diagrammatic representation in english meaning

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Meaning of diagrammatic in English

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• A diagrammatic area layout is prepared , showing the ideal space requirement .
• These photographs are almost diagrammatic.
• Diagrammatic drawings provide clear factual information about piano mechanisms .
• block graph
• graph paper
• normal distribution
• scatter diagram
• scatterplot
• vertical axis

Examples of diagrammatic

Translations of diagrammatic.

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Definition of diagram

 (Entry 1 of 2)

Definition of diagram  (Entry 2 of 2)

transitive verb

• illustration

Examples of diagram in a Sentence

These examples are programmatically compiled from various online sources to illustrate current usage of the word 'diagram.' Any opinions expressed in the examples do not represent those of Merriam-Webster or its editors. Send us feedback about these examples.

Word History

Greek diagramma , from diagraphein to mark out by lines, from dia- + graphein to write — more at carve

1619, in the meaning defined at sense 1

1785, in the meaning defined above

Phrases Containing diagram

• Argand diagram
• block diagram
• flow diagram
• scatter diagram
• Venn diagram

Dictionary Entries Near diagram

diagram factor

Cite this Entry

“Diagram.” Merriam-Webster.com Dictionary , Merriam-Webster, https://www.merriam-webster.com/dictionary/diagram. Accessed 9 Jun. 2024.

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Kids definition of diagram.

Kids Definition of diagram  (Entry 2 of 2)

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Diagrammatic Representations: Basics, Types, Examples

Diagrammatic Representations: The use of diagrams to illustrate statistical data is very essential. The greatest way for representing any numerical data obtained in statistics is through diagrammatic representations. “A picture is worth a thousand words,” according to one famous quote. In comparison to tabular or textual representations, the diagrammatic display of data provides an immediate understanding of the true scenario to be defined by the data.

It efficiently converts the exceedingly complex ideas contained in numbers into a more concrete and readily understandable form. Although diagrams are less certain, they are far more efficient in displaying data than tables. There are numerous types of diagrams in common use. Similarly, the diagrammatic representation of data gives a lot of information regarding the numerical data. Let us learn about diagrammatic representations and their types in detail in this article.

Diagrammatic Representation of Data : Meaning

Representation of any numerical data by using diagrams is known as diagrammatic representation. Diagrammatic data representations give a simple and easy understanding of any numerical data collected as compared with the tabular form of the data or textual form of the data.

One of the famous quotes says that “A picture speaks more than words.” Similarly, to represent the statistical data, the essential tool is the diagrams. Diagrammatic data representations translate the highly complex ideas included in the given numerical data into concrete and pretty effectively in a simple, understandable manner.

Diagrammatic representations use geometrical figures as diagrams to improve the representation of the data. Diagrammatic representations are like visual assistance to the readers.

Basics of Diagrammatic Presentations

Diagrammatic representation of data gives a lot of information regarding numerical data. It is a more attractive and easy way of representing any numerical data in statistics. Diagrammatic representations are like visual assistance to the readers. Diagrammatic representations use the geometrical figures as diagrams to improve the data representation, such as cartography, pictographs, Pie charts, bar diagrams, etc.

• In pictographic representation of the data, we use pictures to represent the data. For example: if a company produces \(40,000\) units of cars, then we can show it by only four cars and mentioning each car represents \(10000\) units.
• In the cartograms, we represent the geographical location of certain things, and we use maps.
• Bar graphs are represented by rectangle bars. The height of the bars gives the value or frequency of the variable. All rectangular bars should have equal width.
• In the pie charts, a circle is divided into parts, such that each part shows the proportion of various data.
• In a line representation of data, we use the line to connect the various portions or parts of the plotted data on the graph.

Learn Everything About Pictographs Here

Advantages of Diagrammatic Presentations

The various advantages of the diagrammatic representations are listed below:

• The diagrammatic representations of the data are more attractive and pretty impressive compared with the tabular form of the data or textual form of the data.
• The diagrammatic representations of the data are easy to remember as they use the geometrical figures as the diagrams.
• The diagrammatic representation of data is easy to understand.
• Diagrammatic data representations translate the highly complex ideas included in the given numerical data into concrete and pretty effectively in a simple, understandable manner.
• Diagrammatic representations also help identify hidden facts or relations in the data that are not observed in the tabular form.
• Diagrammatic representations of the data are a handy tool in the comparison of data.

Types of One-Dimensional Diagrams

In one-dimensional diagrammatic representations of the data, we will consider only the length of the diagram. We have different types of one-dimensional diagrams that are listed below:

• Simple bar diagram
• Multiple bar diagrams
• Subdivided bar diagrams
• Percentage bar diagram
• Deviation bar diagram

Types of Diagrammatic Representations

Diagrammatic representations use the geometrical figures as diagrams to improve the data representation, such as cartographs, pictographs, Pie charts, bar diagrams, etc.

1. Line Diagrams

In the linear diagrammatic representations of the data, we will use the line that connects the points or portions of the various data in the graph by taking two variables on horizontal and vertical axes. Example: The below diagram gives the linear representation of the wildlife population of bears, whales, dolphins.

2. Bar Diagrams

In the bar diagrammatic representation of data, the data can be represented by rectangular bars. The height of the bars gives the value or frequency of the variable. All rectangular bars should have equal width. This is one of the best-used tools for the comparison of the data. Example: Birthdays of different students at the school in the different months.

3. Histograms

Histograms are also similar to bar diagrams; they use rectangular bars to represent the data. But all the rectangular bars are kept without any gaps.

4. Pie Diagrams

Pie Diagram is a diagrammatic representation of data by using circles and spheres. In the pie diagrams, a circle is divided into parts, such that each part shows the proportion of various data. Example: The below pie diagram represents the different modes of transport used by the students.

