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Directions: In a game of card cricket, there are cards placed on a table, each card having an identifiable front(F) and a back(B) side. The first card has number 1 on F and 2 on B, the second card has number 3 on F and 4 on B, and so on..... The nth card has 2n-1 on F and 2n on B. These cards are shuffled, such that the F of each card is on the top and the B of each card is on the bottom. The batsman picks up any random card in each turn. If the number on either F or B of the card has a single digit, the batsman is termed OUT. Else if the number on either F or B has every digit as the same(ex: 555, 66, 1111), the batsman is termed OUT. If none of the above conditions is met, the batsman is awarded some runs in the following way:
S1 = Sum of digits of the number on F
S2 = Sum of digits of the number on B
R(Runs awarded to the batsman) = Maximum(S1, S2)
After every turn, the card is put back into the deck, so that it can be picked again.
Each time the batsman picks a card, it is termed as a delivery(similar to cricket). Runs scored in each delivery keeps on adding to the total score of the batsman. So, the total score of a batsman is the sum of the runs scored by him/her in all the deliveries faced. The batsman keeps picking up cards till he/she is termed OUT. After the batsman is out, the second player follows the same till he/she is termed out. The player with a higher total score wins the game. Based on the information provided, answer the questions that follow.
Q. Anuj, who was the batsman got out on the first delivery. What is the probability of this happening, given that the total number of cards was 393?
Correct answer is '7/131'. Can you explain this answer?
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Most Upvoted Answer
Directions: In a game of card cricket, there are cards placed on a ta...
Total number of cards = 393.
2 x 393 = 786 .i.e Highest number on any card
Cards on which he can get OUT are:
(1, 2), (3, 4), (5, 6), (7, 8), (9, 10), (11, 12), (21, 22), (33, 34), (43, 44), (55, 56), (65, 66), (77, 78), (87, 88), (99, 100), (111, 112), (221, 222), (333, 334), (443, 444), (555, 556), (665, 666), (777, 778)
Total = 21
Hence, probability = 21/393 = 7/131
Community Answer
Directions: In a game of card cricket, there are cards placed on a ta...
Calculating the Probability of Anuj getting out on the first delivery:

Total number of cards: 393
- There are 393 cards in total in the deck.

Calculating the total number of cards that lead to Anuj getting out on the first delivery:
- Anuj will get out if the number on either F or B has a single digit.
- Single digit numbers from 1 to 9 are considered out.

Total number of cards with single digits:
- Since there are 9 single digit numbers, there are 9 cards that lead to Anuj getting out on the first delivery.

Calculating the probability:
- Probability = (Number of favorable outcomes) / (Total number of outcomes)
- Number of favorable outcomes = 9 (cards with single digits)
- Total number of outcomes = 393

Probability of Anuj getting out on the first delivery:
- Probability = 9 / 393
- Probability = 3 / 131
- Probability = 7/131
Therefore, the probability of Anuj getting out on the first delivery is 7/131.
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Directions: In a game of card cricket, there are cards placed on a table, each card having an identifiable front(F) and a back(B) side. The first card has number 1 on F and 2 on B, the second card has number 3 on F and 4 on B, and so on..... The nth card has 2n-1 on F and 2n on B. These cards are shuffled, such that the F of each card is on the top and the B of each card is on the bottom. The batsman picks up any random card in each turn. If the number on either F or B of the card has a single digit, the batsman is termed OUT. Else if the number on either F or B has every digit as the same(ex: 555, 66, 1111), the batsman is termed OUT. If none of the above conditions is met, the batsman is awarded some runs in the following way:S1 = Sum of digits of the number on FS2 = Sum of digits of the number on BR(Runs awarded to the batsman) = Maximum(S1, S2)After every turn, the card is put back into the deck, so that it can be picked again.Each time the batsman picks a card, it is termed as a delivery(similar to cricket). Runs scored in each delivery keeps on adding to the total score of the batsman. So, the total score of a batsman is the sum of the runs scored by him/her in all the deliveries faced. The batsman keeps picking up cards till he/she is termed OUT. After the batsman is out, the second player follows the same till he/she is termed out. The player with a higher total score wins the game. Based on the information provided, answer the questions that follow.Q. If any card is picked once, it cannot be picked again. Virat scored a total of 53 in 2 deliveries. What can be the minimum number of cards they are playing with? Correct answer is '950'. Can you explain this answer?

