Add, subtranct, multiply, divide, do whatever the expression calls for.
Basically the same way that you evaluate other types of expressions with variables: * You replace the variables by the value assigned to the variables. * Then you do the specified calculations.
Yes, numerical expressions can have the same value. For example, the expressions 2+3 and 5 both have the value of 5. Similarly, the expressions 2x3 and 6 both have the value of 6. In general, any two numerical expressions that evaluate to the same number will have the same value.
the result is evaluate expression or even better Unknown
I think it is important because you need to know it when you get older.
432-2p evaluate expressions = 430
a set of rules used to evaluate expressions with more than one operation is the
by farting
order of operations
It means to find the numerical value of the expression.
order of operations
Constant values are expressions as well, still I don't think they are so hard to evaluate... well, in this case it is twelve
Add, subtranct, multiply, divide, do whatever the expression calls for.
Algebraic expressions can be simplified by combining together like terms but there are no solution because they don't contain equality signs
Replace the variables with the correct values and calculate using the order of operations
Basically the same way that you evaluate other types of expressions with variables: * You replace the variables by the value assigned to the variables. * Then you do the specified calculations.
5