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PEMDAS- Parentheses, Exponents, Multiplication and Division, Addition and Subtraction
Before conducting an experiment, a math problem or series of calculations one usually writes down what their expectations are that a certain result will come from the calculations or experiments. This is called a Hypothesis. You then conduct the experiment or set of calculations, in order to find out whether your expectations, based on your estimations, were correct, or wrong.
No. The interval level is more refined and so enables calculations which are not available at the nominal level.
In general, the associative property states that "a · (b · c) = (a · b) · c" for some operation "·". In other words, if an operation is associative, the order in which multiple calculations involving it are performed is irrelevant.
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The order in which calculations are performed in a formula is called the order of operations.
The order in which calculations are performed in a formula is called the order of operations.
PEMDAS- Parentheses, Exponents, Multiplication and Division, Addition and Subtraction
The calculations are the order of in which the order is.
Order of Operations
Stoichiometric calculations should be performed by this order. Assign a 1 to the longest chemical formula. Balance all single elements. Eliminate fractions if you would like. Add coefficients. Make sure there are the same number of each atoms on the reactants and products side of the equation.
Calculations of "pOH" are performed regularly in the field and profession of chemistry. This is performed by comparing "pOH" to the "pH" of a substance.
Comparisons and calculations are performed in a logical block called ALU - the Arithmetic-Logical Unit. This component (be it really a component or a set of components performing the function) is tasked with mathematical operations of any order above 1s and 0s, and - of course - with logic (binary logic, to be exact).
aggregate functions
spreadsheet
ALU
Stoichiomeric calculations