Assuming the first five numbers is meant to refer, not to the first five real numbers but to the first five positive integers, the answer is 1*2*3*4*5 = 120
To write an equation for "thirty is five minus the product of five and a number," first define the unknown number as ( x ). The phrase "the product of five and a number" translates to ( 5x ). Therefore, the equation can be written as ( 30 = 5 - 5x ).
The product of five and the sum of a number and six can be expressed mathematically as ( 5 \times (x + 6) ), where ( x ) represents the number. This means you first add the number ( x ) to six and then multiply the result by five.
The difference is ten times the number.
The product of a number and 20
15n
To write an equation for "thirty is five minus the product of five and a number," first define the unknown number as ( x ). The phrase "the product of five and a number" translates to ( 5x ). Therefore, the equation can be written as ( 30 = 5 - 5x ).
The product of five and the sum of a number and six can be expressed mathematically as ( 5 \times (x + 6) ), where ( x ) represents the number. This means you first add the number ( x ) to six and then multiply the result by five.
product is a key word in math that lets you know multiplication is taking place. 5 times any number always ends in a 5 or 0.
The difference is ten times the number.
Well first of all, I wouldn't call it a translation; it's more of a presentation. (n - 5) * 7
The product of a number and 20
5x
15n
25N
To write an algebraic expression for "five less than the product of two and a number," let the variable ( x ) represent the number. The product of two and the number can be expressed as ( 2x ). Therefore, five less than this product is represented by the expression ( 2x - 5 ).
10n
The product of one refers to the result of multiplying one by any number. Since multiplying any number by one yields the same number, the product of one is simply that number. For example, the product of one and five is five. Thus, one acts as the multiplicative identity in mathematics.