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Directions: In a game of card cricket, there are cards placed on a table, each card having an identifiable front(F) and a back(B) side. The first card has number 1 on F and 2 on B, the second card has number 3 on F and 4 on B, and so on..... The nth card has 2n-1 on F and 2n on B. These cards are shuffled, such that the F of each card is on the top and the B of each card is on the bottom. The batsman picks up any random card in each turn. If the number on either F or B of the card has a single digit, the batsman is termed OUT. Else if the number on either F or B has every digit as the same(ex: 555, 66, 1111), the batsman is termed OUT. If none of the above conditions is met, the batsman is awarded some runs in the following way:S1 = Sum of digits of the number on FS2 = Sum of digits of the number on BR(Runs awarded to the batsman) = Maximum(S1, S2)After every turn, the card is put back into the deck, so that it can be picked again.Each time the batsman picks a card, it is termed as a delivery(similar to cricket). Runs scored in each delivery keeps on adding to the total score of the batsman. So, the total score of a batsman is the sum of the runs scored by him/her in all the deliveries faced. The batsman keeps picking up cards till he/she is termed OUT. After the batsman is out, the second player follows the same till he/she is termed out. The player with a higher total score wins the game. Based on the information provided, answer the questions that follow.Q. Anuj, who was the batsman got out on the first delivery. What is the probability of this happening, given that the total number of cards was 393?Correct answer is '7/131'. Can you explain this answer?
Question Description
Directions: In a game of card cricket, there are cards placed on a table, each card having an identifiable front(F) and a back(B) side. The first card has number 1 on F and 2 on B, the second card has number 3 on F and 4 on B, and so on..... The nth card has 2n-1 on F and 2n on B. These cards are shuffled, such that the F of each card is on the top and the B of each card is on the bottom. The batsman picks up any random card in each turn. If the number on either F or B of the card has a single digit, the batsman is termed OUT. Else if the number on either F or B has every digit as the same(ex: 555, 66, 1111), the batsman is termed OUT. If none of the above conditions is met, the batsman is awarded some runs in the following way:S1 = Sum of digits of the number on FS2 = Sum of digits of the number on BR(Runs awarded to the batsman) = Maximum(S1, S2)After every turn, the card is put back into the deck, so that it can be picked again.Each time the batsman picks a card, it is termed as a delivery(similar to cricket). Runs scored in each delivery keeps on adding to the total score of the batsman. So, the total score of a batsman is the sum of the runs scored by him/her in all the deliveries faced. The batsman keeps picking up cards till he/she is termed OUT. After the batsman is out, the second player follows the same till he/she is termed out. The player with a higher total score wins the game. Based on the information provided, answer the questions that follow.Q. Anuj, who was the batsman got out on the first delivery. What is the probability of this happening, given that the total number of cards was 393?Correct answer is '7/131'. Can you explain this answer? for CAT 2024 is part of CAT preparation. The Question and answers have been prepared according to the CAT exam syllabus. Information about Directions: In a game of card cricket, there are cards placed on a table, each card having an identifiable front(F) and a back(B) side. The first card has number 1 on F and 2 on B, the second card has number 3 on F and 4 on B, and so on..... The nth card has 2n-1 on F and 2n on B. These cards are shuffled, such that the F of each card is on the top and the B of each card is on the bottom. The batsman picks up any random card in each turn. If the number on either F or B of the card has a single digit, the batsman is termed OUT. Else if the number on either F or B has every digit as the same(ex: 555, 66, 1111), the batsman is termed OUT. If none of the above conditions is met, the batsman is awarded some runs in the following way:S1 = Sum of digits of the number on FS2 = Sum of digits of the number on BR(Runs awarded to the batsman) = Maximum(S1, S2)After every turn, the card is put back into the deck, so that it can be picked again.Each time the batsman picks a card, it is termed as a delivery(similar to cricket). Runs scored in each delivery keeps on adding to the total score of the batsman. So, the total score of a batsman is the sum of the runs scored by him/her in all the deliveries faced. The batsman keeps picking up cards till he/she is termed OUT. After the batsman is out, the second player follows the same till he/she is termed out. The player with a higher total score wins the game. Based on the information provided, answer the questions that follow.Q. Anuj, who was the batsman got out on the first delivery. What is the probability of this happening, given that the total number of cards was 393?Correct answer is '7/131'. Can you explain this answer? covers all topics & solutions for CAT 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Directions: In a game of card cricket, there are cards placed on a table, each card having an identifiable front(F) and a back(B) side. The first card has number 1 on F and 2 on B, the second card has number 3 on F and 4 on B, and so on..... The nth card has 2n-1 on F and 2n on B. These cards are shuffled, such that the F of each card is on the top and the B of each card is on the bottom. The batsman picks up any random card in each turn. If the number on either F or B of the card has a single digit, the batsman is termed OUT. Else if the number on either F or B has every digit as the same(ex: 555, 66, 1111), the batsman is termed OUT. If none of the above conditions is met, the batsman is awarded some runs in the following way:S1 = Sum of digits of the number on FS2 = Sum of digits of the number on BR(Runs awarded to the batsman) = Maximum(S1, S2)After every turn, the card is put back into the deck, so that it can be picked again.Each time the batsman picks a card, it is termed as a delivery(similar to cricket). Runs scored in each delivery keeps on adding to the total score of the batsman. So, the total score of a batsman is the sum of the runs scored by him/her in all the deliveries faced. The batsman keeps picking up cards till he/she is termed OUT. After the batsman is out, the second player follows the same till he/she is termed out. The player with a higher total score wins the game. Based on the information provided, answer the questions that follow.Q. Anuj, who was the batsman got out on the first delivery. What is the probability of this happening, given that the total number of cards was 393?Correct answer is '7/131'. Can you explain this answer?.
