Distributive Property
The property used to multiply a term or terms into a polynomial is the Distributive Property. This property states that when you multiply a number (or term) by a sum, you distribute the multiplication across each term within the parentheses. For example, when multiplying (a(b + c)), you would apply the distributive property to get (ab + ac).
Yes, but that is not the only property used.
Distributive
When applying distributive property to solve an equation, you multiply each term by term. For instance: a(b + c) = ab + ac
Whether or not the distributive property can or should be used depends on what you wish to multiply 43.2 by. For example, if you wish to multiply 43.2 by 10, the distributive property is irrelevant!
Yes, but that is not the only property used.
Distributive
When applying distributive property to solve an equation, you multiply each term by term. For instance: a(b + c) = ab + ac
Whether or not the distributive property can or should be used depends on what you wish to multiply 43.2 by. For example, if you wish to multiply 43.2 by 10, the distributive property is irrelevant!
The answer to your question is a yes. The Distributive property is a property, which is used to multiply a term and two or more terms inside the parentheses.
Distributive property of multiplication over addition, Commutativity of addition.
division property of equality or multiplication property, if you multiply by the reciprocal
Negative pi is a monomial, or a polynomial with one term. Negative pi, as well as positive pi, are not often used as polynomials, but it is still perfectly reasonable to do so.
You don't need any acronym; just multiply every monomial on the left with every monomial on the right. The same goes for multiplying a binomial with a trinomial, two trinomials, or in fact for multiplying any polynomial by any other polynomial.
The expression (3ax^2) represents a mathematical term where (3) is a coefficient, (a) is a variable or constant, and (x^2) indicates that the variable (x) is squared. Together, it suggests that you multiply (3), (a), and the square of (x). This expression can be used in algebraic equations or polynomial functions.
I consider that the term "use" for an extensive property is not adequate.
1 term = Monomial2 term = Binomial3 term = trinomialNo standard for 4, or any larger fixed number of terms, but "polynomial" is used when the number of terms is unknown.