Banking Exams Exam  >  Banking Exams Tests  >  MCQ Test: Line Graph - 1 - Banking Exams MCQ

MCQ Test: Line Graph - 1 - Banking Exams MCQ


Test Description

20 Questions MCQ Test - MCQ Test: Line Graph - 1

MCQ Test: Line Graph - 1 for Banking Exams 2024 is part of Banking Exams preparation. The MCQ Test: Line Graph - 1 questions and answers have been prepared according to the Banking Exams exam syllabus.The MCQ Test: Line Graph - 1 MCQs are made for Banking Exams 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for MCQ Test: Line Graph - 1 below.
Solutions of MCQ Test: Line Graph - 1 questions in English are available as part of our course for Banking Exams & MCQ Test: Line Graph - 1 solutions in Hindi for Banking Exams course. Download more important topics, notes, lectures and mock test series for Banking Exams Exam by signing up for free. Attempt MCQ Test: Line Graph - 1 | 20 questions in 20 minutes | Mock test for Banking Exams preparation | Free important questions MCQ to study for Banking Exams Exam | Download free PDF with solutions
MCQ Test: Line Graph - 1 - Question 1

The given Line graph Data Interpretation Chart shows the sales of shoes (in thousands) from six stores in six different cities Kolkata, Patna, Dhanbad, Ranchi, Asansol, and Gaya during three consecutive years 2014, 2015 and 2016.

Q. What is the ratio of the total sales of Patna store for three years to the total sales of Asansol store for three years?

Detailed Solution for MCQ Test: Line Graph - 1 - Question 1

Number of Campus shoes seles on Patna store in 2014 = 80
Number of Campus shoes seles on Patna store in 2015 = 120
Number of Campus shoes sales on Patna store in 2015 = 140
Total numbers of Campus shoes seles  on Patna store in these three years = 80 + 120 + 140 = 340
Number of Campus shoes seles on Asansol store in 2014 = 150
Number of Campus shoes seles on Asansol store in 2015 = 210
Number of Campus shoes sales on Asansol store in 2015 = 280
Total numbers of Campus shoes seles  on Asansol store in these three years = 150 + 210 + 280 = 640

Hence, required ratio = 340/640 = 17 : 32

MCQ Test: Line Graph - 1 - Question 2

The given Line graph Data Interpretation Chart shows the sales of shoes (in thousands) from six stores in six different cities Kolkata, Patna, Dhanbad, Ranchi, Asansol, and Gaya during three consecutive years 2014, 2015 and 2016.

Q. What is the total number of Campus shoes sales of store Kolkata, store Patna and store Ranchi together for three years?

Detailed Solution for MCQ Test: Line Graph - 1 - Question 2

Number of Campus shoes sales on Kolkata store in 2014 = 120
Number of Campus shoes sales on Kolkata store in 2015 = 250
Number of Campus shoes sales on Kolkata store in 2016 = 280
Number of Campus shoes sales on Patna store in 2014 = 80
Number of Campus shoes sales on Patna store in 2015 = 120
Number of Campus shoes sales on Patna store in 2016 = 140
Number of Campus shoes sales on Ranchi store in 2014 = 90
Number of Campus shoes sales on Ranchi store in 2015 = 180
Number of Campus shoes sales on Ranchi store in 2016 = 260
 Hence, Total number of Campus shoes sales of Kolkata store, Patna store and Ranchi store together for three years = (120 + 250 + 280 + 80 + 120 + 140 + 90 + 180 + 260) = 1520

1 Crore+ students have signed up on EduRev. Have you? Download the App
MCQ Test: Line Graph - 1 - Question 3

The given Line graph Data Interpretation Chart shows the sales of shoes (in thousands) from six stores in six different cities Kolkata, Patna, Dhanbad, Ranchi, Asansol, and Gaya during three consecutive years 2014, 2015 and 2016.

Q. Total number of Campus shoes sales on Gaya store and Patna store together for three years is what percent of the total sales of Dhanbad store and Ranchi store together for three years?

