We can use the binomial theorem to expand (3x+5)14 and (3+5x)14 as sums of terms (monomials). Indicate all the terms (monomials) that are the same in both sums and explain why you know this, without fully expanding out all of the terms.
We can use the binomial theorem to expand (3x+5)14 and (3+5x)14 as sums of terms (monomials). Indicate all the terms (monomials) that are the same in both sums and explain why you know this, without fully expanding out all of the terms.
Chapter6: Factoring
Section6.2: Factor Trinomials
Problem 155E: Many trinomials of the form x2+bx+c factor into the product of two binomials (x+m)(x+n) . Explain...
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![We can use the binomial theorem to expand (3x+5)14 and (3+5x)14 as sums of terms
(monomials). Indicate all the terms (monomials) that are the same in both sums and explain
why you know this, without fully expanding out all of the terms.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4d5b22fd-d9f8-4a44-910c-17427d06777e%2Fdeebfd2c-cb89-4bce-821c-7cef8ad4fe6a%2Fk306mb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:We can use the binomial theorem to expand (3x+5)14 and (3+5x)14 as sums of terms
(monomials). Indicate all the terms (monomials) that are the same in both sums and explain
why you know this, without fully expanding out all of the terms.
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