A trinomial is an expression that consist of three terms (first term, middle term, and last term). The middle term is the sum of the product of outer terms and inner terms of the binomial.
coefficient
coefficient
To rewrite the middle term of a trinomial with a leading coefficient, first identify the trinomial in the form ( ax^2 + bx + c ). Next, multiply the leading coefficient ( a ) by the constant term ( c ). Then, find two numbers that multiply to ( ac ) and add up to ( b ). Finally, use these two numbers to split the middle term ( bx ) into two terms, allowing you to factor the trinomial.
Nothing: it can have either sign.
A trinomial is an expression that consist of three terms (first term, middle term, and last term). The middle term is the sum of the product of outer terms and inner terms of the binomial.
You would factor out -1 (a) from a trinomial in an equation such as -a^2 +30a - 2a + 60 after the middle term has been separated. The final answer of this trinomial would then be (a-30) (a-30).
The answer depends on what p and q are meant to represent.
The number represented by B should be viewed as the coefficient of the linear term (x) in the trinomial. This number affects the middle term in the factored form of the trinomial.
-- If the last term of the trinomial ... the one that's just a number with no 'x' ... is positive, then both factors have the same sign as the middle term of the trinomial. -- If the last term is negative, then the factors have different signs. If this was never pointed out in class, well, it should have been.
5x + 9y-3 is a trinomial term true of false
An example of a trinomial problem is factoring the expression (x^2 + 5x + 6). To solve it, we look for two numbers that multiply to 6 (the constant term) and add to 5 (the coefficient of the middle term). The numbers 2 and 3 satisfy these conditions, allowing us to factor the trinomial as ((x + 2)(x + 3)). Thus, the problem illustrates how to break down a quadratic trinomial into its linear factors.
That is the linear part.