The data interpretation and logical reasoning (DILR) section of the CAT 2018, Slot 1 CAT question paper had a total of eight sets, with each set having varying difficulty and each one based on a particular theme. Set 3 was the game changer owing to its unorthodox style. This was beautifully put out like a sudoku puzzle. There were also a couple of TITA-type questions in this CAT previous year paper. However, the two toughest sets were the Petrol Pumps and TV sales-based puzzles. Most of the puzzles in this CAT question paper are time-consuming and one needs to possess high critical thinking skills to ace this DILR section. Now, take up these sets as a challenge for yourself and crack all the questions to get the most out of your CAT preparation online.
A company administers a written test comprising of three sections of 20 marks each
– Data Interpretation (DI), Written English (WE) and General Awareness (GA), for recruitment. A
composite score for a candidate (out of 80) is calculated by doubling her marks in DI and adding
it to the sum of her marks in the other two sections. Candidates who score less than 70% marks
in two or more sections are disqualified. From among the rest, the four with the highest
composite scores are recruited. If four or less candidates qualify, all who qualify are
recruited.
Ten candidates appeared for the written test. Their marks in the test are
given in the table below:
Some marks in the table are
missing, but the following facts are known:
1. No two candidates had the same composite
score.
2. Ajay was the unique highest scorer in WE.
3. Among the four recruited, Geeta
had the lowest composite score.
4. Indu was recruited.
5. Danish, Harini, and Indu had
scored the same marks the in GA.
6. Indu and Jatin both scored 100% in exactly one section
and Jatin’s composite score was 10 more than Indu’s.
Which of the following statements MUST be true?
1.Jatin's composite score was
more than that of Danish.
2.Indu scored less than Chetna in DI.
3.Jatin scored
more than Indu in GA.
Which of the following statements MUST be FALSE?
If all the candidates except Ajay and Danish had different marks in DI, and Bala's composite score was less than Chetna's composite score, then what is the maximum marks that Bala could have scored in DI? (TITA)
If all the candidates scored different marks in WE then what is the maximum marks that Harini could have scored in WE? (TITA)
1600 satellites were sent up by a country for several purposes. The purposes are
classified as broadcasting (B), communication (C), surveillance (S), and others (O). A satellite
can serve multiple purposes; however a satellite serving either B, or C, or S does not serve
O.
The following facts are known about the satellites:
1.The numbers of satellites
serving B, C, and S (though may be not exclusively) are in the ratio 2:1:1.
2.The number of
satellites serving all three of B, C, and S is 100.
3.The number of satellites exclusively
serving C is the same as the number of satellites exclusively serving S. This number is 30% of
the number of satellites exclusively serving B.
4.The number of satellites serving O is the
same as the number of satellites serving both C and S but not B.
What best can be said about the number of satellites serving C?
What is the minimum possible number of satellites serving B exclusively?
If at least 100 of the 1600 satellites were serving O, what can be said about the number of satellites serving S?
If the number of satellites serving at least two among B, C, and S is 1200, which of the following MUST be FALSE?
You are given an n×n square matrix to be filled with numerals so that no two adjacent cells have the same numeral. Two cells are called adjacent if they touch each other horizontally, vertically or diagonally. So a cell in one of the four corners has three cells adjacent to it, and a cell in the first or last row or column which is not in the corner has five cells adjacent to it. Any other cell has eight cells adjacent to it.
What is the minimum number of different numerals needed to fill a 3×3 square matrix? (TITA)
What is the minimum number of different numerals needed to fill a 5×5 square matrix? (TITA)
Suppose you are allowed to make one mistake, that is, one pair of adjacent cells can have the same numeral. What is the minimum number of different numerals required to fill a 5×5 matrix?
Suppose that all the cells adjacent to any particular cell must have different numerals. What is the minimum number of different numerals needed to fill a 5×5 square matrix?
The multi-layered pie-chart below shows the sales of LED television sets for a big
retail electronics outlet during 2016 and 2017. The outer layer shows the monthly sales during
this period, with each label showing the month followed by sales figure of that month. For some
months, the sales figures are not given in the chart. The middle-layer shows quarter-wise
aggregate sales figures (in some cases, aggregate quarter-wise sales numbers are not given next
to the quarter). The innermost layer shows annual sales. It is known that the sales figures
during the three months of the second quarter (April, May, June) of 2016 form an arithmetic
progression, as do the three monthly sales figures in the fourth quarter (October, November,
December)of that year.
