The answer is 1. 5 times x - x < 5 + x It has to be 1, anything over 1 could not be less than.
The phrase "six less than a number" can be represented as ( x - 6 ), where ( x ) is the number. Therefore, the product of ten and six less than the number is expressed as ( 10 \times (x - 6) ). Simplifying this gives ( 10x - 60 ).
As an algebraic expression this is written 2x - 12, where x is the unknown number.
A number added to thirty-six can be represented algebraically as ( x + 36 ), where ( x ) is the unknown number. This expression indicates that thirty-six is being increased by the value of ( x ). The result will depend on the specific value of ( x ).
If: 4x-6 = 6x then x = -3
n-6
If we let the unknown number be represented by the variable x, then six more than the unknown number would be x + 6. This expression represents adding six to the unknown number. So, if you have an unknown number x, adding six to it gives you x + 6.
x + x - 3 = 2x - 3
six less than fourteen times a number
The answer is 1. 5 times x - x < 5 + x It has to be 1, anything over 1 could not be less than.
It depends on the unknown number.
3-x
x-8
Let the unknown number be x and so the expression is: 2x-3
twice an unknown number less one and one-half times the same number equals two ---- Let the unknown number be "x":: Equation: 2x - (3/2)x = 2
N + 6
The phrase "six less than a number" can be represented as ( x - 6 ), where ( x ) is the number. Therefore, the product of ten and six less than the number is expressed as ( 10 \times (x - 6) ). Simplifying this gives ( 10x - 60 ).