The expression is: 3m-5
n*5 - 6
Let x = your number;( 3 x ) - 24The 3x portion represents three times a number, then you subtract (24 less) the 24.
To write 7 less than 2 times a number, you would first multiply the number by 2. This gives you 2x. Then, you would subtract 7 from the result of 2 times the number: 2x - 7. This expression represents the value of 7 less than 2 times a number.
six less than fourteen times a number
13 less than 4 times a number 13 less than is "-13" 4 times a number is "4x" 4x-13■
5n - 7
6x + 8 = 3x - 5
n*5 - 6
It can be: 7x-11
To translate words into variable expressions, identify key terms and their mathematical equivalents. For instance, "the sum of a number and five" translates to ( x + 5 ), where ( x ) represents the unknown number. Use specific phrases like "more than" for addition, "less than" for subtraction, and "times" for multiplication. Once expressed as variable expressions, you can substitute values from a replacement set to evaluate or solve the equations.
The equation that represents "2 less than 3 times a number" can be expressed as (3x - 2), where (x) is the number. This means that if you take three times the value of (x) and then subtract 2, you get the desired expression.
Let x = your number;( 3 x ) - 24The 3x portion represents three times a number, then you subtract (24 less) the 24.
It's cumulative frequency :)
To write 7 less than 2 times a number, you would first multiply the number by 2. This gives you 2x. Then, you would subtract 7 from the result of 2 times the number: 2x - 7. This expression represents the value of 7 less than 2 times a number.
x-5
Let the number be x and so the expression is 4x -3
Two less than five times a number can be expressed mathematically as (5x - 2), where (x) represents the number. This means you first multiply the number by 5 and then subtract 2 from the result. For example, if the number is 3, then it would be (5(3) - 2 = 15 - 2 = 13).