5. Pictographs

The pictographic representation shows the given data graphically by using images or symbols. The symbol or image is used in the pictographic diagrams describes the frequency of the object in the given set of data. Pictographs provided the information of the given data by using symbols or images. Example: The pictograph diagram below shows the mode of transport used by the number of students using the image, and each image represents the value.

Diagrammatic Representation Examples

Q.1. A bus manufacturing company manufactured the following number of buses for the first eight months of the year, which are represented below:

Q.2. The given table represents the marks obtained by \(120\) kids of class IX in a cycle test \(-1\). Draw the more than type ogive  for the given data:

Ans: The linear graph for the given data can be drawn by taking the students’ marks on the horizontal or \(x-\)axis and the number of students on the vertical axis or \(y-\)axis. Then plot the points as finding the marks and number of students in the graph. Now join the points to obtain the graph.

Q.3. Show the below-given data in the pie diagram for the number of fruits eaten by the students in a class:

Ans: Total frequency \(300\).

Draw a circle with a compass with any radius. The pie chart is drawn for the above data shown as follows:

Q.4 . Chinmayi noted all toys she bought for her children and relatives as shown in the below tabular form:

Represent the above data in the diagrammatic representations using the pictographs. Ans: To represent the given data in diagrammatic representation using the pictographs below: First, consider the image or symbol representing the particular object Chinmayi bought. Now, represent the data by using the image or symbol chosen.

Q.5 . The number of children of five different batches of an educational institute is given below. Represent the given data by using the bar graph.

Ans: To represent the above data, consider the values of batches on \(x-\)axis and the number of children on the \(y-\)axis.

The above diagram shows the bar diagram of the given data.

In this article, we have studied the definitions of the diagrammatic representations of the data. We also studied the advantages and basics of diagrammatic representations. This article gives the types of diagrammatic representations used along with the constructions. This article studied the solved examples that help us to understand and the construction of diagrammatic representations easily.

FAQs on Diagrammatic and Graphical Representation of Data

The answers to the most frequently asked questions on Diagrammatic and Graphical Representation of Data are provided here:

Q.1. What is a diagrammatic representation of data? Ans: Representation of any numerical data by using diagrams is known as diagrammatic representation.

Q.2. What are the advantages of diagrammatic representations? Ans: Some of the advantages of the diagrammatic representations are listed below: 1. These are more attractive and pretty impressive. 2. These are easy to remember. 3. These are easy to construct and easy to understand. 4. This gives the complex data in the simplest form. 5. These give more information.

Q.3. What is the diagrammatic representation of the problem-solving process? Ans: The diagrammatic representation of problem-solving are: 1. Pictographs 2. Pie charts 3. Bar graphs 4. Histograms 5. Linear diagrams

Q.4. Why is the diagrammatic representation of the data better than the tabulation of the data? Ans: Diagrammatic data representations give a simple and easy understanding of any numerical data collected compared with the tabular form of the data or textual form of the data.

Q.5. What is a one-dimensional diagrammatic representation of data? Ans: The one-dimensional diagrammatic representation of data is: 1. Line diagrams 2. Bar diagrams

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• List of Commerce Articles
• Diagrammatic Presentation Of Data

Diagrammatic Presentation of Data

The diagrammatic presentation of data gives an immediate understanding of the real situation to be defined by the data in comparison to the tabular presentation of data or textual representations. It translates the highly complex ideas included in numbers into a more concrete and quickly understandable form pretty effectively. Diagrams may be less certain but are much more efficient than tables in displaying the data. There are many kinds of diagrams in general use. Amongst them the significant ones are the following:

(i) Geometric diagram

(ii) Frequency diagram

(iii) Arithmetic line graph

Also check: Meaning and Objective of Tabulation

Basics of Diagrammatic Presentation

Concept of Diagrammatic Presentation

• It is a technique of presenting numeric data through pictograms, cartograms, bar diagrams, and pie diagrams. It is the most attractive and appealing way to represent statistical data. Diagrams help in visual comparison and they have a bird’s eye view.
• Under pictograms, we use pictures to present data. For example, if we have to show the production of cars, we can draw cars. Suppose the production of cars is 40,000, we can show it by a picture having four cars, where 1 car represents 10,000 units.
• Under cartograms, we make use of maps to show the geographical allocation of certain things.
• Bar diagrams are rectangular and placed on the same base. Their heights represent the magnitude/value of the variable. The width of all the bars and the gaps between the two bars are kept the same.
• Pie diagram is a circle that is subdivided or partitioned to show the proportion of various components of the data.
• Out of the given diagrams, only one-dimensional bar diagrams and pie diagrams are there in our scope.

General Guidelines

Title: Every diagram must be given a suitable title which should be small and self-explanatory.

Size: The size of the diagram should be appropriate, i.e., neither too small nor too big.

Paper used: Diagrams are generally prepared on blank paper.

Scale: Under one-dimensional diagrams, especially bar diagrams, the y-axis is more important from the point of view of the decision of scale because we represent magnitude along this axis.

Index: When two or more variables are presented and different types of line/shading patterns are used to distinguish, an index must be given to show their details.

Selection of proper type of diagram: It is very important to select the correct type of diagram to represent data effectively.

Advantages of Diagrammatic Presentation

(1) Diagrams are attractive and impressive:   The data presented in the form of diagrams can attract the attention of even a common man.

(2) Easy to remember:    (a)  Diagrams have a great memorising effect. (b)  The picture created in mind by the diagrams last much longer than those created by figures presented through the tabular forms.

(3) Diagrams save time : (a)  They present complex mass data in a simplified manner. (b)  The data presented in the form of diagrams can be understood by the user very quickly.

(4) Diagrams simplify data:   Diagrams are used to represent a huge mass of complex data in a simplified and intelligible form which is easy to understand.

(5) Diagrams are useful in making comparison:   It becomes easier to compare two sets of data visually by presenting them through diagrams.

(6) More informative :   Diagrams not only depict the characteristics of data but also bring out other hidden facts and relations which are not possible from the classified and tabulated data.

