# data[].attributes.attachment_link.readable_text
No, your data is never used to train our AI models. Additionally, you have full control over the data you process using Paperpal. Your data used for Paperpal Copilot and language checks, do not leave the Paperpal servers. For more details, review our Terms of Use and Privacy Policy data security policies .

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AI Academic Writing Tool - Online English Language Check | Paperpal

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Enhance your academic writing with our free writing assistant, a generative AI-powered academic writing tool. Key features - AI Language suggestions, academic translation, grammar checker, english language check, paraphraser, free essay checker and text reducer tool. Try our online AI academic writing tool that checks language errors and provides instant, in-depth suggestions to help you polish your manuscript.

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ChatGPT helps you get answers, find inspiration, and be more productive.

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Microsoft Copilot is your companion to inform, entertain, and inspire. Get advice, feedback, and straightforward answers. Try Copilot now.

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DeepSeek, unravel the mystery of AGI with curiosity. Answer the essential question with long-termism.

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No, your data is never used to train our AI models. Additionally, you have full control over the data you process using Paperpal. Your data used for Paperpal Copilot and language checks, do not leave the Paperpal servers. For more details, review our Terms of Use and Privacy Policy data security policies .

# data[].attributes.attachment_link.title
AI Academic Writing Tool - Online English Language Check | Paperpal

# data[].attributes.attachment_link.description
Enhance your academic writing with our free writing assistant, a generative AI-powered academic writing tool. Key features - AI Language suggestions, academic translation, grammar checker, english language check, paraphraser, free essay checker and text reducer tool. Try our online AI academic writing tool that checks language errors and provides instant, in-depth suggestions to help you polish your manuscript.

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Justdone: Streamline Your Business with Cutting-Edge AI Solutions

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Your writing partner, Justdone.ai, powered by AI. Leverage our empowering tools for content. Increase writing volume, improve quality.

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1. Find a potential conference or journal, Example 1:

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1. Find a potential conference or journal, Example 1:

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Conference ICGE XI 2025 – International Conference on Global Education

# data[].attributes.headline
3. Checking journal/eproceeding scopus index and non scopus index

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3. Checking journal/eproceeding scopus index and non scopus index

# data[].attributes.headline
 2. Download the template to begin writing. 

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 2. Download the template to begin writing. 

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3. Check payment as well, fee for the publication and presentation.

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3. Check payment as well, fee for the publication and presentation.

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1. Select the theme or domain for the articles you wish to write.

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1. Select the theme or domain for the articles you wish to write.

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a. Review paper/ Systematic Literature Review (SLR)/ Systematic Mapping Study (SMS)/Technical Paper

b. Find sample paper related to the domain/theme.

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Google Scholar provides a simple way to broadly search for scholarly literature. Search across a wide variety of disciplines and sources: articles, theses, books, abstracts and court opinions.

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SciSpace by Typeset | Discover, Create, Publish, and Promote your research paper

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Your platform to explore and explain papers. Search for 270M+ papers, understand them in simple language, and find connected papers, authors, topics.

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Microsoft Copilot is your companion to inform, entertain, and inspire. Get advice, feedback, and straightforward answers. Try Copilot now.

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Organize References: Mendeley allows users to store and organize academic papers, books, articles, and other sources in a personal library.

Citation Generation: Mendeley helps generate citations and bibliographies in various styles (APA, MLA, Chicago, etc.), making it easier to format citations in research papers.

PDF Annotation: Users can highlight text, add sticky notes, and make comments directly on PDF files, which is useful for note-taking and reviewing papers.

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Access your library, everywhere

Add papers directly from your browser with a few clicks or import any documents from your desktop. Access your library from anywhere. Windows, Mac, Linux and all browsers.

Learn about the library >

Easy referencing

Generate references, citations and bibliographies in a whole range of journal styles with just a few clicks.

Learn about citing >

Career development

250,000 science, technology and health jobs to advance your career.

