Q. The method of counting the outcomes in which the number of outcomes are determined without taking care of the arrangement order is classified as

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Q. The outcome of experiment which can be broken into more convenient list of outcomes is called

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Q. The important rules in computation of experimental outcomes includes

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Q. For two events, the probability of occurrence of both events at same time or occurrence in series is classified as

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Q. Considering the combination rule of counting the outcome, the value of 5! Is

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Q. In probability theory, the events are denoted by

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Q. If a brown sack consists of 4 white balls and 3 black balls then the probability of one randomly drawn ball will be white is

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Q. The difference between sample space and subset of sample space is considered as

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Q. In measuring the probability of any certain event, the one which is in the limit of probability represents

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Q. The occurrence of two events in a way that events have some connection in between is classified as

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Q. If a bag contains three fruits, 16 percent are apples, 30 percent are oranges and 20 percent some other fruit that is neither oranges nor apples then the probability of selecting an orange randomly is

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Q. The method in which the previously calculated probabilities are revised with new probabilities is classified as

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Q. The probability of the events must lie in the limits of

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Q. The event such as equal chance of heads or tails while tossing the coin is an example of

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Q. In a Venn diagram used to represent probabilities, the occurred events are represented by

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Q. If the probability of an event depends on repetitive observations that occurs in outcomes of experiment then this is classified as

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Q. The measure of chance of an uncertain event in the form of numerical figures is classified as

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Q. For the mutually exclusive events, the formula of calculating probability as n(A) ⁄ n(S) + n(B) ⁄ n(S) is used for

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Q. If the number of outcomes in collection are 5 and the distinct outcomes are 9 then the count value according to combinations method is

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Q. In probability theories, the collection of all the events possible outcomes from an experiment is classified as

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