Answer:
(y - 3)^4
Step-by-step explanation:
The greatest common factor does not include either the 2 or the 5. Both of these numbers are prime; they have nothing in common.
But the binomials do have something in common.
You could write them like this to see what I am about to tell you.
(y - 3)^4 = (y - 3)*(y - 3)*(y - 3)*(y - 3)
(y - 3)^5 = (y - 3)*(y - 3)*(y - 3)*(y - 3)*(y - 3)
The common factor in both of these is (y - 3)^4 which is in bold results.
12c^2 - 18cd - 24c is what i got!
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1.7 | 45.78
ok....we want to make the 1.7 into a whole number....we do this by moving the decimal 1 space to the right.....and since we move the decimal one space on the divisor, we need to move the decimal 1 space on the dividend.
so ur problem would now be :
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17 | 457.8
A) the probability that you roll a 4 is 1/6 as here are 6 possible number you could get and 4 is on the die once
b) the probability that you either roll a 4 or do not roll a 4 is 6/6 as rolling a 4 is 1/6 and not rolling a four is 5/6
c) the probability that you do not roll a 4 is 5/6 as there are 6 numbers you could possibly roll and only one of them is a 4 6-1=5 so there is a 5/6 Vance you don’t roll a 4