The following table shows the earnings of Mehra and Sons Pvt.Ltd. (in ₹ lakhs) during four consecutive financial years. Year 2012 - 13 2013 - 14 2014 - 15 2015 - 16 Earning (in ₹ lakhs) 115 112 114 120 Draw a bar graph representing the above data.

Given, The earnings of Mehra and Sons Pvt.Ltd. (in ₹ lakh) during four consecutive financial years. Year 2012 - 13 2013 - 14 2014 - 15 2015 - 16 Earning (in ₹ lakhs) 115 112 114 120 To draw a bar graph first we need to choose the scale such that the maximum value 120 and the minimum value 112 are included. Use equal division of increment of 10 . So, all bar lie between 0 and 121 . Take the graph with intervals, 100 , 111 , 112 , 113 , 114 , 115 , 116 , 117 , 118 . . . . . . etc..., here we need to use kink sign in the graph because the interval is not uniform, from the zero to 100 the difference is 100 . But from 100 to 110 the difference is 10 , hence we need to put kink sign between 0 to 100 . We can draw the bar graph by following the given steps: Step 1.- On a graph paper, draw a horizontal line OX as x- axis and vertical line OY as y -axis. Step 2.- Along OX, write the years at the points that are taken at a uniform gap. Choose the scale. 1 unit = 100 lakhs Step 4.-Draw bars of equal width on the x- axis. The difference between the two bars should also be the same. We get the following bar graph:

The mode of transportation used by 2000 students of a school is as follows: Modes of transportation School bus Private bus Private van Auto Metro On foot Cycle Number of students 690 160 450 230 320 80 70 Draw a bar graph to represent the above data.

Given, The modes of transportation used by 2000 students. Modes of transportation School bus Private bus Private van Auto Metro On foot Cycle Number of students 690 160 450 230 320 80 70 To draw a bar graph first we need to choose the scale such that the maximum value 690 and the minimum value 70 are included. Use equal division of increment of 100 . So, all bar lie between 0 and 700 . We can draw the bar graph by following the given steps: Step 1.- On a graph paper, draw a horizontal line OX as x- axis and vertical line OY as y -axis. Step 2.- Along OX, write the modes of transportation at the points that are taken at a uniform gap. Step 3.- Choose the scale: 1 big division = 100 students 1 small division = 10 students Step 4.-Draw bars of equal width on the x- axis. The difference between the two bars should also be the same. We get the following bar graph

The following table shows the temperature in the morning and evening of the first week of March. Days Monday Tuesday Wednesday Thursday Friday Saturday Sunday Temperature in the morning 30 °C 21 °C 17 °C 22 °C 21 °C 17 °C 12 °C Temperature in the evening 22 °C 15 °C 20 °C 22 °C 15 °C 12 °C 8 °C Draw a double bar graph to represent the above data.

Given, The temperature in the morning and evening of the first week of March. Days Monday Tuesday Wednesday Thursday Friday Saturday Sunday Temperature in the morning 30 °C 21 °C 17 °C 22 °C 21 °C 17 °C 12 °C Temperature in the evening 22 °C 15 °C 20 °C 22 °C 15 °C 12 °C 8 °C To draw a double bar graph first we need to choose the scale such that the maximum temperature 30 °C and the minimum temperature 8 °C are included. Use equal division of increment of 2 °C . So, all bar lie between 0 °C and 32 °C . We can draw the double bar graph by following the given steps: Step 1.- On a graph paper, draw a horizontal line OX as x- axis and vertical line OY as y -axis. Step 2.- Along OX, write the days at the points that are taken at a uniform gap. Step 3.- Choose the scale: 1 big division = 2 °C 1 small division = 0 . 2 °C Step 4.-Draw bars of equal width on the x- axis. The difference between the two bars should also be the same. We get the following bar graph:

The height of some tall structures in the world is given as follows. Structure Country Height in Metres Empire State Building USA 449 Delhi TV Tower India 234 Telecom Tower Great Britain 204 Eiffel Tower France 321 Represent the above data by drawing a bar graph with appropriate scale.

