You represent a generic trinomial with some letters, then just carry out the desired operations. The general rule to multiply polynomials is that each term in one polynomial must be multiplied by each term in the other polynomial. For example, to multiply a trinomial by itself - i.e., square it - you get:
(a + b + c) (a + b + c)
= a2 + ab + ac + ab + b2 + bc + ac + bc + c2
Next, you can group similar terms; well, I'll leave that to you.
The sum of p and q
The sum of -p and -q -
That trinomial is unfactorable (the roots are not integers).
You multiply each element of the binomial into each element of the trinomial and then combine like terms. For example, (ax + b)*(cx2 + dx + e) = acx3 + adx2 + aex + bcx2 + bdx + be = acx3 + (ad + bc)x2 + (ae + bd)x + be
7i8
(w - 1)2
A perfect square trinomial results from squaring a binomial. Specifically, when a binomial of the form ( (a + b) ) or ( (a - b) ) is squared, it expands to ( a^2 + 2ab + b^2 ) or ( a^2 - 2ab + b^2 ), respectively. Both forms yield a trinomial where the first and last terms are perfect squares, and the middle term is twice the product of the binomial’s terms.
It is the constant term of the trinomial.
The sum of p and q
constant.
binomal
The sum of -p and -q -
The answer depends on what p and q are!
Yes it is
To find the product of a binomial and a trinomial, use the distributive property (also known as the FOIL method for binomials). Multiply each term in the binomial by each term in the trinomial. For example, if you have a binomial ( (a + b) ) and a trinomial ( (c + d + e) ), you would calculate ( a(c + d + e) + b(c + d + e) ), which results in ( ac + ad + ae + bc + bd + be ). Finally, combine like terms if necessary.
A factor of a perfect square trinomial is eithera number that is a factor of each term of the trinomial,a binomial that is a factor of the trinomial, ora product of the above two.For example, consider 4x2 + 8x + 4It has the factors2 or 4,(x + 1) or2x+2 = 2*(x+1) or 4x+4 = 4*(x+1)
A trinomial is the sum of three monomials, any more than that does not have a special name