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QUESTION: 1

If probability of drawing a spade from a well-shuffled pack of playing cards is ¼ then the probability that of the card drawn from a well-shuffled pack of playing cards is ‘not a spade’ is

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QUESTION: 2

Probability of the sample space is

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QUESTION: 3

Sum of all probabilities is equal to

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QUESTION: 4

Let a sample space be S = {X_{1}, X_{2}, X_{3}} which of the fallowing defines probability space on S ?

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QUESTION: 5

Let P be a probability function on S = {X_{1} , X_{2} , X_{3}} if P(X_{1})= ¼ and P(X_{3}) = 1/_{3} then P (X_{2}) is equal to

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QUESTION: 6

The chance of getting a sum of 10 in a single throw with two dice is

Solution:

**Option (b) 1 /2 is correct. **

**Explanation:- **

**{ There are a total of 36 combinations on throw of two dice. **

**The sum of 10 could be obtained as :**

**(6+4, 4+6, 5+5) that is in 3 ways. **

**Therefore, the required probability here is :- 3 / 36 = 1/ 12 **

**=> 1/ 12 **

QUESTION: 7

The chance of getting a sum of 6 in a single throw with two dice is

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QUESTION: 8

P (B/A) defines the probability that event B occurs on the assumption that A has happened

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QUESTION: 9

The complete group of all possible outcomes of a random experiment given an ________ set of events.

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QUESTION: 10

When the event is ‘certain’ the probability of it is

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QUESTION: 11

The classical definition of probability is based on the feasibility at subdividing the possible outcomes of the experiments into

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QUESTION: 12

Two unbiased coins are tossed. The probability of obtaining ‘both heads’ is

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QUESTION: 13

Two unbiased coins are tossed. The probability of obtaining one head and one tail is

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QUESTION: 14

Two unbiased coins are tossed. The probability of obtaining both tail is

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QUESTION: 15

Two unbiased coins are tossed. The probability of obtaining at least one head is

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QUESTION: 16

When 3 unbiased coins are tossed. The probability of obtaining 3 heads is

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QUESTION: 17

When unbiased coins are tossed. The probability of obtaining not more than 3 heads is

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QUESTION: 18

When unbiased coins are tossed. The probability of getting both heads or both tails is

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QUESTION: 19

Two dice with face marked 1, 2, 3, 4, 5, 6 are thrown simultaneously and the points on the dice are multiplied together. The probability that product is 12 is

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QUESTION: 20

A bag contain 6 white and 5 black balls. One ball is drawn. The probability that it is white is

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QUESTION: 21

Probability of occurrence of at least one of the events A and B is denoted by

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QUESTION: 22

Probability of occurrence of A as well as B is denoted by

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QUESTION: 23

Which of the following relation is true ?

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QUESTION: 24

If events A and B are mutually exclusive, the probability that either A or B occurs is given by

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QUESTION: 25

The probability of occurrence of at least one of the 2 events A and B (which may not be mutually exclusive) is given by

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QUESTION: 26

If events A and B are independent, the probability of occurrence of A as well as B is given by

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QUESTION: 27

For the condition P(AB)= P(A)P(B) two events A and B are said to be

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QUESTION: 28

The conditional probability of an event B on the assumption that another event A has actually occurred is given by

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QUESTION: 29

In a throw of coin what is the probability of getting tails.

Solution:

Total cases = [H,T] - 2

Favourable cases = [T] -1

So probability of getting tails = 1/2

QUESTION: 30

Demand of products per day for three days are 21, 19, 22 units and their respective probabilities are 0.29, 0.40, 0.35. profit per unit is $0.50 then expected profits for three days are

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QUESTION: 31

If P (A)= 1, P(B)= 1, the events A & B are 3 4

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QUESTION: 32

If events A and B are independent then

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QUESTION: 33

A card is drown from each of two well-shuffled packs of cards.The probability that at least one of them is an ace is

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QUESTION: 34

When a die is tossed, the sample space is

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QUESTION: 35

Find the expectation of a random variable X?

Solution:

Answer is 'D'

QUESTION: 36

If events A and B are independent and P(A)= 2/3 , P(B)= 3/5 then P(A+B)is equal to

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QUESTION: 37

The expected no. of head in 100 tosses of an unbiased coin is

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QUESTION: 38

A and B are two events such that P(A)= 1/_{3}, P(B) = ¼, P(A+B)= 1/_{2}, than P(B/_{A}) is equal to

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QUESTION: 39

Probability mass function is always

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QUESTION: 40

The sum of probability mass function is equal to

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