Types of One-Dimensional Diagram

One-dimensional diagram is a diagram in which only the length of the diagram is considered. It can be drawn in the form of a line or various types of bars.

The following are the types of one-dimensional diagram.

(1) Simple bar diagram

Simple bar diagram consists of a group of rectangular bars of equal width for each class or category of data.

(2) Multiple bar diagram

This diagram is used when we have to make a comparison between two or more variables like income and expenditure, import and export for different years, marks obtained in different subjects in different classes, etc.

(3) Subdivided bar diagram

This diagram is constructed by subdividing the bars in the ratio of various components.

(4) Percentage bar diagram

The subdivided bar diagram presented on a percentage basis is known as the percentage bar diagram.

(5) Broken-scale bar diagram

This diagram is used when the value of one observation is very high as compared to the other.

To gain space for the smaller bars of the series, the larger bars may be broken.

The value of each bar is written at the top of the bar.

(6) Deviation bar diagram

Deviation bars are used to represent net changes in the data like net profit, net loss, net exports, net imports, etc.

Meaning of Pie Diagram

A pie diagram is a circle that is divided into sections. The size of each section indicates the magnitude of each component as a part of the whole.

Steps involved in constructing pie diagram

• Convert the given values into percentage form and multiply it with 3.6’ to get the amount of angle for each item.
• Draw a circle and start the diagram at the 12 O‘clock position.
• Take the highest angle first with the protector (D) and mark the lower angles successively.
• Shade different angles differently to show distinction in each item.

Solved Questions

Q.1. Why is a diagrammatic presentation better than tabulation of data?

It makes the data more attractive as compared to tabulation and helps in visual comparison.

Q.2. Why do media persons prefer diagrammatic presentation of data?

Because it has an eye-catching effect and a long-lasting impact upon its readers/viewers.

Q.3. What will be the degree of an angle in the pie diagram if a family spends 50% of its income in food?

(50 ÷ 100) X 360 (Or) 50 x 3.6 = 180’

Q.4. Which bar diagram is used to show two or more characteristics of the data?

Multiple bar diagram

Q.5. Mention the sum of all the angles formed at the centre of a circle.

Q.6. Name a bar diagram where the height of all the bars is the same.

Percentage bar diagram

Q.7. Which diagram can be used to depict various components of a variable?

Subdivided bar diagram

Q.8. What is a multiple bar diagram?

A multiple bar diagram is one that shows more than one characteristic of data.

Q.9. Which bar diagram is used to represent the net changes in data?

Deviation bar diagram

Q.10. What is the other name of the subdivided bar Diagram?

Component bar diagram

The above-mentioned concept is for CBSE Class 11 Statistics for Economics – Diagrammatic Presentation of Data. For solutions and study materials, visit our website or download the app for more information and the best learning experience.

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diagrammatic

[ dahy- uh -gr uh - mat -ik ]

• in the form of a diagram ; graphic; outlined.
• pertaining to diagrams .

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Other words from.

• dia·gram·mati·cal·ly adverb
• nondi·a·gram·matic adjective
• nondi·a·gram·mati·cal adjective
• nondi·a·gram·mati·cal·ly adverb
• undi·a·gram·matic adjective
• undi·a·gram·mati·cal adjective
• undi·a·gram·mati·cal·ly adverb

Word History and Origins

Origin of diagrammatic 1

Example Sentences

He should, however, state his observations, and as far as possible draw the results in his note-book in a diagrammatic form.

Automobilists should work this itinerary out on some diagrammatic road map.

The general features of the circulation are clearly portrayed in the somewhat diagrammatic figures on Pl.

A partly diagrammatic representation of the kidney and Wolffian body of the male is given on Pl.

Fig. 176 shows a diagrammatic way the scheme of a system of accumulator machinery.

Related Words

• descriptive
• illustrated
• photographic

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Definition of diagrammatic adjective from the Oxford Advanced Learner's Dictionary

diagrammatic

• representation

Definitions on the go

Look up any word in the dictionary offline, anytime, anywhere with the Oxford Advanced Learner’s Dictionary app.

With the bar graph, we can also compare the marks of students in each subject other than the marks of one student in every subject. Also, we can draw the bar graph for every student in all subjects.

We can use another way of diagrammatical representation of data. If we are working with a continuous data set or grouped dataset, we can use a histogram for the representation of data.

• A histogram is similar to a bar graph except for the fact that there is no gap between the rectangular bars. The rectangular bars show the area proportional to the frequency of a variable and the width of the bars represents the class width or class interval.
• Frequency means the number of times a variable is occurring or is present. It is an area graph. The heights of the rectangles are proportional to the corresponding frequencies of similar classes.

Construction of Histogram

• Choose a suitable scale for both the axes to determine the height and width of each bar
• On the horizontal line, draw the bars with corresponding heights
• There should be no gap between two consecutive bars showing the continuity of the data
• If the grouped frequencies are not continuous, the first thing to do is to make them continuous

It is done by adding the average of the difference between the lower limit of the class interval and the upper limit of the preceding class width to the upper limits of all the classes. The same quantity is subtracted from the lower limits of the classes.

Properties of Histogram

• Each bar or column in a bar graph is of equal width and corresponds to the equal class interval
• If the classes are of unequal width then the height of the bars will be proportional to the ration of the frequencies to the width of the classes
• All bars have a common base
• The height of the bar corresponds to the frequency of the data

Suppose we have a data set showing the marks obtained out of 100 by a group of 35 students in statistics. We can find the number of students in the various marks category with the help of the histogram.

A line graph is a type of chart or graph which shows information when a series of data is joined by a line. It shows the changes in the data over a period of time. In a simple line graph, we plot each pair of values of (x, y). Here, the x-axis denotes the various time point (t), and the y-axis denotes the observation based on the time.

Properties of a Line Graph

• It consists of Vertical and Horizontal scales. These scales may or may not be uniform.
• Data point corresponds to the change over a period of time.
• The line joining these data points shows the trend of change.