Given, The height of some tall structures in the world is given as follows. Structure Country Height in Metres Empire State Building USA 449 Delhi TV Tower India 234 Telecom Tower Great Britain 204 Eiffel Tower France 321 To draw a bar graph first we need to choose the scale such that the maximum value 449 and the minimum value 204 are included. So, all bar lie between 0 and 500 . We can draw the bar graph by following the given steps: Step 1.- On a graph paper, draw a horizontal line OX as x- axis and vertical line OY as y -axis. Step 2.- Along OX, write the name of the structure and city at the points that are taken at a uniform gap. Step 3.- Choose the scale: 1 unit = 100 Metres Step 4.- To draw this bar graph we will take the approximate value of all the heights so that we can easily show them on graph. For example: 449 ≈ 500 , 234 ≈ 230 , 204 ≈ 200 , 321 ≈ 320 Draw bars of equal width on the x- axis. The difference between the two bars should also be the same. We get the following bar graph:

In the year 2016 the sale of the books in a book shop was as follows: Month Jan Feb Mar Apr May June July Aug Sept Oct Nov Dec Fiction 750 800 600 800 750 790 680 590 630 570 750 560 Non-fiction 720 650 750 530 700 660 790 710 460 720 720 490 Draw a double bar graph to represent the given data.

Given, In the year 2016 the sale of the books in a book shop was as follows: Month Jan Feb Mar Apr May June July Aug Sept Oct Nov Dec Fiction 750 800 600 800 750 790 680 590 630 570 750 560 Non-fiction 720 650 750 530 700 660 790 710 460 720 720 490 To draw a double bar graph first we need to choose the scale such that the maximum 800 and the minimum value 460 are included. Use equal division of increment of 200 . So, all bar lie between 0 and 900 . We can draw the double bar graph by following the given steps: Step 1.- On a graph paper, draw a horizontal line OX as x- axis and vertical line OY as y -axis. Step 2.- Along OX, write the month at the points that are taken at a uniform gap. Step 3.- Choose the scale: 1 big division = 200 books 1 small division = 20 books Step 4.-Draw the bars of equal width on the x- axis. The difference between the two bars should also be the same. We get the following bar graph:

Vaishali Bhatia and Rupesh Pathak Solutions for Chapter: Data Handling and Probability, Exercise 5: Exercise 15.4

Author:Vaishali Bhatia & Rupesh Pathak

Vaishali Bhatia Mathematics Solutions for Exercise - Vaishali Bhatia and Rupesh Pathak Solutions for Chapter: Data Handling and Probability, Exercise 5: Exercise 15.4

Attempt the practice questions on Chapter 15: Data Handling and Probability, Exercise 5: Exercise 15.4 with hints and solutions to strengthen your understanding. I Did It solutions are prepared by Experienced Embibe Experts.

Questions from Vaishali Bhatia and Rupesh Pathak Solutions for Chapter: Data Handling and Probability, Exercise 5: Exercise 15.4 with Hints & Solutions

MEDIUM

7th CBSE

IMPORTANT

I Did It>Chapter 15 - Data Handling and Probability>Exercise 15.4>Q 4

The following table shows the earnings of Mehra and Sons Pvt.Ltd. (in ₹ lakhs) during four consecutive financial years.

Year	$2012 - 13$	$2013 - 14$	$2014 - 15$	$2015 - 16$
Earning (in ₹ lakhs)	$115$	$112$	$114$	$120$

Draw a bar graph representing the above data.

EASY

7th CBSE

IMPORTANT

I Did It>Chapter 15 - Data Handling and Probability>Exercise 15.4>Q 6

The mode of transportation used by $2000$ students of a school is as follows:

Modes of transportation	School bus	Private bus	Private van	Auto	Metro	On foot	Cycle
Number of students	$690$	$160$	$450$	$230$	$320$	$80$	$70$

Draw a bar graph to represent the above data.

