The first concept of Probability was created by two mathematicians from France.They are both responsible for the foundations of Probability.The concept was further extended by Laplace who in the 18th century had created the Bayesian concept.Many of the events that happen in the real world can't be predicted.We try to make an intelligent guess as to the probability of the event happening.

It's good for students to understand the concepts of Probability as it will be applied in their career in the future when they work for corporate or government agencies.The probability is used for business decisions in those organizations.It is always appropriate to make decisions based on a mathematical formula instead of experience or chance.There are a lot of surprises and unpredictable outcomes in the events that happen in the world.There could be different outcomes for an event.

The most likely outcome is determined because of the probability.An experiment is defined if the result of the process is known and can be defined.If you can predict the outcome of an experiment in advance then it's called a Deterministic Experiment.Random experiment is also known as a non-Deterministic experiment.Predicting which of the possible outcomes of a random experiment will occur is something we can do.

Sampling space is the collection of all the possible outcomes when there are multiple possible outcomes.There are two types of sample points in a sample space a Countable number and an uncountable number.There is no way the number of sample points can be further divided.The countable number of sample points can either be a finite number of points or an infinite number of points.We first need to know the definition of probability and the following things.

The sample space is marked by a S.The number of elements in sample space is nothing but a possible outcome.Sample space is Head Tail when a coin is thrown.There is a sample space with two elements.When two coins are thrown at the same time the sample space is between HH and HT.

When 3 coins are thrown at the same time the sample space is HHH HHT HTH HT TTH TTT THH THT.The amount of elements in the sample space is 8.The same coin is tossed twice.We should not be confused with the statements.When 3 coins are thrown it can also be referred to as one coin thrown three times.

sample space is 1 2 3 4 6 when a die is thrown.A sample space is 6.The sample space is 11 12 13 14 15 16 21 22 23 24 25 26 31 32 33 34 35 36 41 42 43 44 45 46 51 52 53.The sample space has 6 elements in it.2n is the formula to find the number of coin sample spaces.

The sample space size is four if the n is 2.If we put n as 3 then the sample space size is 8 and if we put n as 4 then the sample space size is 16.6n is the formula to find the number of samples.If we add 2 the sample space size is 6.The sample space size is 36 if we used the n as 2.