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MBA 2026

LTL QT3 PROBABILITY TEST -1

Greetings from LEARN TO LEAD ACADEMY!!!

The number of attempts remaining is 2

Greetings from LEARN TO LEAD ACADEMY !!!! All the best !!!!

1 / 50

  1. Find the probability of getting a head in a throw of a coin.

2 / 50

Directions (for Q. Nos. 2 to 5) Two fair coins are tossed simultaneously. Find the probability of

2. Getting only one head.

 

3 / 50

Directions (for Q. Nos. 2 to 5) Two fair coins are tossed simultaneously. Find the probability of

3. Getting atleast one head.

4 / 50

Directions (for Q. Nos. 2 to 5) Two fair coins are tossed simultaneously. Find the probability of

4. Getting two heads.

5 / 50

Directions (for Q. Nos. 2 to 5) Two fair coins are tossed simultaneously. Find the probability of

5. Getting atleast two heads.

6 / 50

Directions (for Q. Nos. 6 to 12) Three fair coins are tossed simultaneously. Find the probability of

6. Getting one head.

7 / 50

Directions (for Q. Nos. 6 to 12) Three fair coins are tossed simultaneously. Find the probability of

7. Getting one tail.

8 / 50

Directions (for Q. Nos. 6 to 12) Three fair coins are tossed simultaneously. Find the probability of

8. Getting atleast one head.

9 / 50

Directions (for Q. Nos. 6 to 12) Three fair coins are tossed simultaneously. Find the probability of

9. Getting two heads.

10 / 50

Directions (for Q. Nos. 6 to 12) Three fair coins are tossed simultaneously. Find the probability of

10. Getting atleast two heads.

11 / 50

Directions (for Q. Nos. 6 to 12) Three fair coins are tossed simultaneously. Find the probability of

11. Getting atleast one head and one tail.

12 / 50

Directions (for Q. Nos. 6 to 12) Three fair coins are tossed simultaneously. Find the probability of

12. Getting more heads than the number of tails.

13 / 50

Directions (for Q. Nos. 13 to16) An unbiased die is rolled. Find the probability of

13. Getting a number less than 7 but greater than zero.

14 / 50

Directions (for Q. Nos. 13 to16) An unbiased die is rolled. Find the probability of

14. Getting a multiple of 3.

15 / 50

Directions (for Q. Nos. 13 to16) An unbiased die is rolled. Find the probability of

15. Getting a prime number.

16 / 50

Directions (for Q. Nos. 13 to16) An unbiased die is rolled. Find the probability of

16. Getting an even number.

17 / 50

Directions (for Q. Nos. 17 and 18): A coin is tossed successively three times. Find the probability of

17. Getting exactly one head or two heads.

18 / 50

Directions (for Q. Nos. 17 and 18): A coin is tossed successively three times. Find the probability of

18. Getting no heads.

19 / 50

Directions (for Q. Nos.  19 to 27) Two dice are rolled simultaneously. Find the probability of

19. Getting a total of 9.

20 / 50

Directions (for Q. Nos.  19 to 27) Two dice are rolled simultaneously. Find the probability of

20. Getting a sum greater than 9.

21 / 50

Directions (for Q. Nos.  19 to 27) Two dice are rolled simultaneously. Find the probability of

21. Getting a total of 9 or 11.

22 / 50

Directions (for Q. Nos.  19 to 27) Two dice are rolled simultaneously. Find the probability of

22. Getting a doublet.

23 / 50

Directions (for Q. Nos.  19 to 27) Two dice are rolled simultaneously. Find the probability of

23. Getting a doublet of even numbers.

24 / 50

Directions (for Q. Nos.  19 to 27) Two dice are rolled simultaneously. Find the probability of

24. Getting a multiple of 2 on one die and a multiple of 3 on the other.

25 / 50

Directions (for Q. Nos.  19 to 27) Two dice are rolled simultaneously. Find the probability of

25. Getting the sum of numbers on the two faces divisible by 3 or 4.

26 / 50

Directions (for Q. Nos.  19 to 27) Two dice are rolled simultaneously. Find the probability of

