No
By using division, multiplication, addition or subtraction
Yes. An abacus is like an array so therefore it is possible to use it for multiplication up to the number of rods, and is able to be used for division by separating the beads.
Because division and multiplication are mutually inverse operations.
Other than multiplication by 0 or by its own reciprocal, it if often not possible. Try it with pi, if you think otherwise.
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false
No, it is not.
The binomial distribution is a discrete probability distribution. The number of possible outcomes depends on the number of possible successes in a given trial. For the Poisson distribution there are Infinitely many.
Yes, as unreal numbers are constants and are expressed as binomials (2+3i) is a binomial and is also a constant.
There are an infinity of possible answers: involving addition, sutraction, multiplication, division, powers, roots and a host of other mathematical operations. One of the simplest is 251 + 1
There is no property which allows you to do that in all cases. It is only possible in the case of the associative property for addition and multiplication. It does not work for subtraction or division.
A binomial experiment is a experiment that consists of repeated trails, with two possible outcomes. An example of this would be a coin toss.Ê