Detailed Solution for MCQ Test: Line Graph - 1 - Question 3

Number of Campus shoes sales on Gaya store in 2014 = 70
Number of Campus shoes sales on Gaya store in 2015 = 160
Number of Campus shoes sales on Gaya store in 2016 = 210
Number of Campus shoes sales on Patna store in 2014 = 80
Number of Campus shoes sales on Patna store in 2015 = 120
Number of Campus shoes sales on Patna store in 2016 = 140
Total number of Campus shoes sales on Gaya store and Patna store together for three years = (70 + 160 + 210 + 80 + 120 + 140) = 780
Number of Campus shoes sales on Dhanbad store in 2014 = 140
Number of Campus shoes sales on Dhanbad store in 2015 = 230
Number of Campus shoes sales on Dhanbad store in 2016 = 190
Number of Campus shoes sales on Ranchi store in 2014 = 90
Number of Campus shoes sales on Ranchi store in 2015 = 180
Number of Campus shoes sales on Ranchi store in 2016 = 260
Total number of Campus shoes sales on Dhanbad store and Ranchi store together for three years = (140 + 230 + 190 + 90 + 180 + 260) = 1090

Hence, required percentage = 

MCQ Test: Line Graph - 1 - Question 4

The given Line graph Data Interpretation Chart shows the sales of shoes (in thousands) from six stores in six different cities Kolkata, Patna, Dhanbad, Ranchi, Asansol, and Gaya during three consecutive years 2014, 2015 and 2016.

Q. What is the ratio of average sales of Campus shoes of all the stores for the year 2014 to average sales of Campus shoes of all the stores for the year 2015?

Detailed Solution for MCQ Test: Line Graph - 1 - Question 4

Number of Campus shoes sales on Kolkata store in 2014 = 120
Number of Campus shoes sales on Patna store in 2014 = 80
Number of Campus shoes sales on Dhanbad store in 2014 = 140
Number of Campus shoes sales on Ranchi store in 2014 = 90
Number of Campus shoes sales on Asansol store in 2014 = 150
Number of Campus shoes sales on Gaya store in 2014 = 70
Average sales of Campus shoes of all the stores for the year 2014

Number of Campus shoes sales on Kolkata store in 2015 = 250
Number of Campus shoes sales on Patna store in 2015 = 120
Number of Campus shoes sales on Dhanbad store in 2015 = 230
Number of Campus shoes sales on Ranchi store in 2015 = 180
Number of Campus shoes sales on Asansol store in 2015 = 210
Number of Campus shoes sales on Gaya store in 2015 = 160
Average sales of Campus shoes of all the stores for the year 2015

MCQ Test: Line Graph - 1 - Question 5

The given Line graph Data Interpretation Chart shows the sales of shoes (in thousands) from six stores in six different cities Kolkata, Patna, Dhanbad, Ranchi, Asansol, and Gaya during three consecutive years 2014, 2015 and 2016.

Q. What percent of the average sales of Campus shoes on Kolkata store, Patna store and Dhanbad store in 2014 is the average sales of Campus shoes on Ranchi store, Asansol store and Gaya store in 2015?

Detailed Solution for MCQ Test: Line Graph - 1 - Question 5

Number of Campus shoes sales on Kolkata store in 2014 = 120
Number of Campus shoes sales on Patna store in 2014 = 80
Number of Campus shoes sales on Dhanbad store in 2014 = 140
Total number of Campus shoes sales on Kolkata store, Patna store and Dhanbad store in 2014 = (120 + 80 + 140) = 340
Average of Campus shoes sales on Kolkata store, Patna store and Dhanbad store in 2014= 340/3 = 113.33
Number of Campus shoes sales on Ranchi store in 2015 = 180
Number of Campus shoes sales on Asansol store in 2015 = 210
Number of Campus shoes sales on Gaya store in 2015 = 160
Total number of Campus shoes sales on Ranchi store, Asansol store and Gaya store in 2015 = (180 + 210 + 160) = 550
Average of Campus shoes sales on Ranchi store, Asansol store and Gaya store in 2015= 550/3 = 183.33
Hence, required percentage = 

MCQ Test: Line Graph - 1 - Question 6

Directions: 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 2005 to 2011.

Q. What was the percentage increase in imports from 2007 to 2008?

Detailed Solution for MCQ Test: Line Graph - 1 - Question 6

The graph gives only the ratio of value of imports and that of exports.
In order to find the percentage increase in imports from 2007 to 2008, we require the value of import or that of export during these years.
So, we cannot find the percentage increase in imports.
Hence, the data is inadequate to answer the question.

