AAS congruence theorem.
We know that <H is congruent to <F and <GJH is congruent to <JGF.
We also know that JG is congruent to JG, which gives us a side and two angles, so AAS would prove them congruent.
Answer:

Step-by-step explanation:
Vertex form of the quadratic equation: 
where the vertex is 
Given vertex = (6, 5):

If one the x-intercepts is (8, 0):




Therefore, equation of parabola:

x-intercepts occur when f(x) = 0:






Therefore, the x-coordinate of the other x-intercept is 4.
Answer:all of them
Step-by-step explanation:
I just took the test
You can't simplify this equation anymore.
D, You distribute the 11 so it gives you -11x, and 11x17 is also what gets distributed, it's not solved, but it's equal.