Create two binomials first and then use the distribution method to find their simplified product. The simplified product is the answer.
let the two binomials be x+a and x+b to find the product means to find (x+m)(y+n) now distributive property states (a+b)(c+d)=ab+ac+bc+bd now can u find (x+m)(x+n) ?
Thank you, but they have to be legit numbers and I have no idea how to do this.
if u want legitimate numbers then take m=n=1 but keep,x and y,they are required.
I have no idea what your saying. =C
The question is asking for you to make an equation with binomials and then solve the question you created
this is an example The product of these two binomials is x2+x-20 Answer: (x+5)(x-4) but i cannot use this it must be unique
so i made 2 binomials those are x+m and x+n
ok,then lets take two binomials as (x+1)(x-1) ok?
ok
now what?
so using distributive property: (x+1)(x-1)=x^2+x-x-1 so what u get after simplification??
um, x^2+ -1?
almost correct :) its (x^2-1) after simplification.thats your final answer.
Thank you so much! By any chance can we do just one more?
welcome :) yes,by every chance.
okay so, x^2+x-4 is this a binomial and how would we solve it
no its not a binomial its a trinomial as it contains 3 different terms x^2,x,-4
Oh, well what is another random binomial?
have u solved quadratic equations earlier??
I believe so, why?
another random binomial would be 2x+7
okay so 2x+7 how would I solve this
because x^2+x-4 is a quadratic polynomial.
u do not solve binomials or polynomials u solve binomial equations or polynomial equations 2x+7 is a binomial and solving it does not make sense 2x+7=0 is a binomial equation and it can be solved to get the value of x. so u want to solve this:2x+7=0 ??
yes please
so to isolate x first we subtract 7 from both sides to get 2x=-7 now since 2 is multiplied to x,we divide 2 on both sides x=-7/2 so u solved for x to get its value as -7/2 or -3.5 ok?
ok so what is the answer
to solve is to get the value of x so the final answer of our example is x=-3.5
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