Examples of Pictographs Pictorial Representation Pictograph Questions

(ii) The same number of vehicles were parked on Tuesday, Wednesday, and Saturday. Number of cupcakes given to 5 children are given below. Information about 300 children of a school who come to school by differentmodes of transportation.

Here, each green circle represents 1 piece of fruit and so we can see that 4 and a half pieces of fruit were consumed on Monday, 2 pieces of fruit were consumed on Tuesday, etc. In the above example, the tally chart below shows the frequency of the data for the favorite season for each of Mr. Johan’s students. In RS Aggarwal’s exercises, students may be asked to represent data like student attendance or daily production in a pictograph. Such tasks help gain practical understanding and confidence in data handling. → You can answer these questions by just studying the diagram. The picture visually helps you to understand the data.

Make sure the table has the correct number of rows. Read the key in order to find the value of each symbol. Draw a pictograph which conveys the above information. Convey the above information through a pictograph. There are 6500 men, 4500 women and 1500 children in a village.

Graph It! Worksheet (Many-to-One Graphs)

First, we can see that the average going here salary for people in different professions varies greatly. Second, we can see that the average salary for people in different professions is higher for people with more education. Finally, we can see that the average salary for people in different professions is higher for people in more specialized professions. Dividing each frequency by 8, you get the number of full symbols and the remainder represents how many more pieces of the symbols are needed. The number of games won is recorded in the tally chart below.

A pictograph or a picture graph uses pictures to show data. The following pictograph shows the number of students using various modes of transportation for going to their school. Each square represents 3 students present in the class, and the total number of squares for each day corresponds to the actual number of students on that day. Take $\square$ to represent 3 students present in the class and draw a pictograph. A teacher of class VI wants to know which sweets are liked by his students. He asks each student to name the sweet they like the most.

History of pictographs

Have you seen graphs like this on TV or in a newspaper? Like pictographs, bar graphs can help us to quickly understand and interpret information, such as the highest value, the comparison of values of different categories, etc. However, when the amount of data is large, presenting it by a pictograph is not only time-consuming but at times difficult too. Let us see how data can be presented instead of using a bar graph. Interpreting a Pictograph→ Drawing meaningful inferences from a pictograph is called the interpreting of a pictograph.

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Listing Out the Data:

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• Pictographs are often used in textbooks to help students understand data.

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• However, in this infographic, the taller triangles are also wider!

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• In the above two headings we have learnt steps how to read and create pictograph, now we will learn to create and read a pictograph using an example.

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• We constantly see large amounts of data presented to us in new and interesting ways.

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• Second, we can see that the average salary for people in different professions is higher for people with more education.

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• These show different types of sport equipment or actions, such as a soccer ball or a running person.

Read the pictograph and gather the information from the different objects whose pictures or symbols are used in the table. A pictograph is a graph that uses pictures to represent data. Pictographs can be used to show how many of something there are, how much something weighs, or how far something is.

To draw a pictograph, you use a graphic symbol that goes with the frequency or value. The key of the pictograph explains the numerical value that the symbol represents. Students first learn about pictographs in 2 nd grade with their work representing data in measurement and data. They expand their knowledge of analyzing and representing data as they progress through elementary and middle school. For example, we can create an imaginary mountain range that contains all these mountains.