The GCF is 4a^2
It is 10x raised to the second power.
Assuming the second even number is equal to 4 or greater, than the highest common factor of the two numbers is equal to an even number 2 or greater. Why can't an odd factor be used? Any odd factor must be multiplied by (at least) 2 to create an even product (ie. the 1st even number). That same odd factor must be multiplied by (at least 2) and any other number to create a 2nd even product, thereby making the Greatest Common Factor (at least) 2 times the odd number....which is an even number.
The answer is 2x5x5 or 2x 5 to the 2nd power
(5x - i)(5x + i) where i is the imaginary unit equivalent to the square root of negative one.
(5x - i)(5x + i) where i is the imaginary unit equivalent to the square root of negative one.
The GCF is x2
3x
It is 10x raised to the second power.
15t2 is one term. To find a GCF, you need at least two.
Oh, dude, the greatest common factor of 6m to the 3rd power n and 8mn to the 2nd power is 2mn. It's like the coolest kid at the math party, just hanging out and dividing those terms like it's no big deal. So yeah, 2mn is the MVP in this math equation.
The factors of 27 are: 1, 3, 9, 27. The second greatest factor is: 9
5
Assuming the second even number is equal to 4 or greater, than the highest common factor of the two numbers is equal to an even number 2 or greater. Why can't an odd factor be used? Any odd factor must be multiplied by (at least) 2 to create an even product (ie. the 1st even number). That same odd factor must be multiplied by (at least 2) and any other number to create a 2nd even product, thereby making the Greatest Common Factor (at least) 2 times the odd number....which is an even number.
which of the following is a factor of x2 - 5x - 6
The answer is 2x5x5 or 2x 5 to the 2nd power
7(x - 2)(x + 2)
(3x + 2)(x + 5)