What is the percentage increase in sales in December 2017 as compared to the sales in December 2016?
In which quarter of 2017 was the percentage increase in sales from the same quarter of 2016 the highest?
During which quarter was the percentage decrease in sales from the previous quarter’s sales the highest?
During which month was the percentage increase in sales from the previous month’s sales the highest?
An ATM dispenses exactly Rs. 5000 per withdrawal using 100, 200 and 500 rupee notes. The ATM requires every customer to give her preference for one of the three denominations of notes. It then dispenses notes such that the number of notes of the customer’s preferred denomination exceeds the total number of notes of other denominations dispensed to her.
In how many different ways can the ATM serve a customer who gives 500 rupee notes as her preference? (TITA)
If the ATM could serve only 10 customers with a stock of fifty 500 rupee notes and a sufficient number of notes of other denominations, what is the maximum number of customers among these 10 who could have given 500 rupee notes as their preferences? (TITA)
What is the maximum number of customers that the ATM can serve with a stock of fifty 500 rupee notes and a sufficient number of notes of other denominations, if all the customers are to be served with at most 20 notes per withdrawal?
What is the number of 500 rupee notes required to serve 50 customers with 500 rupee notes as their preferences and another 50 customers with 100 rupee notes as their preferences, if the total number of notes to be dispensed is the smallest possible?
Fuel contamination levels at each of 20 petrol pumps P1, P2, …, P20 were recorded
as either high, medium, or low.
1. Contamination levels at three pumps among P1 – P5
were recorded as high.
2. P6 was the only pump among P1 – P10 where the contamination level
was recorded as low.
3. P7 and P8 were the only two consecutively numbered pumps where the
same levels of contamination were recorded.
4. High contamination levels were not recorded
at any of the pumps P16 – P20.
5. The number of pumps where high contamination levels were
recorded was twice the number of pumps where low contamination levels were recorded.
Which of the following MUST be true?
What best can be said about the number of pumps at which the contamination levels were recorded as medium?
If the contamination level at P11 was recorded as low, then which of the following MUST be true?
If contamination level at P15 was recorded as medium, then which of the following MUST be FALSE?
Adriana, Bandita, Chitra, and Daisy are four female students, and Amit, Barun,
Chetan, and Deb are four male students. Each of them studies in one of three institutes - X, Y,
and Z. Each student majors in one subject among Marketing, Operations, and Finance, and minors
in a different one among these three subjects. The following facts are known about the eight
students:
1. Three students are from X, three are from Y, and the remaining two
students, both female, are from Z.
2. Both the male students from Y minor in Finance, while
the female student from Y majors in Operations.
3. Only one male student majors in
Operations, while three female students minor in Marketing.
4. One female and two male
students major in Finance.
5. Adriana and Deb are from the same institute. Daisy and Amit
are from the same institute.
6. Barun is from Y and majors in Operations. Chetan is from X
and majors in Finance.
7. Daisy minors in Operations.
Who are the students from the institute Z?
Which subject does Deb minor in?
Which subject does Amit major in?
If Chitra majors in Finance, which subject does Bandita major in?
Twenty four people are part of three committees which are to look at research,
teaching, and administration respectively. No two committees have any member in common. No two
committees are of the same size. Each committee has three types of people: bureaucrats,
educationalists, and politicians, with at least one from each of the three types in each
committee. The following facts are also known about the committees:
1. The numbers of
bureaucrats in the research and teaching committees are equal, while the number of bureaucrats
in the research committee is 75% of the number of bureaucrats in the administration
committee.
2. The number of educationalists in the teaching committee is less than the
number of educationalists in the research committee. The number of educationalists in the
research committee is the average of the numbers of educationalists in the other two
committees.
3. 60% of the politicians are in the administration committee, and 20% are in
the teaching committee.
Based on the given information, which of the following statements MUST be FALSE?
What is the number of bureaucrats in the administration committee? (TITA)
What is the number of educationalists in the research committee? (TITA)
Which of the following CANNOT be determined uniquely based on the given information?
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