No, it could be a constant.
Write 2,784 in expanded notation as the sum of multiplication expressions
Yes. You would have to multiply to change it.
a + 10
0.42
A mathematical expression is a mathematical phrase that consist numbers variables and signs of operation example: x(variable) + 5(number)=7 so the value of x is 2 -Kennethn 10 yrs. old :]
The sum of two linear expressions, each containing an x-term, will always have an x-term. This is because when you add the two expressions, the coefficients of the x-terms combine, resulting in a new expression that still includes an x-term. For example, if you have ( ax + b ) and ( cx + d ), their sum ( (a+c)x + (b+d) ) will always contain the x-term unless both ( a ) and ( c ) are zero, which would be an exception rather than the rule.
Two linear expressions with a sum of -5x plus 4 are ( -5x + 4 ) and ( 4 - 5x).
Write 2,784 in expanded notation as the sum of multiplication expressions
A linear fraction is an expression of the form n/(ax + b) where n, a and b are integers.More generally, an algebraic fraction with a denominator which is a polynomial of order 2 (quadratic) or higher can sometimes be rewritten as a sum of fractions each of whose denominators are binomial expressions or linear fraction. This is particularly important for integration.
Yes. You would have to multiply to change it.
The sum of multiplication expressions is the answer that you'd have, if you added together more than one multiplication expression. For example: 3 x 4 + 5 x 2 = A <--- A = the answer after you do/evaluate the expressions 12 + 10 = A 22 = A 22 is the sum of the above multiplication expressions (i.e. 3 x 4 plus 5 x 2)
5y - 2
-2x+2x
The expression that represents two times the sum of p and 8 is 2(p + 8).
Supplementary angles are angles whose sum always equals 180 degrees.
The expression (-x^2 - 81) can be factored as (-(x^2 + 81)). This represents the negative of the sum of a square term and a constant. Thus, the equivalent expression is (-1(x^2 + 81)).
6000 + 100 + 20 + 5