Which expression is equivalent to |8|+|-7|

1 answer:

7 0

|x| means that x is always going to be positive no matter what it is

so:
|8| = 8
|-7| = 7

8 + 7 = 15

b) 15 is your answer

hope this helps

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G is the incenter, or point of concurrency, of the angle bisectors of ΔACE.

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▢ $\overline{DG}$ ≅ $\overline{FG}$

▢ $\overline{DG}$ ≅ $\overline{BG}$

▢ $\overline{GE}$ bisects $\displaystyle ∠DEF$

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Step-by-step explanation:

As you can see, angles $\displaystyle BAF$ and $\displaystyle DEF$ form two half-kites, which you should know have two pairs of congruent sides, therefore segments $\displaystyle GA$ and $\displaystyle GE$ are what you call angle bisectours, which is why segments $\displaystyle FG,$ $\displaystyle DG,$ and $\displaystyle BG$ are congruent.