write each polynomial in standard form. then classify by degree and by number of terms. 1.-3+3x-3x 2.1-.2s+5s^1 3.x(x+5)-5(x+5) 4.(3c^2)^2
-3+3x-3x what would that be?
im not ssure
if you have x+x= ? what would be on the question mark?
2x
indeed, so 3x-3x would be?
just x?
ZEROOOOOOOOOOOOOOOOOOOO.
degree of equation is the highest power to which it is raised
It will cancel out!
thats not the problem. what i need is to tell if they are constant or linear or quadratic ect & monomial or binomial and trinomial, ect.
exponent: the power to which the variable is raised. degree = highest exponent in the expression ----> find the exponents of all terms, the highest number among them is the degree. example : x + 2x^2 +9 x = x^1 ----> exponent = 1 2x^2 ----> exponent = 2 9 = 9x^0 ------> exponent = 0 so for x+2x^2 +9, the degree = highest exponent = 2 got this?
number of terms : only one term -----> monomial (examples: 9 , 4x , x^3 , (y^2)^2 and so on) 2 terms -----> binomial, (examples : x+2, x^2 +x^9 , a-bc and so on) 3 terms -----> trinomial (examples: x^2+4x+8, a+bc+defg and so on)
yes thank you . thats all i needed to know.
so what degree and number of terms you got for your questions ?
i got them right & how would you solve this \[\frac{ 3x ^{4}4x-5 }{ 4 }\]
is it really \(3x^44x\) ? or did you miss out any sign in between ?
\[\frac{ 2x ^{4}+4x-5 }{ 5 }\] sorry this is the equation
its not "solve" you mean you want to find the degree and number of terms, right ?? whats the exponent of 2x^4 ----> ?? 4x ------>?? 5 ----> ?? and which among them is the highest ?
and as we see, there are clearly 3 terms, so its a trinomial.
but what about the 4 under 2x^4+4x-5
(2x^4+4x-5)/4 = 2x^4 /4+4x/4-5/4 2x^4 /4 +4x/4 -5/4 still 3 terms :) and the degree = 4
got it thank you. its a quadratic trinomial right
since the degree is 4, its "quartic" (quadratic means degree =2) so its actually a quartic trinomial.
yes sorry i got confused
no prob :)
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