x = 1 / y2
where:
x is the dependent variable
y is the independent variable
An equation for a parabola always has some type of irregular variable, usually a squared variable or higher.
It is not an equation because it's an algebraic expression
It is likely that a horizontal line on a graph will have the equation y=c, where c is a variable.
Yes, algebraic expressions can be solved, depending on the type of expression and the variable(s) involved. If the expression has a single variable, it can typically be solved for that variable using algebraic techniques such as simplifying, factoring, or isolating the variable. However, if the expression has multiple variables or complex operations, solving it may require more advanced algebraic techniques or numerical methods.
The question doesn't describe any equation. An equation states that one number or expression is equal to another number or expression. The word 'equal' is nowhere to be found or implied in the question.
An algebraic expression is a type of expression that contains a variable or variables.
An algebraic expression is a type of expression that contains a variable or variables.
An equation for a parabola always has some type of irregular variable, usually a squared variable or higher.
An identity is a special type of literal equation. It is true for all values of the variable.
Type your answer here... The variable Q
a square is ab square
It is not an equation because it's an algebraic expression
Algebra ygb-iboe-hvz is a type of algebraic equation known as a "ygb-iboe-hvz equation". This type of equation is a type of linear equation that is commonly used to solve for the unknown variable in a given equation. The equation is composed of three terms: ygb, iboe, and hvz. The ygb term is the coefficient of the unknown variable, the iboe term is the constant, and the hvz term is the right-hand side of the equation. To solve the equation, the coefficients of each term must be determined and the equation must be rearranged to solve for the unknown variable.
It is likely that a horizontal line on a graph will have the equation y=c, where c is a variable.
Yes, algebraic expressions can be solved, depending on the type of expression and the variable(s) involved. If the expression has a single variable, it can typically be solved for that variable using algebraic techniques such as simplifying, factoring, or isolating the variable. However, if the expression has multiple variables or complex operations, solving it may require more advanced algebraic techniques or numerical methods.
The value of that type of expression depends on the value of the variable, in this case, "x".
y - |x| is an expression, not a function.