MCQ Test: Line Graph - 1 - Question 7

Directions: 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 2005 to 2011.

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

Detailed Solution for MCQ Test: Line Graph - 1 - Question 7


From the graph it is clear that the above ratio is less than 1 in the years 2005, 2006, 2007 and 2010.
Thus (Imports : Exports) < 1 in 4 years

MCQ Test: Line Graph - 1 - Question 8

Directions: 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 2005 to 2011.

Q. The imports were minimum proportionate to the exports of the company in which of the following years?

Detailed Solution for MCQ Test: Line Graph - 1 - Question 8

The imports are minimum proportionate to exports means (value of import) : (value of export) should have minimum value.
Clearly, this ratio has a minimum value of 0.35 in 2007.

MCQ Test: Line Graph - 1 - Question 9

Directions: 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 2005 to 2011.

Q. If the imports of the company in 2006 be Rs. 272 crores, the exports from the company in the same year was:

Detailed Solution for MCQ Test: Line Graph - 1 - Question 9

From graph, we find that the ratio of value of import to the value of export in 2006 is 0.85
Let the value of export in 2006 be Rs. x crores.
Then,

Hence, the value of exports in 2006 was Rs. 320 crores.

MCQ Test: Line Graph - 1 - Question 10

Directions: 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 2005 to 2011.

Q. If the imports in 2008 was Rs. 250 crores and the total exports in the years 2008 and 2009 together was Rs. 500 crores, then the imports in 2009 was-

Detailed Solution for MCQ Test: Line Graph - 1 - Question 10

Let the value of export in 2008 be Rs. x crores
Then, the value of export in 2009 = Rs. (500 - x) crores

∴ Export in 2008 = Rs. 200 crores
Export in 2009
  = Rs. (500 - 200) crores
  = Rs. 300 crores
Let the value of import in 2009 be Rs. y crores
Then,

Hence, the value of import in 2009 was Rs. 420 crores

MCQ Test: Line Graph - 1 - Question 11

Directions: Study the following line chart carefully and answer the questions given beside.
The percentage of 5 different types of mobile phones sold by a Store in 2017 and 2018.

Total number of mobile phones sold in 2017 = 4,50,000

Total number of mobile phones sold in 2018 = 5,20,000

Q. If 15% of Motorola mobiles sold during 2017 and 2018 were returned by the customers due to some defects, then how many Motorola mobiles sold by the store were non-defective? 

Detailed Solution for MCQ Test: Line Graph - 1 - Question 11

Number of Motorola mobiles sold in 2017

Similarly, Number of Motorola mobiles sold in 2018 


∴ Total Motorola mobiles sold in these two years = 90000 + 52000 = 1,42,000
Given that, out of these 1,42,000 Motorola mobiles, 15% of the mobiles are returned by the customer.
∴ Number of Motorola mobiles sold by the store were non-defective = (100 – 15)% of 1,42,000

MCQ Test: Line Graph - 1 - Question 12

Directions: Study the following line chart carefully and answer the questions given beside.
The percentage of 5 different types of mobile phones sold by a Store in 2017 and 2018.

Total number of mobile phones sold in 2017 = 4,50,000

Total number of mobile phones sold in 2018 = 5,20,000

Q. If the percentage of Micromax mobiles sold in 2018 was the same as that of 2017, what would have been the number of Micromax mobiles sold in 2018?

Detailed Solution for MCQ Test: Line Graph - 1 - Question 12

Percentage of Micromax mobile sold in 2018 = Percentage of Micromax mobile sold in 2017

∵ Percentage of Micromax mobile sold in 2017 = 25%

∴ Percentage of Micromax mobile sold in 2018 = 25%

∴ Number of Micromax mobile sold in 2018 = 25% of 520000

MCQ Test: Line Graph - 1 - Question 13

Directions: Study the following line chart carefully and answer the questions given beside.
The percentage of 5 different types of mobile phones sold by a Store in 2017 and 2018.

Total number of mobile phones sold in 2017 = 4,50,000

Total number of mobile phones sold in 2018 = 5,20,000

Q. Find the ratio of the difference between the number of Samsung and Redmi mobiles sold in 2018 and 2017 respectively, and the number of Motorola mobiles sold in 2018.

