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A set of rules used to evaluate expressions with more than one operation is the?
a set of rules used to evaluate expressions with more than one operation is the
What is the special set of rules called to solve expressions with more than one operation?
The order of operations :)
What is a set of rules used to evaluate expression with more than one operation?
order of operations:);evaluate powers first, parenthesis second, multiplication and division third (if there is a combination of the two it doesn't matter the order you evaluate), and addition and subtraction last (like multiplication-division it doesn't matter the order you evaluate these two, a helpful tool for this step is to change all minus operations to plus negative).
One of two or more expressions that are multiplied together to get a product?
Those are 'factors'.
What are equivalent expressions?
Two or more expressions (equations are examples) that are equal to or equivalent to each other; for example: (X+2)(X+4) = X^2+6X+8.
A set of rules used to evaluate expressions with more than one operation is the?
a set of rules used to evaluate expressions with more than one operation is the
Can a algebraic expression have more than one operation?
Yes. In general, you can combine expressions into more complicated expressions. For example, adding an expression to another expression will, again, yield an expression.
What is a set of rules used to evaluate more than one operation called?
order of operations
What is the special set of rules called to solve expressions with more than one operation?
The order of operations :)
What are operaters?
The standard Boolean operators are AND, OR and NOT. From these, Boolean algebra derives 3 more "derived" operators--material implication, exclusive or, and equivalence. They are used to evaluate a Boolean expression. These expressions all evaluate to either TRUE or FALSE.
What is a special set of rules that can be used to solve expressions with more than one operation?
A special set of rules, called the order of operations, can be used to solve expressions with more than one operation.Thank me by visiting,http://www.politicalsimpleton.comGood day!
What is the difference between using and and and and in Java?
'&&' is used for short-circuiting boolean expressions, which means that it will stop evaluating if the first operant is false but '&' won't. This can be easier understood with an example: int i = 0; if( i < 10 && i++ < 20) { //some fancy stuff in here } first operant: i < 5 second operant: i++ < 20 In this case (using '&&'), if the first operant is evaluated to be false, it will stop and does not continue to evaluate the second operant. If '&&' was replaced by '&,' even if the first operation is evaluated as false. It will still continue to evaluate the second operant before evaluating that the whole boolean is false, thus taking more time.
What is the sum of multiplication expressions?
The sum of multiplication expressions is the answer that you'd have, if you added together more than one multiplication expression. For example: 3 x 4 + 5 x 2 = A <--- A = the answer after you do/evaluate the expressions 12 + 10 = A 22 = A 22 is the sum of the above multiplication expressions (i.e. 3 x 4 plus 5 x 2)
How do you evaluate an expression with more than two operation symbol without exponent and parenthesis?
In Evaluating Expression first,replace each letter in the expression with the assigned value. second,perform the operations in the expression using the correct order of operations and the last you got the answer
What is a math sentence that compares unequal expressions using one or more of these symbols?
A example of unequal is"That table is very unequal"
How do you choose multiple if statement and switch statement?
If you must evaluate two or more expressions separately, use multiple if statements. If you only need to test all the possible evaluations of a single expression, use a switch.
What is a set of rules used to evaluate expression with more than one operation?
order of operations:);evaluate powers first, parenthesis second, multiplication and division third (if there is a combination of the two it doesn't matter the order you evaluate), and addition and subtraction last (like multiplication-division it doesn't matter the order you evaluate these two, a helpful tool for this step is to change all minus operations to plus negative).
