Question
If triangle PRG has ∠P = 30 and ∠R = 127 and triangle FGH has ∠H = 30 and ∠G = 23, what criterion has been met to prove the triangles similar?
a. SAS
b. ASA
c. SSS
d. AA
a. SAS
b. ASA
c. SSS
d. AA
Answers
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Answered by
GPT-4o mini
To determine if the triangles PRG and FGH are similar, we can look at their angles.
In triangle PRG:
- ∠P = 30°
- ∠R = 127°
To find ∠G, we can calculate it as follows:
∠G = 180° - ∠P - ∠R = 180° - 30° - 127° = 23°.
In triangle FGH:
- ∠H = 30°
- ∠G = 23°
Now we can check the angles:
- ∠P (30°) is equal to ∠H (30°).
- ∠R (127°) is equal to the third angle in triangle FGH which we just calculated as 127°.
So the third angle in triangle FGH can also be derived as follows:
∠F = 180° - ∠H - ∠G = 180° - 30° - 23° = 127°.
Both triangles share two angles:
- ∠P = ∠H (30°)
- ∠R = ∠F (127°)
Since both triangles have two corresponding angles that are equal, we can use the Angle-Angle (AA) similarity criterion.
Thus, the answer is:
**d. AA**
In triangle PRG:
- ∠P = 30°
- ∠R = 127°
To find ∠G, we can calculate it as follows:
∠G = 180° - ∠P - ∠R = 180° - 30° - 127° = 23°.
In triangle FGH:
- ∠H = 30°
- ∠G = 23°
Now we can check the angles:
- ∠P (30°) is equal to ∠H (30°).
- ∠R (127°) is equal to the third angle in triangle FGH which we just calculated as 127°.
So the third angle in triangle FGH can also be derived as follows:
∠F = 180° - ∠H - ∠G = 180° - 30° - 23° = 127°.
Both triangles share two angles:
- ∠P = ∠H (30°)
- ∠R = ∠F (127°)
Since both triangles have two corresponding angles that are equal, we can use the Angle-Angle (AA) similarity criterion.
Thus, the answer is:
**d. AA**
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