It means to find what numbers the variables (the letters) must be in order to make the equation a true statement.
An equation with two or more variables is called a polynomial. It can also be a literal equation.
You isolate variables in math because the point of an equation is to solve for the variables. By isolating the variables you have learned what that variable stands for and thus solved the equation.
The number and variables when next to each other in an equation are called a term. The variable or letters are coefficients.4x + 3x = 28.4x and 3x are terms and the variable "x" is the coefficient.
It is the set of values for all the variables in the equation which make the equation true.
an algebraic equation that describes a relationship between several variables is called a?
variables
It means to find what numbers the variables (the letters) must be in order to make the equation a true statement.
Without an equality sign and not knowing the plus or minus values of the given terms it can't be considered to be an equation.
In an equation, the letters represent variables that can take on different values. Each letter represents a specific quantity or value that is being referred to in the equation. The goal is to solve for these variables to determine their values and make the equation true.
It means to find what numbers the variables (the letters) must be in order to make the equation a true statement.
The variables of this equation are your letters: a, b, and c. Variables merely stand in an equation to represent values that we don't know. "Solving" an equation is the process by which we uncover those values. In this particular case, since there are three variables, we cannot discover their values unless we have two other equivalent equations (a system of equations).
its called a quadrants
.diffrential eqution.!
a function!
I never heard about a "two-step equation". I believe it's the solution process which may have one or several steps.
An equation with two or more variables is called a polynomial. It can also be a literal equation.