Answer:
m<H = 62°
Step-by-step explanation:
If FG is congruent to HF, it means their opposite angles are also congruent to each other. This implies that, <H = <G. Thus, ∆FGH is an isosceles triangle with base angles <F and <G.
Given that m<F = 56°, therefore:
56° + 2(m<H) = 180° (sum of triangle)
2(m<H) = 180° - 56°
2(m<H) = 124°
m<H = 124/2
m<H = 62°
Answer:
-3
Step-by-step explanation:
(2(-1) - 4(1)^2 - 12)/(-2(-1) -9(1) + 13)
(-2 - 4 - 12) / (2 - 9 + 13)
(-6 - 12) / (-7 + 13)
(-18) / (6)
-3
Hope this helps!
I’m pretty sure the answer is 1