When you have a negative variable in an equation that you are trying to solve for, you multiply each side of the equation by -1. If it is an inequality such as <, you would flip the sign to > and vice versa.
-x is a negative unknown or a negative variable.
the negative variable would mean the opposite of. so therefore if u have -x= 4 ur answer would be the opposite of four which is negative 4.
Discrete variables must be countable and not negative. So no a negative number must be a continuous variable.
Monomials can have negative exponents, if the term for the exponent is not a variable, but if it is a variable with a negative exponent, the whole expression will not be classified. This is so because the definition of a monomial states that, a monomial can be a product of a number and one or more variables with positive integer exponents. I hope that answered your question!
No, you only flip the inequality sign if you are dividing by a negative number on both sides of the inequality
Yes, a coefficient of a variable can be negative.
True if the variable is non-negative, false if the variable itself is negative.
If you are dividing a positive by a negative, yes. If you are dividing a negative by a negative, you will get a positive.
Yes
-x is a negative unknown or a negative variable.
A float variable can store both positive and negative numbers.
the negative variable would mean the opposite of. so therefore if u have -x= 4 ur answer would be the opposite of four which is negative 4.
When one variable changes, the other variable moves in the opposite direction.
No, replacing a negative variable with a negative number does not automatically make the number positive. The sign of the number is determined by the operation being performed. In mathematical operations, the signs of the numbers involved must be taken into consideration to determine the final result. Simply replacing a negative variable with a negative number does not change the inherent negativity of the number.
When the x-intercept of a line has a negative value, it indicates that the line crosses the x-axis to the left of the origin (0,0). This typically means that, at some point, the dependent variable (y) is zero for a negative value of the independent variable (x). In the context of a slope, a negative x-intercept can suggest that as the value of the independent variable decreases, the dependent variable changes in a way that leads to a negative relationship between the two.
A negative correlation. This means that as one variable goes up, the other variable goes down.
when -n = x and x is a negative #, n is the absolute value of x