The correct answer is a,c,d
4y^3 - 2y^2
what is the largest number that divides evenly into 4y^3 and -2y^2?
it is 2
what is the highest degree of y that divides evenly into 4y^3 and -2y^2
it is y^2
the GCF is 2y^2
2y^2(2y - 1) <<<< answer
hope that helps, God bless!
Answer:
miles
Step-by-step explanation:
Let's convert 8 and 2/3 to an improper fraction
8 2/3 = 26/3
Lets convert 3 hours and 6 minutes over a fraction of 60 minutes
3 hours 6 minutes = 186 minutes/60 minutes = 186/60
Multiply both improper fractions:

-Chetan K
If you are solving for b:
-2.6b+4=0.9b-17 <subtract 4 from both sides
-4 -4
-2.6b =0.9b-21 <subtract 0.9b from both sides
-0.9b -0.9b
-3.5b = -21 <divide by -3.5
--------- ------
-3.5 -3.5
b=6
Given:
Q is between P and R, R is between Q and S,
.
To prove:

Solution:
The two column proof is:
Statements Reasons
1. Q is between P and R 1. Given
2.
2. Segment addition postulate
3. R is between Q and S 3. Given
4.
4. Segment addition postulate
5.
5. Given
6.
6. Substituting property of equality
7.
7. Subtraction property of equality
8.
8. Simplify
Hence proved.