Advance your career >

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Mendeley - Reference Management Software

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Add papers directly from your browser with a few clicks or import any documents from your desktop. Access your library from anywhere. Windows, Mac, Linux and all browsers. Learn about the library > Generate references, citations and bibliographies in a whole range of journal styles with just a few clicks.

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a. Zotero

b. End Note

c. RefWorks

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1. Sign Up and Log In:

Navigate to the SciSpace website and create an account by providing your email address and setting a password.

Log in to the platform using your newly created credentials.

2. Start a New Project:

Once logged in, create a new project to organize your work. This can be done by going to the "My Library" section and creating a new folder for your project.

3. Conduct a Literature Review:

Use the AI-powered literature review tool to search for relevant research papers. This tool helps you discover new papers, extract key insights, and compile a list of references.

Focus on peer-reviewed articles, books, and credible reports.

4. Draft Your Paper:

Use the AI writer to help structure your paper. Start with an outline and gradually fill in each section, including the introduction, literature review, methodology, results, discussion, and conclusion.

Utilize the AI assistant to suggest improvements and ensure your writing is clear and concise.

5. Cite Sources:

Use the citation generator to add references in the required format (APA, MLA, etc.). This feature ensures your references are correctly formatted and saves you time.

6. Paraphrase and Edit:

Improve the fluency of your content with the paraphrasing tool. This can help you rephrase complex sentences and make your writing more readable.

Edit your paper for clarity, coherence, and conciseness.

7. Check for Originality:

Use the AI detector to analyze your paper for any AI-generated content and ensure originality. This helps avoid potential plagiarism issues.

8. Convert Research to Video (Optional):

Transform your research PDFs into engaging videos for presentations or sharing with a broader audience. This can be done using the "Research PDF to Video" feature.

9. Conduct Deep Review:

Use the Deep Review tool to conduct a systematic literature review. This tool refines searches, reads abstracts, traces citations, and finds the most relevant papers.

10. Finalize and Export:

Review your paper thoroughly, make final edits, and export it in the desired format (PDF, Word, etc.).

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Video 1: Literature Review using SciSpace

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Video 1: Literature Review using SciSpace

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Get Insights from Multiple Research Articles PDFs with AI using SciSpace

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New AI Tool for research writing 2025 🤯 | Features of SciSpace 🔥

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SciSpace Paraphraser AI: Use SciSpace Paraphrasing Tool For Academic Writing - Academia Insider

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Enhance your academic writing with SciSpace Paraphraser AI! Effortlessly paraphrase in 75+ languages, and improve clarity and originality.

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Suggestions: Questions for Ai Writing Function

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Suggestions: Questions for Ai Writing Function

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General Paper Writing

1. "Can you generate an outline for my research paper on [topic]?"

2. "Can you suggest a strong title for my research paper on [topic]?"

3. "What are the key components I should include in my introduction on [topic]?"

4. "Can you draft an abstract for my research on [topic]?"

Literature Review

5. "Can you summarize the latest research on [topic]?"

6. "What are the major gaps in the literature related to [topic]?"

7. "Can you generate a comparative analysis of different methods used in [field]?"

8. "Can you suggest key references on [topic] and summarize them?"

Methodology

9. "What are the best research methods for studying [problem statement]?"

10. "Can you help me write the methodology section for my research on [topic]?"

11. "How can I justify using [specific technique] in my research?"

Results & Discussion

12. "Can you help me analyze the results of my experiment on [topic]?"

13. "What are some ways to present my findings clearly?"

14. "How can I compare my results with previous studies in my field?"

Conclusion & Future Work

15. "Can you draft a strong conclusion for my paper on [topic]?"

16. "What are some possible future research directions based on my findings?"

Formatting & Finalizing

17. "Can you format my paper according to IEEE/Elsevier/Springer guidelines?"

18. "Can you suggest better wording for my abstract/conclusion?"

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1. Introduction

Rationale for AR in Mathematics Education:

Challenges in traditional math learning, such as abstract concepts and engagement issues.

The potential of AR to enhance visualization, interaction, and understanding.

The importance of comparing AR-based learning with traditional methods.

2. Key Areas of Comparison

A. Engagement & Motivation

Traditional Methods:

Often rely on textbooks, whiteboards, and passive learning.

