It is called "to evaluate" the expression.
It is a combination of numbers and variables, linked together by mathematical functions. For example sqrt(2y/3*7.34*pi) where y is some variable. Given the value(s) of the variable(s) it is possible to evaluate (find the value of) the expression.
A binomial is an algebraic expression. It does not have an area.
The expression (9x) represents a mathematical term where the variable (x) is multiplied by the constant (9). It indicates that for any value of (x), you can find the product by multiplying that value by (9). This expression is often used in algebraic equations and functions to denote linear relationships.
Replace each variable in the expression by its value and then find the value of the expression.
Take the value of each variable in the expression and replace the variable by its value. Then do the math!
To find the value of an algebraic expression is to evaluate it.
It is a combination of numbers and variables, linked together by mathematical functions. For example sqrt(2y/3*7.34*pi) where y is some variable. Given the value(s) of the variable(s) it is possible to evaluate (find the value of) the expression.
to find the value of an expression, you need to
You cannot find the answer to an expression!!! An expression needs to be EQUATED' to a value, for another value to be found. 2x^(2) + 5x + 12 is an EXPRESSION. Impossible to find an value for 'x'. However, 2x^(2) + 5x + 12 = 0 is an EQUATION and a result can be calculated.
A binomial is an algebraic expression. It does not have an area.
In mathematics, to evaluate means to find the numerical value of an expression or equation. This involves substituting given values into the expression and simplifying it to obtain a single numerical result. Evaluation is a fundamental process in mathematics used to determine the outcome of mathematical operations and expressions.
The expression (9x) represents a mathematical term where the variable (x) is multiplied by the constant (9). It indicates that for any value of (x), you can find the product by multiplying that value by (9). This expression is often used in algebraic equations and functions to denote linear relationships.
You evaluate the expression !! :)
Replace each variable in the expression by its value and then find the value of the expression.
Take the value of each variable in the expression and replace the variable by its value. Then do the math!
Inequality
Find the value of the expression.