must complete the full angle sums.
If we look at the relationship between angles 2 and 4, we find:
- ∠BFC and ∠DFE are positioned such that along with ∠AFB they complete the straight line from one ray across point F to the other ray.
Thus, the complementary angles in this scenario must be:
- The smaller angle must be ∠BFC (angle 2), and the larger angle is ∠DFE (angle 4).
Therefore, the complementary angles are:
smaller ∠ 2 and larger ∠ 4