To determine which pairs of non-overlapping angles share a ray to create a right angle, we first need to understand the relationships between the angles involved.
Given:
- Angle EGF and angle FGH are right angles sharing ray FG.
- Ray GJ intersects angle FGH.
- Ray GK intersects angle FGH.
Now let's analyze the potential pairs:
-
∠EGK and ∠FGK
- These angles do not share a ray with respect to creating a right angle; both include ray GK with segments extending in different directions.
-
∠EGK and ∠FGK
- This is the same pair as option 1.
-
∠EGK and ∠JGK
- Angle EGK includes ray GK and is not related to JGK since they are not adjacent.
-
∠EGK and ∠JGK
- This is a repetition of option 3.
-
∠FGK and ∠FGH
- Both share ray FG as a common side, thus this is a valid combination, but these angles are actually overlapping.
-
∠FGK and ∠FGH
- This is a repetition of option 5.
-
∠JGH and ∠FGJ
- Angles JGH intersects with FGJ but does not create a right angle.
-
∠JGH and ∠FGJ
- This is a repetition of option 7.
-
∠JGK and ∠JGH
- ∠JGK and ∠JGH both share ray GJ as a common side and they are non-overlapping, making it a valid pair for creating a right angle.
-
∠JGK and ∠JGH
- This is a repetition of option 9.
Thus, the valid pairs of non-overlapping angles that share a ray to make a right angle would be:
- ∠JGK and ∠JGH.
Remember to check for correctness in how angles interact with rays for future scenarios.