EASY

7th CBSE

IMPORTANT

I Did It>Chapter 15 - Data Handling and Probability>Exercise 15.4>Q 7

The following table shows the temperature in the morning and evening of the first week of March.

Days	Monday	Tuesday	Wednesday	Thursday	Friday	Saturday	Sunday
Temperature in the morning	$30$ °C	$21$ °C	$17$ °C	$22$ °C	$21$ °C	$17$ °C	$12$ °C
Temperature in the evening	$22$ °C	$15$ °C	$20$ °C	$22$ °C	$15$ °C	$12$ °C	$8$ °C

Draw a double bar graph to represent the above data.

EASY

7th CBSE

IMPORTANT

I Did It>Chapter 15 - Data Handling and Probability>Exercise 15.4>Q 8

A survey was conducted in a class to find the preference of students for fruit drinks and the following tally was collected.

Complete the data by filling the third column and then draw a bar graph with the appropriate scale.

Fruit Juice	Students who preferred	Number of students who preferred
Apple	$\| \| \| \| \| \| \| \|$ $\| \|$	$_____$
Orange	$\| \| \| \|$ $\| \| \| \|$ $\| \| \| \|$ $\| \| \| \|$ $\| \| \| \|$	$_____$
Mango	$\| \| \| \| \| \| \| \| \| \| \| \| \| \| \|$	$_____$
Pomegranate	$\| \| \| \| \| \| \| \| \| \| \| \| \|$	$_____$
Sugarcane	$\| \| \| \| \| \| \| \|$	$_____$

EASY

7th CBSE

IMPORTANT

I Did It>Chapter 15 - Data Handling and Probability>Exercise 15.4>Q 9

The height of some tall structures in the world is given as follows.

Structure	Country	Height in Metres
Empire State Building	USA	$449$
Delhi TV Tower	India	$234$
Telecom Tower	Great Britain	$204$
Eiffel Tower	France	$321$

Represent the above data by drawing a bar graph with appropriate scale.

EASY

7th CBSE

IMPORTANT

I Did It>Chapter 15 - Data Handling and Probability>Exercise 15.4>Q 11

In the year $2016$ the sale of the books in a book shop was as follows:

Month	Jan	Feb	Mar	Apr	May	June	July	Aug	Sept	Oct	Nov	Dec
Fiction	$750$	$800$	$600$	$800$	$750$	$790$	$680$	$590$	$630$	$570$	$750$	$560$
Non-fiction	$720$	$650$	$750$	$530$	$700$	$660$	$790$	$710$	$460$	$720$	$720$	$490$

Draw a double bar graph to represent the given data.

EASY

7th CBSE

IMPORTANT

I Did It>Chapter 15 - Data Handling and Probability>Exercise 15.4>Q 14

The following data gives the total marks (out of $600$ ) obtained by six children of a particular class.

Represent the data on a bar graph using a suitable scale.

Students	Ramu	Manjit	Venkat	Shehzad	Manisha	Aarthi
Marks obtained	$540$	$430$	$410$	$370$	$460$	$530$

EASY

7th CBSE

IMPORTANT

I Did It>Chapter 15 - Data Handling and Probability>Exercise 15.4>Q 15

The following data gives the information about the favourite fruit of $100$ students of class $VI$ in a particular school.

Represent the data on a bar graph using a suitable scale.

Favourite fruit	Apple	Banana	Mango	Grapes	Orange
Number of students	$19$	$14$	$35$	$18$	$14$

Vaishali Bhatia and Rupesh Pathak Solutions for Chapter: Data Handling and Probability, Exercise 5: Exercise 15.4

Vaishali Bhatia Mathematics Solutions for Exercise - Vaishali Bhatia and Rupesh Pathak Solutions for Chapter: Data Handling and Probability, Exercise 5: Exercise 15.4

Questions from Vaishali Bhatia and Rupesh Pathak Solutions for Chapter: Data Handling and Probability, Exercise 5: Exercise 15.4 with Hints & Solutions

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