Detailed Solution for MCQ Test: Line Graph - 1 - Question 13

The number of Samsung mobiles sold in 2018 = 25% of 5,20,000

The number of Redmi mobiles sold in 2017 = 10% of 4,50,000

The number of Motorola mobiles sold in 2018 = 10% of 5,20,000

Required ratio = (1,30,000 - 45,000): 52,000 = 85,000: 52,000 = 85 : 52

MCQ Test: Line Graph - 1 - Question 14

Directions: Study the following line chart carefully and answer the questions given beside.
The percentage of 5 different types of mobile phones sold by a Store in 2017 and 2018.

Total number of mobile phones sold in 2017 = 4,50,000

Total number of mobile phones sold in 2018 = 5,20,000

Q. From 2017 to 2018, for which of the following mobile phones was the increase in percentage sale maximum?

Detailed Solution for MCQ Test: Line Graph - 1 - Question 14


As we can see from this table that, Number of Mobile sold for Micromax and Redmi are increasing from 2017 to 2018 and among that, increase in Micromax is less than that in Redmi.

MCQ Test: Line Graph - 1 - Question 15

Directions: Study the following line chart carefully and answer the questions given beside.
The percentage of 5 different types of mobile phones sold by a Store in 2017 and 2018.

Total number of mobile phones sold in 2017 = 4,50,000

Total number of mobile phones sold in 2018 = 5,20,000

Q. What was the difference in the total number of Samsung mobiles sold in 2017 and 2018?

Detailed Solution for MCQ Test: Line Graph - 1 - Question 15

Total number of Samsung mobile sold in 2017 = 30 % of 4,50,000

Total number of Samsung mobile sold in 2018 = 25% of 5,20,000

∴ The difference in Samsung mobiles sold in 2017 and 2018 = Rs. (1,35,000 – 1,30,000) = 5,000

MCQ Test: Line Graph - 1 - Question 16

Directions: Study the following line graph carefully and answer the questions given below:
Number of Students Appearing For Aptitude Test From Various Town (In Thousands)

Q. The number of students appearing for the Aptitude Test from Town D is approximately what percentage of the number of students appearing for the Aptitude Test from Town C?

Detailed Solution for MCQ Test: Line Graph - 1 - Question 16

Required percentage

MCQ Test: Line Graph - 1 - Question 17

Directions: Study the following line graph carefully and answer the questions given below:
Number of Students Appearing For Aptitude Test From Various Town (In Thousands)

Q. The number of students appearing for the Aptitude Test from Town E is approximately what percent of the total number of students appearing for the Aptitude Test from all the towns together?

Detailed Solution for MCQ Test: Line Graph - 1 - Question 17

Required %

MCQ Test: Line Graph - 1 - Question 18

Directions: Study the following line graph carefully and answer the questions given below:
Number of Students Appearing For Aptitude Test From Various Town (In Thousands)

Q. What is the average number of students appearing for the Aptitude Test from all the towns together?

Detailed Solution for MCQ Test: Line Graph - 1 - Question 18

Average number of students appearing in Aptitude Test from all towns

MCQ Test: Line Graph - 1 - Question 19

Directions: Study the following line graph carefully and answer the questions given below:
Number of Students Appearing For Aptitude Test From Various Town (In Thousands)

Q. What is the ratio of the number of students appearing for the Aptitude Test from Town B to that from Town A?

Detailed Solution for MCQ Test: Line Graph - 1 - Question 19

Ratio of number of students from Town B to that from Town A

MCQ Test: Line Graph - 1 - Question 20

Directions: Study the following line graph carefully and answer the questions given below:
Number of Students Appearing For Aptitude Test From Various Town (In Thousands)

Q. What is the ratio of the number of students appearing for the Aptitude Test from Towns C and D together to the number of students appearing for the Aptitude Test from Towns A, D and E together?

Detailed Solution for MCQ Test: Line Graph - 1 - Question 20

(Students from Towns C and D) : (Students from Towns A, D and E)

Information about MCQ Test: Line Graph - 1 Page
In this test you can find the Exam questions for MCQ Test: Line Graph - 1 solved & explained in the simplest way possible. Besides giving Questions and answers for MCQ Test: Line Graph - 1, EduRev gives you an ample number of Online tests for practice

Top Courses for Banking Exams

Download as PDF

Top Courses for Banking Exams