If X is the variable, then X/(-12+9) = x/(-3) = -X/3
Yes, an expression can have more than one variable.
I assume that you are referring to:x = 5 + nIf n is a negative number, x is less than 5.ANSWER: x is less than 5 ...[ x < 5 ]
To express "two thirds of a number is no more than negative ten" mathematically, you can use the variable ( x ) to represent the number. The inequality would be written as ( \frac{2}{3}x \leq -10 ). This indicates that when you take two thirds of ( x ), the result must be less than or equal to negative ten.
0
A variable whose value is less than zero is called a "negative variable" or simply "negative." In mathematical contexts, it indicates a value that is below the zero point on a number line, often representing a deficit or loss in various applications, such as finance or physics.
True if the variable is non-negative, false if the variable itself is negative.
There is no answer because -12-t/9 is an algebraic expression with no equality sign
Yes, you can have more than one variable
Yes, an expression can have more than one variable.
I dont really understand the question, but that sounds like a math term. it means negative 2, negative 3, and 2a. a is going to be a variable that you will more than likely have to solve for.
The variable of 5 more than s is s + 5.
I assume that you are referring to:x = 5 + nIf n is a negative number, x is less than 5.ANSWER: x is less than 5 ...[ x < 5 ]
An equation with more than one variable is called a multivariate equation.
To express "two thirds of a number is no more than negative ten" mathematically, you can use the variable ( x ) to represent the number. The inequality would be written as ( \frac{2}{3}x \leq -10 ). This indicates that when you take two thirds of ( x ), the result must be less than or equal to negative ten.
0
A variable whose value is less than zero is called a "negative variable" or simply "negative." In mathematical contexts, it indicates a value that is below the zero point on a number line, often representing a deficit or loss in various applications, such as finance or physics.
Negative numbers are less than zero, not more.