It is called a term.
The algebraic expression for 11 minus the product of 5 and a number can be written as 11 - 5x, where 'x' represents the unknown number.
5 - 2n
Because of the three minus signs, i.e. an odd number of minus signs, the answer is negative.
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 is also a whole number. If the (number of positive factors) minus the (number of negative factors) is zero or an even number, then the product is positive. Otherwise the product is negative.
32 minus the product of 9 and a number is 140 the answer is 12. 32-9x=140 9x=108 x=12
The algebraic expression for 11 minus the product of 5 and a number can be written as 11 - 5x, where 'x' represents the unknown number.
5 - 2n
Because of the three minus signs, i.e. an odd number of minus signs, the answer is negative.
Because of the three minus signs, i.e. an odd number of minus signs, the answer is negative.
it's (25 - 6x)
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 is also a whole number. If the (number of positive factors) minus the (number of negative factors) is zero or an even number, then the product is positive. Otherwise the product is negative.
104. If there are an even number of minus signs in a multiplication, ignore them!
yes. An opposite number is the negative of a positive number, for example -5 and +5 are opposite numbers. Since minus x plus is minus and plus x minus is minus and plus x plus is plus and minus x minus is plus then the product of opposites is the same.
Let the number be x and so the expression is: 5x-11
104. If there are an even number of minus signs in a multiplication, ignore them!