Solutions for Directions: In a game of card cricket, there are cards placed on a table, each card having an identifiable front(F) and a back(B) side. The first card has number 1 on F and 2 on B, the second card has number 3 on F and 4 on B, and so on..... The nth card has 2n-1 on F and 2n on B. These cards are shuffled, such that the F of each card is on the top and the B of each card is on the bottom. The batsman picks up any random card in each turn. If the number on either F or B of the card has a single digit, the batsman is termed OUT. Else if the number on either F or B has every digit as the same(ex: 555, 66, 1111), the batsman is termed OUT. If none of the above conditions is met, the batsman is awarded some runs in the following way:S1 = Sum of digits of the number on FS2 = Sum of digits of the number on BR(Runs awarded to the batsman) = Maximum(S1, S2)After every turn, the card is put back into the deck, so that it can be picked again.Each time the batsman picks a card, it is termed as a delivery(similar to cricket). Runs scored in each delivery keeps on adding to the total score of the batsman. So, the total score of a batsman is the sum of the runs scored by him/her in all the deliveries faced. The batsman keeps picking up cards till he/she is termed OUT. After the batsman is out, the second player follows the same till he/she is termed out. The player with a higher total score wins the game. Based on the information provided, answer the questions that follow.Q. Anuj, who was the batsman got out on the first delivery. What is the probability of this happening, given that the total number of cards was 393?Correct answer is '7/131'. Can you explain this answer? in English & in Hindi are available as part of our courses for CAT. Download more important topics, notes, lectures and mock test series for CAT Exam by signing up for free.
Here you can find the meaning of Directions: In a game of card cricket, there are cards placed on a table, each card having an identifiable front(F) and a back(B) side. The first card has number 1 on F and 2 on B, the second card has number 3 on F and 4 on B, and so on..... The nth card has 2n-1 on F and 2n on B. These cards are shuffled, such that the F of each card is on the top and the B of each card is on the bottom. The batsman picks up any random card in each turn. If the number on either F or B of the card has a single digit, the batsman is termed OUT. Else if the number on either F or B has every digit as the same(ex: 555, 66, 1111), the batsman is termed OUT. If none of the above conditions is met, the batsman is awarded some runs in the following way:S1 = Sum of digits of the number on FS2 = Sum of digits of the number on BR(Runs awarded to the batsman) = Maximum(S1, S2)After every turn, the card is put back into the deck, so that it can be picked again.Each time the batsman picks a card, it is termed as a delivery(similar to cricket). Runs scored in each delivery keeps on adding to the total score of the batsman. So, the total score of a batsman is the sum of the runs scored by him/her in all the deliveries faced. The batsman keeps picking up cards till he/she is termed OUT. After the batsman is out, the second player follows the same till he/she is termed out. The player with a higher total score wins the game. Based on the information provided, answer the questions that follow.Q. Anuj, who was the batsman got out on the first delivery. What is the probability of this happening, given that the total number of cards was 393?Correct answer is '7/131'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of Directions: In a game of card cricket, there are cards placed on a table, each card having an identifiable front(F) and a back(B) side. The first card has number 1 on F and 2 on B, the second card has number 3 on F and 4 on B, and so on..... The nth card has 2n-1 on F and 2n on B. These cards are shuffled, such that the F of each card is on the top and the B of each card is on the bottom. The batsman picks up any random card in each turn. If the number on either F or B of the card has a single digit, the batsman is termed OUT. Else if the number on either F or B has every digit as the same(ex: 555, 66, 1111), the batsman is termed OUT. If none of the above conditions is met, the batsman is awarded some runs in the following way:S1 = Sum of digits of the number on FS2 = Sum of digits of the number on BR(Runs awarded to the batsman) = Maximum(S1, S2)After every turn, the card is put back into the deck, so that it can be picked again.Each time the batsman picks a card, it is termed as a delivery(similar to cricket). Runs scored in each delivery keeps on adding to the total score of the batsman. So, the total score of a batsman is the sum of the runs scored by him/her in all the deliveries faced. The batsman keeps picking up cards till he/she is termed OUT. After the batsman is out, the second player follows the same till he/she is termed out. The player with a higher total score wins the game. Based on the information provided, answer the questions that follow.Q. Anuj, who was the batsman got out on the first delivery. What is the probability of this happening, given that the total number of cards was 393?Correct answer is '7/131'. Can you explain this