CLAT 2015 Question Paper

Instructions

For the following questions answer them individually

CLAT 2015 - Question 101


A group of 630 children is arranged in rows for a group photograph session. Each row contains three fewer children than the row in front of it. What number of rows is not
possible?

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CLAT 2015 - Question 102


A die is rolled twice what is the probability that the sum of the numbers on the two faces is 5?

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CLAT 2015 - Question 103


Two trains, one from Howrah to patna and other from patna to Howrah, start simultaneously. After they meet the trains reach their destination after 9 hours and 16 hours respectively. The ratio of their speed is:

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CLAT 2015 - Question 104


A watch which gains uniformly is 2 minutes slow at noon on Monday and is 4 minute 48 second fast at 2 p.m. on the following Monday. When was it correct?

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CLAT 2015 - Question 105


A speaks truth in 75% cases and B in 80% of the cases. In what percentage of cases are they likely to contradict each other, narrating the same incident?

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CLAT 2015 - Question 106


The sum of all the natural numbers from 200 to 600 (both inclusive) which are neither divisible by 8 nor by 12 is:

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CLAT 2015 - Question 107


In a tournament, there are n teams $$T_1, T_2, ..... T_n$$, with n > 5. Each team consists of k players, k > 3. The following pairs of teams have one player in common $$T_1, T_2$$ and $$T_3, T_{n-1}$$ and $$T_n$$ and $$T_1$$ No other pair of teams has any player in common. How many players are participating in the tournament, considering all the n team together?

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CLAT 2015 - Question 108


If $$n^2 = 12345678987654321$$, what is n?

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CLAT 2015 - Question 109


Along a road lie an odd number of stones placed at intervals of 10m. these stones have to be assembled around the middle stone. A person can carry only one stone at a time. A man carried out the job starting with the stone in the middle, carrying stones in succession, thereby covering a distance of 4.8 km. then the number of stones is:

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CLAT 2015 - Question 110


What are the last two digits of $$7^{2008}$$?

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