Below is the line graph showing the number of buses passing through a particular street over a period of time:

Solved Examples for diagrammatic Representation of Data

Problem 1: Draw the histogram for the given data.

Solution: This grouped frequency distribution is not continuous. We need to convert it into a continuous distribution with exclusive type classes. This is done by averaging the difference of the lower limit of one class and the upper limit of the preceding class. Here, d = ½ (19 – 18) = ½ = 0.5. We add 0.5 to all the upper limits and we subtract 0.5 from all the lower limits.

The corresponding histogram is

Draw a line graph for the production of two types of crops for the given years.

Solution: The required graph is

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How To Use “Diagrammatic” In A Sentence: Mastering the Term

Diagrammatic language is a powerful tool that allows us to visually represent complex ideas and concepts. By using diagrams, we can simplify information and communicate it effectively to others. In this article, we will explore the proper way to use diagrammatic in a sentence and how it can enhance our communication skills.

So, how can we use diagrammatic in a sentence? The key is to incorporate diagrams seamlessly into our written or spoken language to enhance clarity and understanding. Rather than simply describing a concept, we can use diagrams to provide a visual representation that complements our words. This combination of visual and verbal communication can be particularly effective when explaining complex processes, relationships, or data.

Now that we understand the importance of using diagrammatic in a sentence, let’s delve deeper into the various ways we can incorporate diagrams into our communication.

Definition Of Diagrammatic

Diagrammatic is an adjective that pertains to or involves the use of diagrams. Derived from the noun “diagram,” which refers to a visual representation or symbolic illustration of information or concepts, the term “diagrammatic” describes something that is characterized by or relates to diagrams.

Basic Definition Of “Diagrammatic”

At its core, “diagrammatic” can be defined as something that is expressed or presented through the use of diagrams. A diagram, in this context, is a graphical representation that simplifies complex information, making it easier to understand and interpret. By utilizing visual elements such as lines, shapes, symbols, and labels, diagrams provide a visual snapshot of a concept, process, or relationship.

For example, imagine you are trying to explain the steps involved in assembling a piece of furniture. Instead of relying solely on written instructions, a diagrammatic approach would involve using a visual diagram that shows each step with corresponding images or symbols. This visual representation allows the reader or viewer to grasp the process more easily and follow along.

Historical Evolution

The use of diagrams can be traced back to ancient times, where they were employed to convey information in a visual manner. From cave paintings to ancient Egyptian hieroglyphics, early civilizations recognized the power of visual representation. However, it was not until the Renaissance period that diagrammatic techniques began to be more systematically explored and utilized.

During the Renaissance, scholars and artists such as Leonardo da Vinci recognized the value of diagrams in various fields, including anatomy, engineering, and mathematics. Da Vinci’s detailed anatomical drawings, for instance, provided a visual understanding of the human body’s structure and function, revolutionizing medical education at the time.

Since then, the use of diagrams has evolved alongside advancements in technology and communication. With the advent of computers and software, diagrammatic representations have become even more sophisticated and accessible, enabling individuals to create and interpret complex diagrams with ease.

Different Meanings In Different Contexts

While the general definition of “diagrammatic” remains consistent across contexts, its specific application and interpretation can vary depending on the field or discipline in which it is used.

In the realm of mathematics and logic, “diagrammatic” often refers to the use of diagrams to visually represent mathematical concepts or logical relationships. These diagrams can aid in problem-solving, proof illustration, and the visualization of abstract ideas. Examples of such diagrams include Venn diagrams, flowcharts, and logic gates.

In the field of architecture and design, “diagrammatic” may describe the use of diagrams to illustrate spatial relationships, structural systems, or design concepts. Architects and designers often employ diagrams to communicate their ideas visually, helping clients and collaborators understand the proposed plans and concepts more effectively.

Furthermore, in the realm of linguistics and language analysis, “diagrammatic” can refer to the use of diagrams to represent sentence structures, syntactic relationships, or semantic connections. These diagrams, known as syntax trees or semantic networks, provide a visual representation of the underlying structure and meaning of a sentence.

In conclusion, the term “diagrammatic” encompasses the use of diagrams to convey information, simplify complex concepts, and enhance understanding. From its historical roots to its diverse applications in various fields, diagrammatic approaches continue to play a vital role in visual communication and knowledge representation.

How To Properly Use Diagrammatic In A Sentence

When it comes to using the word “diagrammatic” in a sentence, it is important to adhere to certain grammatical rules to ensure clarity and precision. This section will explore these rules and provide examples of how to use “diagrammatic” effectively.

Grammatical Rules Surrounding Diagrammatic

1. Adjective Usage:

As an adjective, “diagrammatic” describes something that is related to or characterized by diagrams. It is commonly used to convey the visual representation of information or data. When using “diagrammatic” as an adjective, it is typically placed before the noun it modifies.

– The textbook featured a diagrammatic explanation of the scientific process.

– The architect presented a diagrammatic representation of the building’s floor plan.

2. Noun Usage:

While “diagrammatic” is primarily used as an adjective, it can also function as a noun, although this usage is less common. As a noun, “diagrammatic” refers to a diagram or a visual representation.

– The presentation included several diagrammatics to illustrate the complex data.

– The textbook contained numerous diagrammatics to aid in understanding the subject matter.

3. Adverbial Usage:

Although less frequent, “diagrammatic” can also be used as an adverb to modify verbs or adjectives. In this case, it describes the manner in which an action is performed or the degree to which something is diagrammatic.

– The artist skillfully and diagrammatically depicted the intricate details of the landscape.

– The team analyzed the data diagrammatically, ensuring a comprehensive understanding of the results.

Parts Of Speech For Diagrammatic

While “diagrammatic” is primarily used as an adjective, it is worth noting that it can also function as a noun or adverb depending on the context.