AR-Based Learning:

Offers interactive and immersive experiences, potentially increasing student motivation.

Reference: "Augmented Reality as a Didactic Resource for Teaching Mathematics" discusses AR's potential to produce beneficial methodological changes in math education.

mdpi.com

B. Conceptual Understanding & Visualization

Traditional Methods:

May struggle to explain complex, abstract concepts (e.g., geometry, algebra, calculus).

AR-Based Learning:

Allows 3D visualization, enabling students to manipulate and explore mathematical concepts in real-time.

Reference: "Application in Augmented Reality for Learning Mathematical Functions" highlights how AR can enhance spatial intelligence, crucial for understanding mathematical functions.

mdpi.com

C. Learning Effectiveness & Retention

Traditional Methods:

Often involve rote memorization, which may lead to lower retention rates.

AR-Based Learning:

Studies suggest AR enhances knowledge retention due to active participation.

Reference: "An Augmented Reality Application and User Study for Understanding and Learning Spatial Transformation Matrices" reports significant improvements in students' math scores after using an AR application.

arxiv.org

D. Accessibility & Usability

Traditional Methods:

Require minimal technology and are accessible to all students.

AR-Based Learning:

Requires devices (smartphones, tablets, AR headsets), which may pose barriers in underprivileged schools.

Reference: "The Usage of Augmented Reality Technology in Mathematics Education: A Systematic Literature Review" discusses both the advantages and challenges of AR usage in mathematics education.

researchgate.net

E. Teacher & Student Perspectives

Teacher Adaptability:

How comfortable are educators with integrating AR into their teaching?

Student Feedback:

Opinions on ease of use, engagement, and learning impact.

Reference: "Augmented Reality Applications for Mathematical Creativity: A Systematic Review" explores the impact of AR on both teaching and learning processes.

link.springer.com

3. Challenges & Limitations of AR in Mathematics Learning

Technical Limitations:

Device dependency, battery life, software issues.

Cost Concerns:

Is AR implementation feasible for large-scale adoption?

Distraction Risks:

Could AR make students more focused or more distracted?

Need for Teacher Training:

How can educators be trained to effectively integrate AR?

Reference: "Augmented Reality as a Didactic Resource for Teaching Mathematics" addresses the potential and challenges of AR in educational settings.

mdpi.com

4. Future Directions & Research Opportunities

Personalization:

How can AR be tailored for different learning styles?

AI-Driven AR:

Integration of artificial intelligence for adaptive learning in mathematics.

Hybrid Approaches:

Potential integration with Virtual Reality (VR) for a comprehensive learning experience.

Reference: "Learning Geometric Transformations for Parametric Design: An Augmented Reality (AR)-Powered Approach" discusses innovative uses of AR in educational contexts.

arxiv.org

5. Conclusion

Summary of Findings:

Recap the potential benefits and challenges of AR in mathematics education.

Implications for Educators:

Considerations for integrating AR into curricula.

Call for Further Research:

Emphasize the need for more studies on scalability, affordability, and teacher training for AR adoption.

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Application in Augmented Reality for Learning Mathematical Functions: A Study for the Development of Spatial Intelligence in Secondary Education Students

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Spatial intelligence is an essential skill for understanding and solving real-world problems. These visuospatial skills are fundamental in the learning of different Science, Technology, Engineering and Mathematics (STEM) subjects, such as Technical Drawing, Physics, Robotics, etc., in order to build mental models of objects or graphic representations from algebraic expressions, two-dimensional designs, or oral descriptions. It must be taken into account that spatial intelligence is not an innate skill but a dynamic skill, which can be enhanced by interacting with real and/or virtual objects. This ability can be enhanced by applying new technologies such as augmented reality, capable of illustrating mathematical procedures through images and graphics, which help students considerably to visualize, understand, and master concepts related to mathematical functions. The aim of this study is to find out whether the integration of the Geogebra AR (Augmented Reality) within a contextualized methodological environment affects the academic performance and spatial skills of fourth year compulsory secondary education mathematics students.

