10th Class Mathematics Probability Question Bank

done Case Based MCQs - Probability Total Questions - 30

• question_answer1)

  Directions: Q. 1 to 5

  On a weekend Rani was playing cards' with her family. The deck has 52 cards.

  If her brother drew one card.

  Find the probability of getting a king of red colour.
  A)
  \[\frac{1}{26}\] done clear
  B)
  \[\frac{1}{13}\] done clear
  C)
  \[\frac{1}{52}\] done clear
  D)
  \[\frac{1}{4}\] done clear
  View Solution play_arrow

• question_answer2)
  Find the probability of getting a face card.
  A)
  \[\frac{1}{26}\] done clear
  B)
  \[\frac{1}{13}\] done clear
  C)
  \[\frac{2}{13}\] done clear
  D)
  \[\frac{3}{13}\] done clear
  View Solution play_arrow

• question_answer3)
  Find the probability of getting a jack of hearts.
  A)
  \[\frac{1}{26}\] done clear
  B)
  \[\frac{1}{52}\] done clear
  C)
  \[\frac{3}{52}\] done clear
  D)
  \[\frac{3}{26}\] done clear
  View Solution play_arrow

• question_answer4)
  Find the probability of getting a red face card.
  A)
  \[\frac{3}{13}\] done clear
  B)
  \[\frac{1}{13}\] done clear
  C)
  \[\frac{1}{52}\] done clear
  D)
  \[\frac{3}{26}\] done clear
  View Solution play_arrow

• question_answer5)
  Find the probability of getting a spade.
  A)
  \[\frac{1}{26}\] done clear
  B)
  \[\frac{1}{13}\] done clear
  C)
  \[\frac{1}{52}\] done clear
  D)
  \[\frac{1}{4}\] done clear
  View Solution play_arrow

• question_answer6)
   

  Directions: Q. 6 to 10

  In a play zone, Sujesa is playing arcade arcade game which consists of 50 teddy bears, 40 pokemons, 30 tigers and 60 monkeys. Sujesa picks a puppet at random. Now, find the probability of getting

  a tiger
  A)
  \[\frac{1}{15}\] done clear
  B)
  \[\frac{1}{7}\] done clear
  C)
  \[\frac{1}{6}\] done clear
  D)
  \[\frac{1}{8}\] done clear
  View Solution play_arrow

• question_answer7)
  a monkey
  A)
  \[\frac{1}{5}\] done clear
  B)
  \[\frac{1}{3}\] done clear
  C)
  \[\frac{1}{6}\] done clear
  D)
  \[\frac{1}{8}\] done clear
  View Solution play_arrow

• question_answer8)
  a teddy bear
  A)
  \[\frac{5}{18}\] done clear
  B)
  \[\frac{1}{6}\] done clear
  C)
  \[\frac{1}{3}\] done clear
  D)
  \[\frac{1}{7}\] done clear
  View Solution play_arrow

• question_answer9)
  not a monkey
  A)
  \[\frac{1}{25}\] done clear
  B)
  \[\frac{2}{3}\] done clear
  C)
  \[\frac{1}{5}\] done clear
  D)
  \[\frac{17}{25}\] done clear
  View Solution play_arrow

• question_answer10)
  not a pokemon
  A)
  \[\frac{7}{9}\] done clear
  B)
  \[\frac{1}{18}\] done clear
  C)
  \[\frac{61}{100}\] done clear
  D)
  \[\frac{79}{100}\] done clear
  View Solution play_arrow

• question_answer11)
   

  Directions: Q. 11 to 15

  Teacher wants to distribute chocolates in his class on farewell party. The chocolates are of three types : Milk chocolate,

  White chocolate and Dark chocolate. If the total number of students in the class is 66 and everyone gets a chocolate, then answer the following questions.

  If the probability of distributing milk chocolates is \[\frac{1}{3}\], then the number of milk chocolates Teacher has, is
  A)
  18 done clear
  B)
  20 done clear
  C)
  22 done clear
  D)
  30 done clear
  View Solution play_arrow

• question_answer12)
  If the probability of distributing dark chocolate is \[\frac{5}{11}\]then the number of dark chocolates Teacher has, is
  A)
  18 done clear
  B)
  25 done clear
  C)
  24 done clear
  D)
  30 done clear
  View Solution play_arrow

• question_answer13)
  The probability of distributing white chocolates is
  A)
  \[\frac{7}{33}\] done clear
  B)
  \[\frac{8}{21}\] done clear
  C)
  \[\frac{1}{9}\] done clear
  D)
  \[\frac{2}{9}\] done clear
  View Solution play_arrow

• question_answer14)
  The probability of distributing both milk and white chocolates is
  A)
  \[\frac{6}{17}\] done clear
  B)
  \[\frac{3}{17}\] done clear
  C)
  \[\frac{6}{11}\] done clear
  D)
  \[\frac{5}{11}\] done clear
  View Solution play_arrow

• question_answer15)
  The probability of distributing all the chocolates is
  A)
  0 done clear
  B)
  1 done clear
  C)
  \[\frac{1}{2}\] done clear
  D)
  \[\frac{3}{4}\] done clear
  View Solution play_arrow

• question_answer16)
   

  Directions: Q. 16 to 20

  Rahul and Ravi planned to play Business (board game) in which they were supposed to use two dice.

