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Q: Can be either addition subtraction division or multiplication?

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The aronym of BEDMAS is... B = Brackets E = Exponents D = Division M = Multiplication A = Addition S = Subtraction Division and Multiplication - either one can go first -same goes to Addition and Subtraction

Bodmas or BedmasBidmas stands for brackets, indices, division/multiplication, addition/subtraction.(The ones with / between them can be either way round)

All those are examples of MATHEMATICAL OPERATIONS.

Either pronounced 'PEMDAS' or Please Excuse My Dear Aunt Sally Another One: Parentheses Exponent Multiplication Division Addition Subtraction

One step equations?? Require one step (either addition, subtraction, multiplication, or division and only one of these) to solve for the variable.

BEDMAS Brackets Exponents Division Multiplication Subtraction Solve Brackets (parentheses) question first. (Ie 3(4)E2 =12E2) Then do the remaining exponents. (12E2 = 144) Division and Multiplication. Either can go first. (whichever order it appears in the question) Same with Addition and subtraction. Hope this helps!

Definately your basic math (addition, subtraction, multiplication, division, fractions, percentages) but more importantly, Geometry! Some Algebra and Calculus couldn't hurt, either. Happy adding!

The distributive property is applicably to the operation of multiplication over either addition or subtraction of numbers. It does not apply to single numbers.

The normal order of evaluating operations is PEMDAS = Paretheses Exponents Multiplication Division Addition Subtraction. If any of these operations is to be carried out in a different order, you put parentheses around the operator and the numbers on either side of it.

It can be either.

Either or both.

subtractionthe answer of this question is division NOT SUBTRACTION!!!!!!!!!!!!!!!!!* * * * *No, it is not division either - that is the inverse function to multiplication - which is a different thing.An element y, of a set is said to be the inverse of the element x in the set if x*y = y*x = i where i is the multiplicative identity for the set. y is denoted by x-1In ordinary multiplication of numbers, i = 1.

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