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Test: Line Charts (March 13) - CAT MCQ


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10 Questions MCQ Test - Test: Line Charts (March 13)

Test: Line Charts (March 13) for CAT 2024 is part of CAT preparation. The Test: Line Charts (March 13) questions and answers have been prepared according to the CAT exam syllabus.The Test: Line Charts (March 13) MCQs are made for CAT 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: Line Charts (March 13) below.
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Test: Line Charts (March 13) - Question 1

Instructions: The following chart gives the average of marks in six subjects scored by 25 students in three different exams conducted in an academic year.

The maximum marks of the exam is 100 and a student who scores at least 35 marks is
considered as passed.

Q. What could be the maximum number of students that failed in all the exams in all the three terms?

Detailed Solution for Test: Line Charts (March 13) - Question 1

The number of students who failed in all the six subjects in all the three terms would be limited by the highest average among all sections in all terms.

The highest average is for Hindi in term I which is 98.

The total marks of 25 students for Hindi in term I = 98 x 25 = 2450

If we assume 1 student fails, then maximum marks of the other 24 students = 2450 – 34 = 2416
which is not possible.

Thus, no student can fail in all six subjects in all three terms.

Test: Line Charts (March 13) - Question 2

Instructions: The following chart gives the average of marks in six subjects scored by 25 students in three different exams conducted in an academic year.

The maximum marks of the exam is 100 and a student who scores at least 35 marks is
considered as passed.

Q. The number of students who failed in all the subjects in the IInd term cannot be more than?

Detailed Solution for Test: Line Charts (March 13) - Question 2

The number of students failed will be minimum for the subject with the maximum average marks.
For the II term, Hindi has the maximum average marks.
The total marks scored by all the 25 students in Hindi = 25 x 94 = 2350.
If we assume 3 students failed, then the maximum total marks of the remaining 22 students =2350 – 34×3 = 2248.
But since maximum marks for a subject is only 100, this is not possible.
If we assume 2 students failed, then the maximum total marks of the remaining 23 students = 2350 – 34×2 = 2282 which is possible. Thus, the maximum number of students who have failed in all the subjects in the second term = 2

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Test: Line Charts (March 13) - Question 3

Instructions: The following chart gives the average of marks in six subjects scored by 25 students in three different exams conducted in an academic year.

The maximum marks of the exam is 100 and a student who scores at least 35 marks is
considered as passed.

Q. The number of students that scored more than 80 marks in all the subjects in all the term cannot be more than

Detailed Solution for Test: Line Charts (March 13) - Question 3

The number of students that scored more than 80 in all subjects in all the terms will be limited by the subject having the lowest average which is 60 for Biology in the first term.
The total score of all the sixty students = 60 x 25 = 1500
Thus, the maximum number of students who scored greater than 80 in all the six subjects for all the terms = 1500/80 = 18.75 i.e 18 students.

Test: Line Charts (March 13) - Question 4

Instructions: Refer to the following graphs and answer the given questions:

Graph I gives the percentage of people committing crimes each year in Boselvania and graph II gives the percentage increase in the population of Boselvania each year compared to the previous year.

Q. In which year among the given years(from 2005-2009) was the number of people that committed crimes the the second lowest?

Detailed Solution for Test: Line Charts (March 13) - Question 4

For ease of calculation let’s assume the number of people in Boselvania in 2005 is 100.

In Graph II, the percentage increase in 2006 is 20%.

Thus, the population would be 100×1.2 = 120 in 2006.

Also, the percentage crimes in Boselvania in 2006 is 30%.

Thus, the number of crimes in Boselvania is 120x.3 = 36.

In this way, the table can be formed for all the given years.


From the table, we can see that the number of people committing crimes was second lowest in 2008

Test: Line Charts (March 13) - Question 5

Instructions: Refer to the following graphs and answer the given questions:

Graph I gives the percentage of people committing crimes each year in Boselvania and graph II gives the percentage increase in the population of Boselvania each year compared to the previous year.

Q. In which year among the given years (2005-2009) was the population in Boselvania the third highest?

Detailed Solution for Test: Line Charts (March 13) - Question 5

For ease of calculation let’s assume the number of people in Boselvania in 2005 is 100.

In Graph II, the percentage increase in 2006 is 20%.

Thus, the population would be 100×1.2 = 120 in 2006.

Also, the percentage crimes in Boselvania in 2006 is 30%.

Thus, the number of crimes in Boselvania is 120x.3 = 36.

In this way, the table can be formed for all the given years.

From the table, we can see that the population was third highest in the year 2006.

Test: Line Charts (March 13) - Question 6

Practice Quiz or MCQ (Multiple Choice Questions) with solutions are available for Practice, which would help you prepare for "Line Charts" under LR and DI. You can practice these practice quizzes as per your speed and improvise the topic. The same topic is covered under various competitive examinations like - CAT, GMAT, Bank PO, SSC and other competitive examinations.

Q.

The following line graph gives the ratio of the amounts of imports by a company to the amount of exports from that company over the period from 1995 to 2001.

If the imports in 1998 was Rs. 250 crores and the total exports in the years 1998 and 1999 together was Rs. 500 crores, then the imports in 1999 was ?

Detailed Solution for Test: Line Charts (March 13) - Question 6

Test: Line Charts (March 13) - Question 7

The following line graph gives the ratio of the amounts of imports by a company to the amount of exports from that company over the period from 1995 to 2001.

The imports were minimum proportionate to the exports of the company in the year ?

Detailed Solution for Test: Line Charts (March 13) - Question 7

The imports are minimum proportionate to the exports implies that the ratio of the value of imports to exports has the minimum value.

Now, this ratio has a minimum value 0.35 in 1997, i.e., the imports are minimum proportionate to the exports in 1997.

Test: Line Charts (March 13) - Question 8

The following line graph gives the ratio of the amounts of imports by a company to the amount of exports from that company over the period from 1995 to 2001.

What was the percentage increase in imports from 1997 to 1998 ?

Detailed Solution for Test: Line Charts (March 13) - Question 8

The graph gives only the ratio of imports to exports for different years. To find the percentage increase in imports from 1997 to 1998, we require more details such as the value of imports or exports during these years.

Hence, the data is inadequate to answer this question.

Test: Line Charts (March 13) - Question 9

The following line graph gives the ratio of the amounts of imports by a company to the amount of exports from that company over the period from 1995 to 2001.

If the imports of the company in 1996 was Rs. 272 crores, the exports from the company in 1996 was ?

Detailed Solution for Test: Line Charts (March 13) - Question 9

Test: Line Charts (March 13) - Question 10

The following line graph gives the ratio of the amounts of imports by a company to the amount of exports from that company over the period from 1995 to 2001.

In how many of the given years were the exports more than the imports ?

Detailed Solution for Test: Line Charts (March 13) - Question 10

The exports are more than the imports imply that the ratio of value of imports to exports is less than 1.

Now, this ratio is less than 1 in years 1995, 1996, 1997 and 2000.

Thus, there are four such years.

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