It is 3n - 5.
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 ).
An expression that is equivalent to "12 less than the product of 4 and a number" can be written as ( 4x - 12 ), where ( x ) represents the number. This expression first calculates the product of 4 and the number, then subtracts 12 from that product.
The algebraic expression for "18 less than the product of a number and 4" can be written as ( 4x - 18 ), where ( x ) represents the number. Here, ( 4x ) denotes the product of the number and 4, and subtracting 18 indicates that we are taking 18 away from that product.
It is: 5k-60
Two less than the product of a number can be expressed mathematically as ( xy - 2 ), where ( x ) is the number and ( y ) is the multiplier. This expression indicates that you first calculate the product of the number ( x ) and ( y ), then subtract 2 from that result.
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 ).
An expression that is equivalent to "12 less than the product of 4 and a number" can be written as ( 4x - 12 ), where ( x ) represents the number. This expression first calculates the product of 4 and the number, then subtracts 12 from that product.
The expression is: 4x-500
5x - 8
The algebraic expression for "18 less than the product of a number and 4" can be written as ( 4x - 18 ), where ( x ) represents the number. Here, ( 4x ) denotes the product of the number and 4, and subtracting 18 indicates that we are taking 18 away from that product.
2N-64
3x - 3
It is: 5k-60
Two less than the product of a number can be expressed mathematically as ( xy - 2 ), where ( x ) is the number and ( y ) is the multiplier. This expression indicates that you first calculate the product of the number ( x ) and ( y ), then subtract 2 from that result.
9b2-7
It is simply: x-1
(4n) - 25