By understanding the various parts of speech that “diagrammatic” can assume, you can effectively incorporate it into your writing to convey precise meanings and enhance clarity.

Examples Of Using Diagrammatic In A Sentence

When it comes to incorporating the word “diagrammatic” into a sentence, it is essential to showcase its versatility and varied contexts. By utilizing a mix of simple and complex sentences, we can effectively demonstrate the correct usage of this term. Let’s explore several examples that highlight different nuances and meanings of “diagrammatic”:

1. In A Scientific Context:

– The researcher presented a diagrammatic representation of the chemical reaction, providing a visual aid for better understanding.

2. In An Artistic Context:

– The artist’s abstract painting was a diagrammatic representation of the chaos and complexity of urban life.

3. In A Mathematical Context:

– The math teacher explained the concept of probability using a diagrammatic approach, making it easier for students to grasp.

4. In A Linguistic Context:

– The linguist used a diagrammatic analysis to illustrate the syntactic structure of the sentence, emphasizing the relationships between words.

5. In A Business Context:

– The consultant created a diagrammatic flowchart to visualize the company’s workflow, identifying areas for optimization and efficiency.

These examples demonstrate how “diagrammatic” can be effectively utilized in various fields and contexts. Whether it is in scientific research, artistic expression, mathematical explanations, linguistic analysis, or business processes, the term “diagrammatic” proves its significance as a versatile tool for conveying complex information visually.

Edge Cases Or Things To Consider

When it comes to using diagrammatic representations, it is important to be aware of certain edge cases or considerations that may arise. By understanding these factors, you can avoid common mistakes and adapt your approach to account for cultural or regional differences. Let’s explore some of these aspects in more detail:

Common Mistakes People Make When Using Diagrammatic

While diagrammatic representations can be powerful tools for conveying information visually, there are some common mistakes that people often make when using them. By being aware of these pitfalls, you can ensure that your diagrams effectively communicate your intended message. Here are a few mistakes to watch out for:

• Overcomplicating the Diagram: One of the most common mistakes is creating overly complex diagrams that confuse rather than clarify. Remember, the purpose of a diagram is to simplify information, so strive for clarity and simplicity in your design. Avoid cramming too much information into a single diagram and consider breaking it down into smaller, more digestible visuals if needed.
• Using Inconsistent Symbols or Labels: Consistency is key when it comes to diagrammatic representations. Using different symbols or labels to represent the same concept can lead to confusion and misinterpretation. Ensure that you establish a clear and consistent set of symbols, colors, and labels for your diagrams, and stick to them throughout.
• Neglecting Proper Scaling and Proportions: Diagrams should accurately represent the relationships between different elements. Failing to scale or proportionately represent the data can distort the information and mislead the audience. Pay attention to scaling and proportions, especially when dealing with quantitative data, to maintain the integrity of your diagram.
• Lack of Context or Explanation: Diagrams should not be standalone entities; they should be accompanied by contextual information or explanations. Without proper context, your audience may struggle to interpret the meaning behind the diagram. Always provide clear explanations or captions that help the reader understand the purpose and significance of the diagram.

By avoiding these common mistakes, you can ensure that your diagrammatic representations effectively convey information and facilitate understanding.

Cultural Or Regional Differences

It is important to recognize that cultural or regional differences can influence the interpretation and understanding of diagrammatic representations. What may be clear and intuitive in one culture or region might not be the same in another. Here are a few considerations to keep in mind:

• Symbolic Meanings: Symbols used in diagrams can carry different meanings across cultures. For example, the color red may symbolize danger in one culture, while it may represent good luck in another. When creating diagrams for a global audience, be mindful of these cultural nuances and adapt your symbols accordingly.
• Text and Language: Diagrams often include labels or annotations that rely on language. When designing diagrams for an international audience, consider the language preferences and proficiency of your readers. If possible, provide translations or use universally understood symbols to ensure comprehension.
• Visual Preferences: Aesthetics and visual preferences can vary across cultures. What may be visually appealing in one culture might not resonate as strongly in another. Take into account cultural aesthetics when designing your diagrams to create visuals that are engaging and relatable to your target audience.

By acknowledging and adapting to cultural or regional differences, you can create diagrammatic representations that effectively communicate your message to a diverse audience.

Synonyms Or Alternates To Use

When it comes to expressing ideas and concepts visually, the word “diagrammatic” is commonly used. However, there are several synonyms or alternate words that can be employed to convey a similar meaning. Let’s explore four such alternatives:

1. Graphical

The term “graphical” is often used interchangeably with “diagrammatic” to describe something that is presented in the form of a graph, chart, or visual representation. While both words essentially refer to the same concept, “graphical” may have a slightly broader connotation, encompassing various types of visual elements beyond diagrams.

Contexts where “graphical” might be preferred over “diagrammatic” include situations where the emphasis is on the visual aspect rather than the specific structure or arrangement of the information. For example, when discussing the design of a website, one might say, “The graphical elements on the homepage enhance user engagement.”

2. Pictorial

Similar to “diagrammatic,” the term “pictorial” refers to something that is represented visually. However, “pictorial” carries a nuance of being more focused on images or illustrations rather than abstract diagrams or charts. It implies a visual representation that closely resembles the actual object or scene being depicted.

One might prefer using “pictorial” over “diagrammatic” when describing an artwork or a photograph that captures a particular moment. For instance, in a photography exhibition review, a writer could state, “The artist’s use of pictorial compositions adds depth and emotion to each captured scene.”

The term “visual” is a broad synonym for “diagrammatic” that encompasses any form of representation that can be perceived through sight. It encompasses both graphical and pictorial elements, as well as other visual mediums such as videos or animations.

Using “visual” instead of “diagrammatic” can be advantageous when discussing the overall aesthetic appeal or impact of a visual representation. For instance, in a film critique, one might say, “The director’s masterful use of visual storytelling techniques creates a captivating cinematic experience.”

