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Mathematics 16 Online
OpenStudy (ashontae19):

Polynomials is anyone good at

OpenStudy (ashontae19):

@Michele_Laino

OpenStudy (jango_in_dtown):

hi

OpenStudy (ashontae19):

hi are you good at polynomials?

OpenStudy (jango_in_dtown):

give the question .:)

OpenStudy (ashontae19):

http://prntscr.com/920wcf can you see that?

OpenStudy (ashontae19):

@jango_IN_DTOWN

OpenStudy (jango_in_dtown):

yeah

OpenStudy (ashontae19):

so can you help me with it?

OpenStudy (jango_in_dtown):

5 is the leading coefficient

OpenStudy (jango_in_dtown):

3 is the degree

OpenStudy (jango_in_dtown):

-4 is the constant term

OpenStudy (jango_in_dtown):

+6x^2 is a term of it

OpenStudy (jango_in_dtown):

Its a cubic polynomial since the highest degree term is 3

OpenStudy (jango_in_dtown):

@ashontae19 now let me define all those terms which I used

OpenStudy (ashontae19):

so where it says the name of the polynomial it is the cubic polynomial?

OpenStudy (jango_in_dtown):

\[a _{0}x^n+a _{1}x ^{n-1}+...+a _{n-1}x+a_n=0\] if is the given polynomial such that \[a_0\neq 0\] then the degree is n, the leading coefficient is \[a_0\] and the constant term is \[a_n\]

OpenStudy (ashontae19):

so for the name of the polynomial it would be degree?

OpenStudy (jango_in_dtown):

degree will be n, In the given question the degree is n

OpenStudy (jango_in_dtown):

degree is 3

OpenStudy (ashontae19):

okay thanks can you help me on number 2

OpenStudy (jango_in_dtown):

ok \[ax^2+bx+c=0\]

OpenStudy (ashontae19):

how many constantd can there be in a polymial written in standard form?

OpenStudy (jango_in_dtown):

if the degree is n, then there will ne n+1 constant terms

OpenStudy (jango_in_dtown):

so for a quadratic, the degree is 2 and hence there will be 3 constants.

OpenStudy (ashontae19):

or is that for any polynomial?

OpenStudy (jango_in_dtown):

a0xn+a1xn−1+...+an−1x+an=0 here a0,a1,..,an are all constants

OpenStudy (ashontae19):

how many coefficients can there be?

OpenStudy (jango_in_dtown):

in a polynomial of degree n, there can be n+1 coefficients

OpenStudy (ashontae19):

can you help me on so more plz?

OpenStudy (jango_in_dtown):

ok give me question

OpenStudy (ashontae19):

i have to take this figure

OpenStudy (ashontae19):

http://prntscr.com/9219gs and to do this with this figure

OpenStudy (ashontae19):

can you see it?

OpenStudy (jango_in_dtown):

@freckles

OpenStudy (ashontae19):

@jango_IN_DTOWN

OpenStudy (anonymous):

a0xn+a1xn−1+...+an−1x+an=0 here a0,a1,..,an are all constants

OpenStudy (ashontae19):

i have all those i just need help on another problem

OpenStudy (ashontae19):

can you help me?

OpenStudy (jango_in_dtown):

did you solve the problem?

OpenStudy (ashontae19):

yes i just need to show my work

OpenStudy (jango_in_dtown):

ok show it

OpenStudy (ashontae19):

I got 20x^5+56x^4+26x^3+14^2+32x+16

OpenStudy (jango_in_dtown):

Mega mansion problem?

OpenStudy (ashontae19):

yes

OpenStudy (ashontae19):

I need help on the equation though

OpenStudy (jango_in_dtown):

i am checking. it seems right

OpenStudy (ashontae19):

can you show your work though

OpenStudy (jango_in_dtown):

okk

OpenStudy (jango_in_dtown):

but i am unable to draw it.

OpenStudy (ashontae19):

you can type it

OpenStudy (ashontae19):

?

OpenStudy (ashontae19):

@jango_IN_DTOWN

OpenStudy (jango_in_dtown):

wait let me do it in my copy and then upload the image..

OpenStudy (jango_in_dtown):

|dw:1447362487014:dw|

OpenStudy (jango_in_dtown):

@ashontae19

OpenStudy (jango_in_dtown):

|dw:1447362617462:dw|

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