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OpenStudy (anonymous):
let me give you an example @Ashley16
OpenStudy (anonymous):
okk
OpenStudy (anonymous):
a^3 - 2a^2 + 4a + 5
OpenStudy (anonymous):
what would be the degree?
OpenStudy (turingtest):
it's important to note that all you need to do is find the highest exponent to find the degree if there is only one variable
for example in\[x^3+6x^2-5x+7\]the degree is 3 (the highest exponent is on the first term, which is 3
but if you have more than one variable you must add the exponents of each term to find the highest
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OpenStudy (turingtest):
your problem is almost identical to my example :P
oh well...
OpenStudy (anonymous):
so what would be the degree of mine @TuringTest
OpenStudy (anonymous):
its just the hisghest exponent?
OpenStudy (anonymous):
highest?
OpenStudy (turingtest):
yes, which is what in your case?
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OpenStudy (anonymous):
3 :)
OpenStudy (turingtest):
yep like I said, almost identical to mine
I typed mine first though :P
OpenStudy (anonymous):
haha thanks alot
OpenStudy (turingtest):
but for situations like\[2x^2y^3+5-7y^4+3x^2y\]you have too add the exponents of each term....
OpenStudy (anonymous):
oh crap
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OpenStudy (anonymous):
how do i know if you add them or not?
OpenStudy (turingtest):
first term: 2+3=5
second term: 0
third term: 4
fourth term 2+1=3
try to follow that
OpenStudy (anonymous):
8x^2
OpenStudy (anonymous):
that would be just 2?
OpenStudy (turingtest):
the term with the highest degree is again the first one, because upon adding the exponents of the variables of that term we get 5, the highest of all
any time you have variables mixed
the degree of the term \[z^5x^3y^7\]is
5+3+7=15
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OpenStudy (turingtest):
any time you have variable mixed you need to add the exponents to find the degree*
OpenStudy (turingtest):
variables*
OpenStudy (anonymous):
so on this one
OpenStudy (anonymous):
3a^5 - 2a^2b^3c + 4ab^2
OpenStudy (anonymous):
its 5 right?
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OpenStudy (turingtest):
I don't know, let's see ;)
what is the degree of the first term?
OpenStudy (anonymous):
5
OpenStudy (turingtest):
right
what is the degree of the second term?
OpenStudy (anonymous):
2
OpenStudy (turingtest):
sorry, incorrect
notice we have more than one variable in the second term
we have three: a, b, and c
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OpenStudy (anonymous):
2,3 and 1?
OpenStudy (turingtest):
as I said above, when that is the case we need to \(add\) the exponents
OpenStudy (anonymous):
but look
OpenStudy (turingtest):
I see :)
OpenStudy (anonymous):
A. 6
B. 5
C. 4
D. 3
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OpenStudy (anonymous):
those are the choices
OpenStudy (turingtest):
and the correct answer is on the list
OpenStudy (anonymous):
5 right?
OpenStudy (turingtest):
what is the term of the second polynomial?
what is the rule I keep talking about for having a term with multiple variables?
OpenStudy (anonymous):
add them all
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OpenStudy (turingtest):
and what is the total of those exponents in the second term?
OpenStudy (anonymous):
6 right?
OpenStudy (anonymous):
becuase the c is c^1?
OpenStudy (turingtest):
right :)
and what about the third term?
OpenStudy (anonymous):
3
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OpenStudy (turingtest):
correct
so the highest one is...?
OpenStudy (anonymous):
6 :)
OpenStudy (turingtest):
yep :D
OpenStudy (anonymous):
yayy :)
OpenStudy (turingtest):
yay indeed :)
happy to help those who are are happy to be helped
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