4. Schematic

While “schematic” shares the general meaning of “diagrammatic,” it often implies a more technical or systematic representation of information. “Schematic” is commonly used in engineering, architecture, or electronics to describe diagrams that illustrate the structure or functioning of a system or device.

When the focus is on conveying the inner workings or the logical arrangement of elements, “schematic” might be preferred over “diagrammatic.” For instance, in a technical manual, one might state, “The schematic diagram provides a clear representation of the electrical connections within the circuit.”

By considering these synonyms or alternate words, one can add variety and precision to their language when referring to visual representations. Each synonym brings its own subtle differences in meaning and usage, allowing for a more nuanced and engaging expression of ideas.

Related Phrases Or Idioms

When it comes to incorporating the word “diagrammatic” into phrases or idioms, there aren’t many commonly used expressions that specifically revolve around this term. However, there are a few related phrases that can still be used to convey similar meanings or concepts. Let’s explore some of these phrases and idioms below:

1. Paint A Diagrammatic Picture

This phrase is often used to describe someone’s ability to vividly and accurately explain a complex concept or idea using visual aids, such as diagrams or charts. It implies the skill of presenting information in a clear and organized manner, enhancing comprehension for the audience.

Example sentence: “The professor effortlessly painted a diagrammatic picture of the intricate biological processes, making it easier for the students to grasp the subject.”

2. A Diagrammatic Representation

This phrase refers to a visual depiction or illustration that presents information or data in a structured and systematic manner. It emphasizes the use of diagrams to convey complex ideas, making them more accessible and understandable.

Example sentence: “The annual report included a diagrammatic representation of the company’s financial performance, allowing stakeholders to quickly grasp the key trends and figures.”

3. Think Diagrammatically

This phrase encourages individuals to approach problem-solving or analysis by visualizing and representing information in the form of diagrams. It suggests adopting a mindset that prioritizes the use of visual aids to enhance understanding and facilitate logical reasoning.

Example sentence: “To effectively solve this complex puzzle, it’s important to think diagrammatically, breaking down the problem into smaller components and visually connecting the dots.”

While these phrases may not be as commonly used as idioms in everyday conversation, they provide a useful way to incorporate the term “diagrammatic” into various contexts. By employing these phrases, individuals can express the importance of visual representation and logical organization in conveying information or solving problems.

In conclusion, the correct usage of diagrammatic holds significant importance in effective communication. By employing this term appropriately, individuals can enhance their ability to convey complex ideas and concepts in a concise and visually engaging manner. The utilization of diagrammatic allows for a more efficient transfer of information, enabling readers or listeners to grasp the intended meaning with greater ease.

Moreover, mastering the usage of diagrammatic can also contribute to one’s overall writing or speaking skills. By incorporating visual representations such as diagrams or charts, individuals can effectively supplement their arguments or explanations, making their content more persuasive and compelling.

Therefore, it is highly encouraged that readers practice incorporating the term “diagrammatic” in their own sentences. By doing so, they can familiarize themselves with its proper usage and develop a stronger command of this valuable linguistic tool.

Shawn Manaher is the founder and CEO of The Content Authority. He’s one part content manager, one part writing ninja organizer, and two parts leader of top content creators. You don’t even want to know what he calls pancakes.

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Chapter 1: Concept of Economics and Significance of Statistics in Economics

• Statistics for Economics | Functions, Importance, and Limitations

Chapter 2: Collection of Data

• Methods of Data Collection
• Sources of Data Collection | Primary and Secondary Sources
• Direct Personal Investigation: Meaning, Suitability, Merits, Demerits and Precautions
• Indirect Oral Investigation : Suitability, Merits, Demerits and Precautions
• Difference between Direct Personal Investigation and Indirect Oral Investigation
• Information from Local Source or Correspondents: Meaning, Suitability, Merits, and Demerits
• Questionnaires and Schedules Method of Data Collection
• Difference between Questionnaire and Schedule
• Qualities of a Good Questionnaire and Types of Questionnaires
• What are the Published Sources of Collecting Secondary Data?
• What Precautions should be taken before using Secondary Data?
• Two Important Sources of Secondary Data: Census of India and Reports & Publications of NSSO
• What is National Sample Survey Organisation (NSSO)?
• What is Census Method of Collecting Data?
• Sample Method of Collection of Data
• Methods of Sampling
• Father of Indian Census
• What makes a Sampling Data Reliable?
• Difference between Census Method and Sampling Method of Collecting Data
• What are Statistical Errors?

Chapter 3: Organisation of Data

• Organization of Data
• Objectives and Characteristics of Classification of Data
• Classification of Data in Statistics | Meaning and Basis of Classification of Data
• Concept of Variable and Raw Data
• Types of Statistical Series
• Difference between Frequency Array and Frequency Distribution
• Types of Frequency Distribution

Chapter 4: Presentation of Data: Textual and Tabular

• Textual Presentation of Data: Meaning, Suitability, and Drawbacks
• Tabular Presentation of Data: Meaning, Objectives, Features and Merits
• Different Types of Tables
• Classification and Tabulation of Data

Chapter 5: Diagrammatic Presentation of Data

• Diagrammatic Presentation of Data: Meaning , Features, Guidelines, Advantages and Disadvantages
• Types of Diagrams
• Bar Graph | Meaning, Types, and Examples
• Pie Diagrams | Meaning, Example and Steps to Construct
• Histogram | Meaning, Example, Types and Steps to Draw
• Frequency Polygon | Meaning, Steps to Draw and Examples
• Ogive (Cumulative Frequency Curve) and its Types
• What is Arithmetic Line-Graph or Time-Series Graph?

Diagrammatic and Graphic Presentation of Data

Chapter 6: measures of central tendency: arithmetic mean.

