3x times 2y = 3x2y In a system of equations, you can only solve for a system if there are the same amount of variables as equations. Since there is only one equation (actually, it is a monomial, but considering 3x2y=0) and there are two variables, x and y, we cannot solve for the variables. The simplest form is 3x2y.
A polynomial term must have only a positive integer exponent for its variable(s). As we know a term is a number or a multiplication of a number and one or more variables associated by their exponents. Examples of terms: 2, -x, 3x2y, √5x5y-9z3w, 8x-7, 3/5, x2/3/y ect. Examples of polynomial terms: -10, -15z, √2x3y2z, 3x2y, ect.
It is: 2b squared
-2p squared
6 squared plus 9 squared is equal to 117.
They are: x and y and the expression can be simplified to 6xy
3x2y
12
It is a polynomial in x and y.
3x times 2y = 3x2y In a system of equations, you can only solve for a system if there are the same amount of variables as equations. Since there is only one equation (actually, it is a monomial, but considering 3x2y=0) and there are two variables, x and y, we cannot solve for the variables. The simplest form is 3x2y.
The GCF is 3x2y
Without an equality sign it is not an equation
(x + y)3 + (x - y)3 = (x3 + 3x2y + 3xy2 + y3) + (x3 - 3x2y + 3xy2 - y3) = 2x3 + 6xy2 = 2x*(x2 + 3y2)
3x2y - 4xy + 4x
(3 * 3)(2 * 5) (9)(10) 90
Say the Question is 3(2y+5) Multiply both terms in the brackets by 3 so (3x2y)+(3x5) = 6y+15
he made the theorem C squared = A squared + B squared and A squared = C squared - B squared or B squared = C squared - A squared