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Sure! Here are some ideas to help you brainstorm for your paper on applying Augmented Reality (AR) in mathematics learning, especially in comparison with traditional teaching methods:

Introduction

Define AR and its relevance in education: Explain what AR is and how it can be used in educational settings.

Importance of mathematics education: Discuss the significance of effective mathematics teaching methods.

Benefits of AR in Mathematics Learning

1. Enhanced Visualization:

AR can help students visualize complex mathematical concepts, such as geometric shapes and graphs, in 3D.

This can lead to a better understanding of abstract concepts compared to traditional 2D representations[1].

2. Interactive Learning:

AR applications can make learning more interactive and engaging. Students can manipulate virtual objects and see the immediate effects of their actions[2].

This hands-on approach can improve retention and comprehension.

3. Personalized Learning:

AR can provide personalized learning experiences by adapting to the individual needs of students.

It can offer immediate feedback and tailored exercises to address specific areas of difficulty[2].

4. Increased Motivation and Engagement:

The novelty and interactivity of AR can increase student motivation and engagement.

Students are more likely to participate actively in lessons and enjoy the learning process[1].

Challenges of AR in Mathematics Learning

1. Technical Issues:

Implementing AR requires access to compatible devices and software, which can be costly.

There may be technical difficulties in setting up and maintaining AR systems[1].

2. Teacher Training:

Effective use of AR in the classroom requires teachers to be trained in using the technology.

Lack of training can hinder the successful integration of AR into the curriculum[1].

3. Distraction Potential:

The interactive nature of AR can sometimes lead to distractions if not managed properly.

Ensuring that AR activities are focused and aligned with learning objectives is crucial[2].

Comparison with Traditional Teaching Methods

1. Visualization:

Traditional methods often rely on static images and diagrams, which can be limiting.

AR offers dynamic and interactive 3D models that can enhance understanding[1].

2. Engagement:

Traditional methods may involve passive learning, such as listening to lectures and taking notes.

AR promotes active learning through interaction and exploration[2].

3. Feedback:

Traditional methods may provide delayed feedback through graded assignments and tests.

AR can offer immediate feedback, allowing students to learn from their mistakes in real-time[2].

4. Accessibility:

Traditional methods are generally more accessible and do not require advanced technology.

AR requires access to specific devices and software, which may not be available to all students[1].

Conclusion

Summarize the potential of AR in transforming mathematics education.

Discuss the need for further research and development to address the challenges and maximize the benefits of AR.

References

1. A systematic review of augmented reality in mathematics education: This paper provides insights into the successful integration and impact of AR in mathematics education[1].

2. Augmented reality applications for mathematical creativity: This review analyzes the research trends and implications of AR for improving students' cognitive performance and creativity[2].

3. Traditional and modern teaching methods in mathematics: This paper discusses the positive impact and importance of modern, interactive methods in mathematics education[3].

Would you like more detailed information on any specific section or additional references?

References

[1] A systematic review of augmented reality in mathematics education ...

[2] Augmented reality applications for mathematical creativity: a ...

[3] TRADITIONAL AND MODERN TEACHING METHODS IN MATHEMATICS - UB

[4] A systematic literature review on augmented reality in mathematics ...

[5] Traditional vs Non-traditional Teaching and Learning Strategies - the ...

[6] Activity-Based Teaching versus Traditional Method of Teaching in ...

[7] Comparing Traditional and Modern Teaching Methods in Mathematics ...

[8] COMPARISON OF NEW MATHEMATICS TEACHING METHODS WITH TRADITIONAL METHOD

[9] https://doi.org/10.36922/ac.4446

[10] https://creativecommons.org/licenses/by-nc/4.0/

[11] https://doi.org/10.4256/ijmtl.v19i1.21

[12] https://doi.org/10.24839/2325-7342.JN29.2.150

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If you plan to conduct experiments on applying Augmented Reality (AR) in Mathematics Learning, here are some key questions to consider:

1. Experimental Design & Setup

What is the age group and educational level of the participants?