• Measures of Central Tendency in Statistics
• Arithmetic Mean: Meaning, Example, Types, Merits, and Demerits
• What is Simple Arithmetic Mean?
• Calculation of Mean in Individual Series | Formula of Mean
• Calculation of Mean in Discrete Series | Formula of Mean
• Calculation of Mean in Continuous Series | Formula of Mean
• Calculation of Arithmetic Mean in Special Cases
• Weighted Arithmetic Mean

Chapter 7: Measures of Central Tendency: Median and Mode

• Median(Measures of Central Tendency): Meaning, Formula, Merits, Demerits, and Examples
• Calculation of Median for Different Types of Statistical Series
• Calculation of Median in Individual Series | Formula of Median
• Calculation of Median in Discrete Series | Formula of Median
• Calculation of Median in Continuous Series | Formula of Median
• Graphical determination of Median
• Mode: Meaning, Formula, Merits, Demerits, and Examples
• Calculation of Mode in Individual Series | Formula of Mode
• Calculation of Mode in Discrete Series | Formula of Mode
• Grouping Method of Calculating Mode in Discrete Series | Formula of Mode
• Calculation of Mode in Continuous Series | Formula of Mode
• Calculation of Mode in Special Cases
• Calculation of Mode by Graphical Method
• Mean, Median and Mode| Comparison, Relationship and Calculation

Chapter 8: Measures of Dispersion

• Measures of Dispersion | Meaning, Absolute and Relative Measures of Dispersion
• Range | Meaning, Coefficient of Range, Merits and Demerits, Calculation of Range
• Calculation of Range and Coefficient of Range
• Interquartile Range and Quartile Deviation
• Partition Value | Quartiles, Deciles and Percentiles
• Quartile Deviation and Coefficient of Quartile Deviation: Meaning, Formula, Calculation, and Examples
• Quartile Deviation in Discrete Series | Formula, Calculation and Examples
• Quartile Deviation in Continuous Series | Formula, Calculation and Examples
• Mean Deviation: Coefficient of Mean Deviation, Merits, and Demerits
• Calculation of Mean Deviation for different types of Statistical Series
• Mean Deviation from Mean | Individual, Discrete, and Continuous Series
• Mean Deviation from Median | Individual, Discrete, and Continuous Series
• Standard Deviation: Meaning, Coefficient of Standard Deviation, Merits, and Demerits
• Standard Deviation in Individual Series
• Standard Deviation in Discrete Series
• Standard Deviation in Frequency Distribution Series
• Combined Standard Deviation: Meaning, Formula, and Example
• How to calculate Variance?
• Coefficient of Variation: Meaning, Formula and Examples
• Lorenz Curveb : Meaning, Construction, and Application

Chapter 9: Correlation

• Correlation: Meaning, Significance, Types and Degree of Correlation
• Methods of Measurements of Correlation
• Scatter Diagram Correlation | Meaning, Interpretation, Example
• Spearman's Rank Correlation Coefficient in Statistics
• Karl Pearson's Coefficient of Correlation | Assumptions, Merits and Demerits
• Karl Pearson's Coefficient of Correlation | Methods and Examples

Chapter 10: Index Number

• Index Number | Meaning, Characteristics, Uses and Limitations
• Methods of Construction of Index Number
• Unweighted or Simple Index Numbers: Meaning and Methods
• Methods of calculating Weighted Index Numbers
• Fisher's Index Number as an Ideal Method
• Fisher's Method of calculating Weighted Index Number
• Paasche's Method of calculating Weighted Index Number
• Laspeyre's Method of calculating Weighted Index Number
• Laspeyre's, Paasche's, and Fisher's Methods of Calculating Index Number
• Consumer Price Index (CPI) or Cost of Living Index Number: Construction of Consumer Price Index|Difficulties and Uses of Consumer Price Index
• Methods of Constructing Consumer Price Index (CPI)
• Wholesale Price Index (WPI) | Meaning, Uses, Merits, and Demerits
• Index Number of Industrial Production : Characteristics, Construction & Example
• Inflation and Index Number

Important Formulas in Statistics for Economics

• Important Formulas in Statistics for Economics | Class 11

Diagrammatic and graphic presentation of data means visual representation of the data. It shows a comparison between two or more sets of data and helps in the presentation of highly complex data in its simplest form. Diagrams and graphs are clear and easy to read and understand. In the diagrammatic presentation of data, bar charts, rectangles, sub-divided rectangles, pie charts, or circle diagrams are used. In the graphic presentation of data, graphs like histograms, frequency polygon, frequency curves, cumulative frequency polygon, and graphs of time series are used.

General Rules for Construction of Diagrammatic and Graphic Presentations: 

1. Chronic Number: Each outline or chart should have a chronic number. It is important to recognize one from the other.

2. Title: A title should be given to each outline or chart. From the title, one can understand what the graph or diagram is. The title ought to be brief and simple. It is normally positioned at the top.

3. Legitimate size and scale: An outline or chart ought to be of ordinary size and drawn with an appropriate scale. The scale in a chart indicates the size of the unit.

4. Neatness: Outlines should be pretty much as straightforward as could be expected. Further, they should be very perfect and clean. They ought to likewise be dropped to check out.

5. File: Each outline or chart should be joined by a record. This outlines various sorts of lines, shades or tones utilized in the graph.

6. Commentary: Commentaries might be given at the lower part of an outline. It explains specific focuses in the chart.

Merits of Diagrammatic and Graphics Presentation:

The fundamental benefits or merits of a diagrammatic and graphical representation of data are as follows:

1. To simplify the data: Outlines and charts present information in a simple manner that can be perceived by anyone without any problem. Huge volume of data can be easily presented using graphs and diagrams.

2. Appealing presentation: Outlines and charts present complex information and data in an understandable and engaging manner and leave a great visual effect. In this way, the diagrammatic and graphical representation of information effectively draws the attention of users.

3. Helps with comparison of data: With the help of outlines and charts, comparison and examination data between various arrangements of information is possible.

4. Helps in forecasting: The diagrammatic and graphical representation of information has past patterns, which helps in forecasting and making various policies for the future.