  Ravi got first chance to roll the dice.

  What is the probability that he got the sum of the two numbers appearing on the top face of the dice is 8?

  A)
  \[\frac{1}{26}\] done clear
  B)
  \[\frac{5}{36}\] done clear
  C)
  \[\frac{1}{18}\] done clear
  D)
  0 done clear
  View Solution play_arrow

• question_answer17)
  Rahul got next chance. What is the probability that he got the sum of the two numbers appearing on the top face of the dice is 13?
  A)
  1 done clear
  B)
  \[\frac{5}{36}\] done clear
  C)
  \[\frac{1}{18}\] done clear
  D)
  0 done clear
  View Solution play_arrow

• question_answer18)
  Now it was Ravi's turn. He rolled the dice. What is the probability that he got the sum of the two numbers appearing on the top face of the dice is less than or equal to 12?
  A)
  1 done clear
  B)
  \[\frac{5}{36}\] done clear
  C)
  \[\frac{1}{18}\] done clear
  D)
  0 done clear
  View Solution play_arrow

• question_answer19)
  Rahul got next chance. What is the probability that he got the sum of the two numbers appearing on the top face of the dice is equal to 7?
  A)
  \[\frac{5}{9}\] done clear
  B)
  \[\frac{5}{36}\] done clear
  C)
  \[\frac{1}{6}\] done clear
  D)
  0 done clear
  View Solution play_arrow

• question_answer20)
  Now it was Ravi's turn. He rolled the dice. What is the probability that he got the sum of the two numbers appearing on the top face of the dice is greater than 8?
  A)
  1 done clear
  B)
  \[\frac{5}{36}\] done clear
  C)
  \[\frac{1}{18}\] done clear
  D)
  \[\frac{5}{18}\] done clear
  View Solution play_arrow

• question_answer21)
   

  Directions: Q. 21 to 25

  Two friends were playing a game with two dice. Pratima has a blue dice and Riya has a grey dice. They decided to throw both the dice simultaneously and note down all the possible outcomes appearing on the top of both the dice.

  On the basis of above information, answer the following questions.

  The total number of possible outcomes they noted, is
  A)
  24 done clear
  B)
  36 done clear
  C)
  18 done clear
  D)
  6   done clear
  View Solution play_arrow

• question_answer22)
  The probability of getting the sum of numbers on two dice is 19 is
  A)
  1 done clear
  B)
  \[\frac{5}{36}\] done clear
  C)
  0 done clear
  D)
  \[\frac{18}{35}\] done clear
  View Solution play_arrow

• question_answer23)
  The probability that both the numbers are odd numbers, is
  A)
  0 done clear
  B)
  \[\frac{1}{2}\] done clear
  C)
  \[\frac{1}{4}\] done clear
  D)
  \[\frac{1}{8}\] done clear
  View Solution play_arrow

• question_answer24)
  The probability that sum of two numbers is even is
  A)
  1 done clear
  B)
  \[\frac{1}{2}\] done clear
  C)
  \[\frac{1}{4}\] done clear
  D)
  \[\frac{1}{8}\] done clear
  View Solution play_arrow

• question_answer25)
  The probability that difference between numbers is one, is
  A)
  \[\frac{2}{21}\] done clear
  B)
  \[\frac{3}{4}\] done clear
  C)
  \[\frac{5}{16}\] done clear
  D)
  \[\frac{5}{18}\] done clear
  View Solution play_arrow

• question_answer26)
   

  Directions: Q. 26 to 30

  In a toy shop, there is a spinning wheel for their customers. The spinning wheel has different types of prizes as shown in figure.

  A customer can only spin the wheel after buying something from the shop.

  On the basis of above information, answer the following questions.

  If Mr. Mehta spins the wheel, then the probability that he gets 15% discount is
  A)
  0 done clear
  B)
  \[\frac{1}{10}\] done clear
  C)
  \[\frac{1}{5}\] done clear
  D)
  \[\frac{1}{4}\] done clear
  View Solution play_arrow

• question_answer27)
  If Rita spins the wheel, then the probability of getting video game
  A)
  \[\frac{1}{10}\] done clear
  B)
  \[\frac{1}{5}\] done clear
  C)
  \[\frac{3}{10}\] done clear
  D)
  \[\frac{2}{5}\] done clear
  View Solution play_arrow

• question_answer28)

  Deepak spins the wheel.

  The probability that the wheel stops at basket ball is

  A)
  \[\frac{1}{10}\] done clear
  B)
  \[\frac{1}{5}\] done clear
  C)
  \[\frac{3}{10}\] done clear
  D)
  \[\frac{2}{5}\] done clear
  View Solution play_arrow

• question_answer29)
  The probability that one customer wins 75% discount is
  A)
  \[\frac{1}{10}\] done clear
  B)
  \[\frac{1}{5}\] done clear
  C)
  \[\frac{3}{10}\] done clear
  D)
  \[\frac{2}{5}\] done clear
  View Solution play_arrow

• question_answer30)
  The probability of getting a Lucky coupon
  A)
  \[\frac{1}{10}\] done clear
  B)
  \[\frac{1}{5}\] done clear
  C)
  \[\frac{3}{10}\] done clear
  D)
  \[\frac{2}{5}\] done clear
  View Solution play_arrow