In the scenario described, to determine which angles are adjacent to ∠DOC, we need to identify the angles that share a common side and vertex with ∠DOC without overlapping.
From the description:
- ∠DOB (angle upper D upper O upper B) shares the side OD and the vertex O with ∠DOC.
- ∠EOD (angle upper E upper O upper D) shares the side OD and the vertex O with ∠DOC.
- ∠COB (angle upper C upper O upper B) shares the side OC and the vertex O with ∠DOC.
- ∠AOD (angle upper A upper O upper D) shares the side OA and the vertex O but is not adjacent since it does not share a ray with ∠DOC.
- ∠AOB (angle upper A upper O upper B) shares the vertex O, but does not share a ray with ∠DOC.
- ∠EOA (angle upper E upper O upper A) shares the vertex O, but does not share a ray with ∠DOC.
So, the angles that are adjacent to ∠DOC are:
- ∠DOB (∠D O B)
- ∠EOD (∠E O D)
- ∠COB (∠C O B)
The best response that includes adjacent angles to ∠DOC is:
∠DOB and ∠EOD and ∠COB.
If you need to select exactly two angles, then either ∠DOB or ∠EOD would be sufficient, but the combination of the three listed ensures clear identification of adjacent angles.