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Mathematics 13 Online
OpenStudy (anonymous):

....

OpenStudy (anonymous):

Anyone...Please help me...

OpenStudy (anonymous):

anybody....

OpenStudy (nubeer):

polinomial with 5 terms as the x has highest power of 5.. i am not sure but think that is right .

OpenStudy (anonymous):

Well you are a genius, so i guess its right

OpenStudy (nubeer):

lol i am no genious.. there are alot of other people and better then me..

OpenStudy (anonymous):

yeah, your right on that

OpenStudy (anonymous):

These questions are just pain,

OpenStudy (nubeer):

lol yeah they are.. word problems never my fav.

OpenStudy (anonymous):

me too

OpenStudy (phi):

a term is a bunch of things multiplied together. example 1 (simplest example) 3x^2y^4 another example terms are separated by + or - signs

OpenStudy (anonymous):

Yeah, i still don't understand what they mean by 5 term

OpenStudy (phi):

1. Classify 3x^5 – 8x^3 – 2x^2 + 5 by number of terms. that means count the terms. If you get 2 you have a polynomial (poly means "many" , nomial "measures" (think terms) with 2 terms. these are called binomial (bi for 2) if you get 3 terms it is called a trinomial (tri for 3 (tricycle has 3 wheels, triangle has 3 angles) if more than 3 terms people give up on the latin and just say polynomial with however many terms. So to answer this one, count the terms

OpenStudy (phi):

what did you get?

OpenStudy (phi):

I'll start 3x^5 – 8x^3 – 2x^2 + 5 1 2 ..... keep counting...

OpenStudy (phi):

yes

OpenStudy (phi):

If they ask for the degree (much more important) the degree is the biggest exponent in all the terms. Here the degree is 5 because 3x^5 – 8x^3 – 2x^2 + 5 ^ | this term has the biggest exponent, which is 5. so the whole polynomial is said to have degree 5

OpenStudy (phi):

Consider the leading term of the polynomial function. What is the end behavior of the graph? 4x^5 + 1x This question assumes you know that people label the coefficient on the highest degree term "a". they label the exponent n your generic polynomial starts off with \( a x^n+...\)

OpenStudy (phi):

it just told us to find the term. so do i have to find also the degree Not for this question, but I am guessing they might ask at some point

OpenStudy (phi):

For question 2, the "end behavior" is what number do you get when x is really big or really small (negative) to answer you look at the highest degree term if it is an even power example: x^2 or x^4 then this gets bigger as x gets more positive or more negative if it is odd x^3 a big negative number becomes a large negative number

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