5. Saves time and labour: Charts and graphs make the complex data into a simple form, which can be easily understood by anyone without having prior knowledge of the data. It gives ready to use information, and the user can use it accordingly. In this way, it saves a lot of time and labour.

6. Universally acceptable: Graphs and diagrams are used in every field and can be easily understood by anyone. Hence they are universally acceptable.

7. Helps in decision making: Diagrams and graphs give the real data about the past patterns, trends, outcomes, etc., which helps in future preparation.

Demerits of Diagrammatic and Graphics Presentation:

The demerits of diagrammatic and graphics presentation of data are as follows:

1. Handle with care: Drawing, surmising and understanding from graphs and diagrams needs proper insight and care. A person with little knowledge of statistics cannot analyze or use the data properly.

2. Specific information: Graphs and diagrams do not depict true or precise information. They are generally founded on approximations. The information provided is limited and specific.

3. Low precision: Graphs and diagrams can give misleading results, as they are mostly based on approximation of data. Personal judgement is used to study or analyze the data, which can make the information biased. Also, data can easily be manipulated.

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• Patrick Olivier 2

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Diagrammatic Reasoning

Introduction to Diagrams, Visual Models, and Abduction

• artificial intelligence
• cognitive science
• description logic
• human-computer interaction (HCI)
• information system
• intelligence
• linear optimization
• problem solving
• visualization

Table of contents (32 chapters)

Front matter, views of diagrams, diagrams in the mind.

• Aaron Sloman

Knowing About Diagrams

• Robert K. Lindsay

A Meta-Taxonomy for Diagram Research

• Alan Blackwell, Yuri Engelhardt

Sketches as Mental Reifications of Theoretical Scientific Treatment

• Daniela M. Bailer-Jones

The Fundamental Design Variables of Diagramming

• Clive Richards

Cognitive Aspects of Diagrams

Psychological perspectives on diagrams and their users.

• Alan F. Blackwell

Combining Semantic and Cognitive Accounts of Diagrams

• Corin A. Gurr

Tactile Maps and a Test of the Conjoint Retention Hypothesis

• Simon Ungar, Mark Blades, Christopher Spencer

Spatial Abilities in Problem Solving in Kinematics

• Maria Kozhevnikov, Mary Hegarty, Richard Mayer

Graph Comprehension: The Role of Format, Content and Individual Differences

Graphs in print.

• Jeff Zacks, Ellen Levy, Barbara Tversky, Diane Schiano

The Role of Representation and Working Memory in Diagrammatic Reasoning and Decision Making

• Jozsef A. Toth, C. Michael Lewis

Mechanical Reasoning about Gear-and-belt Diagrams: Do Eye-movements Predict Performance?

• Leon Rozenblit, Michael Spivey, Julie Wojslawowicz

How do Designers Shift their Focus of Attention in their Own Sketches?

• Masaki Suwa, Barbara Tversky

Formal Aspects of Diagrammatic Reasoning

Diagrammatic evaluation of visual mathematical notations.

Bernd Meyer

A Topological Framework for Modelling Diagrammatic Reasoning Tasks

• Jean-Louis Giavitto, Erika Valencia

Editors and Affiliations

Michael Anderson

Patrick Olivier

Bibliographic Information

Book Title : Diagrammatic Representation and Reasoning

Editors : Michael Anderson, Bernd Meyer, Patrick Olivier

DOI : https://doi.org/10.1007/978-1-4471-0109-3

Publisher : Springer London

eBook Packages : Springer Book Archive

Copyright Information : Springer-Verlag London Limited 2002

Softcover ISBN : 978-1-85233-242-6 Published: 05 October 2001

eBook ISBN : 978-1-4471-0109-3 Published: 27 June 2011

Edition Number : 1

Number of Pages : XVI, 584

Number of Illustrations : 64 b/w illustrations

Topics : Applications of Mathematics , Artificial Intelligence , Logic

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diagrammatic adjective

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What does the adjective diagrammatic mean?

There is one meaning in OED's entry for the adjective diagrammatic . See ‘Meaning & use’ for definition, usage, and quotation evidence.

Entry status

OED is undergoing a continuous programme of revision to modernize and improve definitions. This entry has not yet been fully revised.

How common is the adjective diagrammatic ?

How is the adjective diagrammatic pronounced?

British english, u.s. english, where does the adjective diagrammatic come from.

Earliest known use

The earliest known use of the adjective diagrammatic is in the 1850s.

OED's earliest evidence for diagrammatic is from 1853, in the writing of William S. Hamilton, philosopher.

diagrammatic is a borrowing from Greek, combined with an English element; modelled on a Greek lexical item.

Etymons: Greek διάγραμμα , διαγραμματ- , ‑ic suffix .

Nearby entries

• diagonial, adj. & n. 1624–78
• diagonially, adv. 1646
• diagonic, adj. 1592–
• diagonite, n. 1844
• diagony, n. 1690
• diagorize, v. 1633
• diagram, n. 1619–
• diagram, v. 1841–
• diagramic, adj. 1839–
• diagramically, adv. 1885–
• diagrammatic, adj. 1853–
• diagrammatical, adj. 1880–
• diagrammatically, adv. 1853–
• diagrammatize, v. 1884–
• diagrammeter, n. 1876–
• diagraph, n.¹ 1727–
• diagraph, n.² 1847–
• diagraph, v. 1889–
• diagraphic, adj. 1656–
• diagraphical, adj. 1623–
• diagrid, n. 1943–

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Meaning & use

Pronunciation, compounds & derived words, entry history for diagrammatic, adj..

diagrammatic, adj. was first published in 1895; not yet revised.

diagrammatic, adj. was last modified in July 2023.

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• new senses, phrases, and quotations which have been added in subsequent print and online updates.

Revisions and additions of this kind were last incorporated into diagrammatic, adj. in July 2023.

Earlier versions of this entry were published in:

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