Solve the following by removing a common factor:
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Solve the following by removing a common factor:
First, we take out the smallest power
If possible, we reduce the numbers by a common factor
Finally, we will compare the two sections with:
We divide by:
\( (2^3)^6 = \)
Look at both coefficients and variables separately. For : GCF of 6 and 9 is 3, and GCF of and is . So the overall GCF is .
When you factor out , you get . Since when , zero is always a solution when you factor out variables!
Set each factor equal to zero. After factoring out , solve by adding 3 to both sides, then dividing by 2: , so .
Yes! can be written as by rationalizing. Both forms are correct, but some teachers prefer one over the other.
Each factor must equal zero for the entire product to equal zero. This is the zero product property. Don't solve just one factor - you'll miss solutions!
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