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Rewrite the polynomial in descending
Rewrite the polynomial in descending order in its simplest form.
here is #1 12x^2 y^2 z^3+2+24x^2 I think it should be writen
1 answer
asked by
Nora
683 views
The sum
6\left( 1\cdot1 + 2\cdot2 + \dots + n(n) \right)\] is equal to a polynomial $f(n)$ for all $n \ge 1.$ Write $f(n)$ as a
1 answer
asked by
Jane
68 views
Find polynomial f(n) such that for all integers n \geq 1, we have
6\left( 1\cdot1 + 2\cdot2 + \dots + n(n) \right) = f(n).\]
1 answer
asked by
Jane
50 views
Find a polynomial f(x) with leading coefficient 1 and having the given degree and zeros.
Each polynomial should be expanded from
1 answer
asked by
marissa
1,425 views
use the polynomial identity to rewrite x^3+a^3=(x+a)(x^2-ax+a^2) to rewrite x^3+25 which polynomial does this establish
1 answer
15 views
Use the polynomial identity x2−a2=(x+a)(x−a) to rewrite x2−196 . Which polynomial does this establish?(1 point) Responses
3 answers
29 views
Use the polynomial identity x2−a2=(x + a)(x − a)
to rewrite x2−196 . Which polynomial does this establish?(1 point)
1 answer
34 views
Factor the polynomial expression. Write each factor as a polynomial in descending order. Enter exponents using the caret ( ^ ).
1 answer
asked by
Anonymous
1,139 views
Use the polynomial identity x2−a2=(x+a)(x−a) to rewrite x2−196. Which polynomial does this establish?(1 point)
x^2−196=(x
1 answer
asked by
Sub-Zero
157 views
Use the polynomial identity x2−a2=(x+a)(x−a) to rewrite x2−196 . Which polynomial does this establish?(1 point)
1 answer
23 views