I will give you branilest!
1 answer:
Answer:
10/3
Step-by-step explanation:
I did quiz lol and I got it right
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Answer with explanation:

→y²+5y+6
=y²+3 y+2 y+6
=y×(y+3)+2×(y+3)
=(y+2)(y+3)
→y² -3 y-10
=y² -5 y+2 y -10
=y×(y-5)+2×(y-5)
=(y+2)(y-5)
Answer:
The answer should be C.
B 4,2 because it is 6 units away from the point
I think you need to show the tablle
Ben wrote the number for the hundred thousands place in the millions place