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.
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 ).
It is: 5k-60
9b2-7
It is simply: x-1
To write the algebraic expression for "2 less than a number," first define the number as a variable, commonly ( x ). The phrase "2 less than" indicates subtraction, so the expression would be ( x - 2 ). Therefore, the algebraic expression is ( x - 2 ).
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 ).
3x - 3
It is: 5k-60
It is simply: x-1
9b2-7
(4n) - 25
To write the algebraic expression for "2 less than a number," first define the number as a variable, commonly ( x ). The phrase "2 less than" indicates subtraction, so the expression would be ( x - 2 ). Therefore, the algebraic expression is ( x - 2 ).
35-(4x)
8<19z
To write an algebraic expression for "32 less than the product of 9 and g," first express the product of 9 and g as ( 9g ). Then, to indicate "32 less than" this product, you subtract 32 from it. The final expression is ( 9g - 32 ).
a - 4
4<x