Well, isn't that a happy little math problem! To factorize 10a + 15, you can first look for the greatest common factor of the two terms, which is 5. So, you can rewrite the expression as 5(2a + 3). And just like that, you've created a beautiful and simplified expression that brings a smile to your math canvas.
10a - 15 ÷ 5 Order of Operations makes the equation this: 10a - 3, which is in simplest form.
The expression "15 plus the quotient of 60 and w" can be written as 15 + 60/w. To simplify this expression, we need to divide 60 by w first, then add the result to 15. The final simplified expression is 15 + 60/w.
It is an algebraic expression
There is no equation in the question, only an expression. An expression cannot have a solution.
It is: 8+7 = 15
3n + 15 equals 3 times the number n, the answer to which is increased by 15. It can only be evaluated if the value of n is known. The expression can be factorised but that is of marginal help in evaluating it.
It is 3(2y+5) when factorised
15
10a - 15 ÷ 5 Order of Operations makes the equation this: 10a - 3, which is in simplest form.
The expression equivalent to 5 plus 3x plus 10 can be simplified by combining the constant terms. Adding 5 and 10 gives 15, so the expression simplifies to 3x + 15. Therefore, the equivalent expression is 3x + 15.
15
45
(X minus the cube root of fifteen) times (x squared plus the cube root of fifteen plus fifteen to the two thirds power)
n plus 15.n plus 15.n plus 15.n plus 15.
It is 15.
The expression "15 plus the quotient of 60 and w" can be written as 15 + 60/w. To simplify this expression, we need to divide 60 by w first, then add the result to 15. The final simplified expression is 15 + 60/w.
It is an algebraic expression