That sounds correct to me.
I’m not sure really what the question is asking but if I were to guess it would be 4
Answer:
Given: Segment AB || segment DE, C is the midpoint of segment DB.
Prove: ΔA CB ≅ ΔE CD
Proof: In ΔA CB and ΔE CD
C is the Mid point of B D.
BC=C D→ definition of midpoint
∠A CB= ∠ EC D→→vertical angles are congruent
∠BAC=∠DEC→→[AB║DE,so alternate angles are equal]
→→ΔA CB ≅ ΔE CD[A AS or A SA]
Option B: vertical angles are congruent
Answer:
-20
-20
-10
Step-by-step explanation:
The graph shows that going from home to work was 20km according to the prompt and it took an hour. The two hours he was stuck in traffic was from 5-7pm and he was moving at 10km an hour again, from the graph. (I'm sorry if this isnt the best explanation, I'm better at getting an answer than explaining it).
X+y=41
x=y+5
y+5+y=41
2y+5=41
minus 5 from both sides
2y=36
divide both sides by 2
y=18
x=y+5
x=18+5
x=23
the numbers aer 23 and 18