answer?, a detailed solution for Directions: In a game of card cricket, there are cards placed on a table, each card having an identifiable front(F) and a back(B) side. The first card has number 1 on F and 2 on B, the second card has number 3 on F and 4 on B, and so on..... The nth card has 2n-1 on F and 2n on B. These cards are shuffled, such that the F of each card is on the top and the B of each card is on the bottom. The batsman picks up any random card in each turn. If the number on either F or B of the card has a single digit, the batsman is termed OUT. Else if the number on either F or B has every digit as the same(ex: 555, 66, 1111), the batsman is termed OUT. If none of the above conditions is met, the batsman is awarded some runs in the following way:S1 = Sum of digits of the number on FS2 = Sum of digits of the number on BR(Runs awarded to the batsman) = Maximum(S1, S2)After every turn, the card is put back into the deck, so that it can be picked again.Each time the batsman picks a card, it is termed as a delivery(similar to cricket). Runs scored in each delivery keeps on adding to the total score of the batsman. So, the total score of a batsman is the sum of the runs scored by him/her in all the deliveries faced. The batsman keeps picking up cards till he/she is termed OUT. After the batsman is out, the second player follows the same till he/she is termed out. The player with a higher total score wins the game. Based on the information provided, answer the questions that follow.Q. Anuj, who was the batsman got out on the first delivery. What is the probability of this happening, given that the total number of cards was 393?Correct answer is '7/131'. Can you explain this answer? has been provided alongside types of Directions: In a game of card cricket, there are cards placed on a table, each card having an identifiable front(F) and a back(B) side. The first card has number 1 on F and 2 on B, the second card has number 3 on F and 4 on B, and so on..... The nth card has 2n-1 on F and 2n on B. These cards are shuffled, such that the F of each card is on the top and the B of each card is on the bottom. The batsman picks up any random card in each turn. If the number on either F or B of the card has a single digit, the batsman is termed OUT. Else if the number on either F or B has every digit as the same(ex: 555, 66, 1111), the batsman is termed OUT. If none of the above conditions is met, the batsman is awarded some runs in the following way:S1 = Sum of digits of the number on FS2 = Sum of digits of the number on BR(Runs awarded to the batsman) = Maximum(S1, S2)After every turn, the card is put back into the deck, so that it can be picked again.Each time the batsman picks a card, it is termed as a delivery(similar to cricket). Runs scored in each delivery keeps on adding to the total score of the batsman. So, the total score of a batsman is the sum of the runs scored by him/her in all the deliveries faced. The batsman keeps picking up cards till he/she is termed OUT. After the batsman is out, the second player follows the same till he/she is termed out. The player with a higher total score wins the game. Based on the information provided, answer the questions that follow.Q. Anuj, who was the batsman got out on the first delivery. What is the probability of this happening, given that the total number of cards was 393?Correct answer is '7/131'. Can you explain this answer? theory, EduRev gives you an ample number of questions to practice Directions: In a game of card cricket, there are cards placed on a table, each card having an identifiable front(F) and a back(B) side. The first card has number 1 on F and 2 on B, the second card has number 3 on F and 4 on B, and so on..... The nth card has 2n-1 on F and 2n on B. These cards are shuffled, such that the F of each card is on the top and the B of each card is on the bottom. The batsman picks up any random card in each turn. If the number on either F or B of the card has a single digit, the batsman is termed OUT. Else if the number on either F or B has every digit as the same(ex: 555, 66, 1111), the batsman is termed OUT. If none of the above conditions is met, the batsman is awarded some runs in the following way:S1 = Sum of digits of the number on FS2 = Sum of digits of the number on BR(Runs awarded to the batsman) = Maximum(S1, S2)After every turn, the card is put back into the deck, so that it can be picked again.Each time the batsman picks a card, it is termed as a delivery(similar to cricket). Runs scored in each delivery keeps on adding to the total score of the batsman. So, the total score of a batsman is the sum of the runs scored by him/her in all the deliveries faced. The batsman keeps picking up cards till he/she is termed OUT. After the batsman is out, the second player follows the same till he/she is termed out. The player with a higher total score wins the game. Based on the information provided, answer the questions that follow.Q. Anuj, who was the batsman got out on the first delivery. What is the probability of this happening, given that the total number of cards was 393?Correct answer is '7/131'. Can you explain this answer? tests, examples and also practice CAT tests.
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