26. Getting the sum as a prime number.

27 / 50

Directions (for Q. Nos.  19 to 27) Two dice are rolled simultaneously. Find the probability of

27. Getting atleast one '5'.

28 / 50

Directions (for Q. Nos. 28 to 35) One card is drawn from a pack of 52 cards, each of the 52 cards being equally likely to be drawn. Find the probability that

28. The card drawn is black.

29 / 50

Directions (for Q. Nos. 28 to 35) One card is drawn from a pack of 52 cards, each of the 52 cards being equally likely to be drawn. Find the probability that

29. The card drawn is a queen.

30 / 50

Directions (for Q. Nos. 28 to 35) One card is drawn from a pack of 52 cards, each of the 52 cards being equally likely to be drawn. Find the probability that

30. The card drawn is black and a queen.

31 / 50

Directions (for Q. Nos. 28 to 35) One card is drawn from a pack of 52 cards, each of the 52 cards being equally likely to be drawn. Find the probability that

31. The card drawn is either black or a queen.

32 / 50

Directions (for Q. Nos. 28 to 35) One card is drawn from a pack of 52 cards, each of the 52 cards being equally likely to be drawn. Find the probability that

32. The card drawn is either king or a queen.

33 / 50

Directions (for Q. Nos. 28 to 35) One card is drawn from a pack of 52 cards, each of the 52 cards being equally likely to be drawn. Find the probability that

33. The card drawn is either a heart, a queen or a king.

34 / 50

Directions (for Q. Nos. 28 to 35) One card is drawn from a pack of 52 cards, each of the 52 cards being equally likely to be drawn. Find the probability that

34. The card drawn is neither a spade nor a king.

35 / 50

Directions (for Q. Nos. 28 to 35) One card is drawn from a pack of 52 cards, each of the 52 cards being equally likely to be drawn. Find the probability that

35. The card drawn is neither an ace nor a king.

36 / 50

36. From a well shuffled pack of 52 cards, three cards are drawn at random. Find the probability of drawing an ace, a king and a jack.

37 / 50

37. Four cards are drawn at random from a pack of 52 cards. Find the probability of getting all the four cards of same number.

38 / 50

38. From a well shuffled pack of 52 playing cards, four cards are accidently dropped. Find the probability that one card is missing from each suit.

39 / 50

39. Four cards are drawn at random from a pack of 52 cards. Find the probability of getting all the four cards of different numbers.

40 / 50

Directions (for Q. Nos. 40 to 43) Four dice are thrown simultaneously. Find the probability that

40. All of them show the same face.

41 / 50

Directions (for Q. Nos. 40 to 43) Four dice are thrown simultaneously. Find the probability that

41. All of them show the different face.

 

42 / 50

Directions (for Q. Nos. 40 to 43) Four dice are thrown simultaneously. Find the probability that

42. Two of them show the same face and remaining two show the different faces.

43 / 50

Directions (for Q. Nos. 40 to 43) Four dice are thrown simultaneously. Find the probability that

43. Atleast two of them show the same face.

44 / 50

44. What is the probability that a number selected from the numbers 1, 2, 3, ..., 20, is a prime number when each of the given numbers is equally likely to be selected?

45 / 50

45. Tickets are numbered from 1 to 18 are mixed up together and then 9 ticket is drawn at random. Find the probability that the ticket has a number, which is a multiple of 2 or 3.

46 / 50

46. In a lottery of 100 tickets numbered 1 to 100, two tickets are drawn simultaneously. Find the probability that both the tickets drawn have prime numbers.

47 / 50

47. In the previous question (number 46), find the probability that none of the tickets drawn has a prime number.

48 / 50

48. Find the probability that a leap year selected at random will contain 53 Sundays.

49 / 50

Directions (for Q. Nos. 49 to 50) A bag contains 8 red and 4 green balls. Find the probability that

49. The ball drawn is red when one ball is selected at random.

50 / 50

Directions (for Q. Nos. 49 to 50) A bag contains 8 red and 4 green balls. Find the probability that

50.All the 4 balls drawn are red when four balls are drawn at random.

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