He would be 8 miles south and 10 miles east from the original location. In total, 18 miles southeast
Solution:
In
FGH, As, given G J bisects ∠F G H and is a perpendicular bisector of F H.
So, F J=J H →→ G J is a perpendicular bisector of F H.
We will use angle bisector theorem to determine which statement is correct.
As, Angle bisector theorem states that , if a line segment bisects an angle, then the ratio of sides adjacent to angle, is equal to the ratio of two segments where the angle bisector cuts the third side.
So, 
The option (C) which is the
F G H has exactly 2 congruent sides is true.
5 + 3 = 2/7p - 115 + 3 = 2p/7 - 11
8 = 2p/7 - 11
8 + 11 = 2p/7
19 = 2p/7
19 × 7 = 2p
133 = 2p
133/2 = p
p = 133/2
The answer is: p = 133/2 or p = 66.5.
Answers are
<span>B. AB is congruent to EF.
C. ∠E is congruent to ∠E
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unless
</span>AB is congruent to DF.
∠B is congruent to ∠E
No, a reciprocal is something you multiply the number you have to get 1.