16x2y2 + 9z2, a perfect square trinomial
16x2y2 – 24xyz + 9z2, the difference of squares
16x2y2 – 24xyz + 9z2, a perfect square trinomial
Answer:
Step-by-step explanation:
Given expression has exponent 2, so we multiply it twice
Apply FOIL method to multiply the parenthesis
multiply 4xy inside the second parenthesis
and multiply -3z inside the second parenthesis
Combine like terms
{x | x R, x > -2}
{x | x R, x < -2}
{x | x R, x > 2}
{x | x R, x < 2}
Answer:
{x | x R, x < -2}
Step-by-step explanation:
Answer:
x is less than negative 2
Step-by-step explanation:
Using the properties of addition, we move the 7 over to the five, making it negative.
This makes negative 2 because we subtract 7 from 5.
Then, we can flip the equation to understand it better, making the x in the front.
This makes the final solution x is less than -2
–50xy
–40x2
24
10y
Answer:
–50xy
–40x2
Will not change the Greatest Common Factor.
Step-by-step explanation:
Greatest common factor is the highest factor that divides 2 or more number.
We can find the GCF by multiplying all the factors that are common to each number.
Factors of =1,2,3,4,6,9,12,18, 36 and ,,,
Factors of =1,2,11, and
Factors of =1,2,3,4,6,8,9,12,16,18,24,36 and and more.
So the common factors to all three numbers are 1,2 and x.
So GCF =
If we use 11 it will change the GCF to 11.
If we use it will not change the GCF.
If we use 40 it will not change the GCF.
IF we use 24 it will change the GCF.
If we use 10y it will change the GCF.
Answer:
9 is a rational number.
Step-by-step explanation:
Answer:
irrational
Step-by-step explanation:
How the number 9 is irrational is that irrational numbers are numbers that are not expressed as fractions or decimals. So some examples of irrational numbers is 1,2,6,22,12,9
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