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Is 3n the gcf of 3n 7 and 9n?
No. 3n is not a factor of 3n + 7.
Is 3n the gcf of 3n plus 7 and 9n?
No. 3n is not a factor of 3n + 7.
The gcf of the expressions 3n plus 7 and 9n is 3n?
No. 3n isn't a factor of 3n + 7. The GCF of 3n + 7 and 9n is 1.
What is the greatest common factor of this pair of expressions 3n 12m squared n?
The GCF is 3n.
What are the factors of 9n2-30n 25?
If that's +25, that factors to (3n - 5)(3n - 5) or (3n - 5)2
Can 3n to the second power over 12n to the third be simplified?
Yes. 3n2/12n3 = 1/4n
If the nth term is 3n - 7 What is 1 2 3 4 and 5?
The first, second, third, fourth, and fifth terms of 3n - 7 are as follows:1: -42: -13: 24: 55: 8
How do you get 3 to the power of n plus 2 plus (3 to the power of n plus 3 minus 3 to the power of n plus 1)?
3n+2 + (3n+3 - 3n+1) = 3n+1+1 + (3n+1+2 - 3n+1) = 3*3n+1 + (9*3n+1 - 3n+1)= (3+9-1)*3n+1 = 11*3n+1.
How do you factor nine n to the second power minus 121?
(9n2 - 121) = (3n + 11) (3n - 11)
How do you you write one third of a number?
1/3n
How do you write one third of n?
1/3n
A sequence has nth term formula 3n+5. What is the fourth term?
8
what is (3n)(3n-1)?
(3n)(3n-1) = 3n * 3n - 3n * 1 Now, perform the multiplication: (3n * 3n) = 9n^2 (3n * 1) = 3n So, (3n)(3n-1) simplifies to: 9n^2 - 3n
How do you get this 3n plus 2 plus (3n plus 3 - 3n plus 1)?
3n + 2 + (3n + 3 - 3n + 1) = 3n + 2 + (3n + 3 - 3n + 1) = 3n + 2 + (4) = 3n + 6
What is the Greatest Common Factor of 3n2 and 3n?
Is it a. 3n square and 3n ans. 3n b. 3n *2 and 3n ans.3n ans. 3n for both!!
(8m-3n) square 2?
(8m - 3n)^2 I assume you mean 'squared' , when you write 'square 2'. Because means raising to the power of '2'. Whereas 'cubing' means raising to the power of '3'. To answer (8m - 3n)(8m - 3n( = 64m^2 - 24mn - 24 mn + 9n^2 = 64m^2 - 48 mn + 9n^2 Done!!!!
What is 3n times 3n?
The expression 3n times 3n can be simplified by multiplying the coefficients (3 * 3) and adding the exponents (n + n). This results in 9n^2, where n is raised to the power of 2. This simplification follows the rules of exponentiation, specifically the rule that states when multiplying two terms with the same base, you add the exponents.
