Obtain the arithmetic mean of a batch of numbers by adding them up and dividing by their count. For example, the arithmetic mean of 3, 5, and 10 equals (3 + 5 + 10)/ 3 = 6. There are other kinds of means, such as geometric and harmonic, but usually when the type of mean is not specified the arithmetic mean is intended. For completeness I will also provide an answer from probability theory. The mean of a random variable is its expectation, which is defined to be its integral. If the random variable has a distribution f(x)dx, its mean equals the integral of x*f(x)dx over all real numbers. This is related to the first definition of arithmetic mean. A batch of numbers gives rise to a random variable supported at those numbers, where the probability of each number is proportional to the number of times it occurs in the batch. (This is the empirical distribution function of the batch.) The arithmetic mean of the batch equals the expectation of that random variable.
formula for finding mean through direct mean method: sigma fi xi /sigma fi
formula- a rule or principle, frequently expressed in algebraicsymbols.
the steps you took to produce your answer 1 + 2 is a formula
They differ in formula
n(1-R)L is an expression: it is not a formula.
A formula does not normally have a mean!
if you mean carbon dioxied, the formula is: CO2 If you mean carbon monoxied, the formula is: CO If you mean Carbon Dioxide, the formula is: CO2 If you mean Carbon Monoxide, the formula is: CO [Corrections for spelling only]
Mean = a + [
Not sure on formula but do you mean H20?
Do you mean chemical formula? C12H22O11.
formula for finding mean through direct mean method: sigma fi xi /sigma fi
formula- a rule or principle, frequently expressed in algebraicsymbols.
the steps you took to produce your answer 1 + 2 is a formula
To create a thought that is realistic
Do you mean the molecular formula? If so, then it is C4H10. If you mean empirical formula, then it is C2H5.
They differ in formula.
They differ in formula