Should the experiment focus on a specific math topic (e.g., geometry, algebra, calculus)?

What AR tools or applications will be used? (e.g., GeoGebra AR, Microsoft HoloLens, custom-built AR apps)

How will the traditional teaching method be structured for comparison?

What is the duration of the experiment? (One session, one week, or a full semester?)

2. Sample Selection & Participants

How many participants will be involved?

Will the participants be divided into control (traditional) and experimental (AR-based) groups?

What criteria will be used to select participants? (e.g., prior math performance, experience with AR)

Will students be tested individually or in groups?

Should teachers be trained beforehand to use AR effectively?

3. Learning Outcomes & Measurement

What metrics will be used to measure learning effectiveness?

Test scores (pre-test vs. post-test)

Time taken to solve problems

Error rates in problem-solving

How will engagement and motivation be measured?

Surveys/questionnaires

Eye-tracking analysis

Behavioral observations (e.g., participation level)

Will there be a retention test (e.g., testing students again after a few weeks)?

How will cognitive load be assessed? (e.g., NASA-TLX questionnaire)

4. Technology & Usability Testing

Will students use AR on smartphones, tablets, or headsets?

Are there any technical challenges (e.g., device compatibility, user interface issues)?

How will usability feedback be collected? (e.g., System Usability Scale - SUS)

Will students require training before using AR? If so, how much time is needed?

Are there any accessibility concerns for students with disabilities?

5. Teacher & Student Perspectives

How do teachers perceive the usefulness of AR in teaching mathematics?

Do students prefer AR-based learning over traditional methods? Why or why not?

What challenges do students face while using AR for learning math?

How does AR impact collaborative learning among students?

Are students able to transfer knowledge gained from AR-based learning to traditional problem-solving?

6. Statistical & Data Analysis

What statistical tests will be used to analyze the results? (e.g., t-tests, ANOVA, regression analysis)

Will qualitative data (e.g., survey responses) be analyzed using thematic analysis?

How will the effect size of AR on learning be measured?

7. Ethical Considerations & Limitations

How will informed consent be obtained from participants?

Are there any privacy concerns (e.g., data collection from AR apps)?

What are the potential biases in the study?

How will limitations (e.g., small sample size, device limitations) be addressed?

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Here’s a structured list of contents typically included in a journal paper:

1. Title

A concise and descriptive title reflecting the study’s main focus.

2. Abstract

A summary of the research, including objectives, methods, key findings, and conclusions (150–250 words).

3. Keywords

Relevant terms that help in indexing and searchability (usually 4–6 words).

4. Introduction

Background and motivation for the study.

Problem statement and research gap.

Research objectives and significance.

Brief outline of the paper’s structure.

5. Literature Review

Overview of existing research related to the topic.

Theoretical foundations and frameworks.

Identification of research gaps.

6. Methodology

Research design and approach.

Data collection methods (e.g., experiments, surveys, case studies).

Data analysis techniques.

Justification of chosen methods.

7. Results

Presentation of research findings (e.g., tables, graphs, figures).

Description of observed patterns or trends.

8. Discussion

Interpretation of results in relation to research objectives.

Comparison with previous studies.

Implications and significance of findings.

9. Conclusion & Future Work

Summary of key findings.

Limitations of the study.

Suggestions for future research directions.

10. References

Properly formatted citations of all referenced works following journal guidelines (e.g., APA, IEEE, Harvard).

11. Appendices (if needed)

Additional data, detailed calculations, or supplementary materials.

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Title

- A Comprehensive Review of Augmented Reality Applications in Mathematics Education

Abstract

- Brief overview of the purpose, methodology, findings, and implications of the review.

1. Introduction

- 1.1 Background on AR technology

- 1.2 Importance of mathematics education

- 1.3 Motivation for using AR in learning mathematics

- 1.4 Objectives of the review paper

3. Overview of Augmented Reality

- 3.1 Definition and types of AR

- 3.2 AR technologies and tools commonly used in education

- 3.3 Advantages of AR in educational contexts

4. Existing Works on AR in Mathematics Education

- 4.1 AR applications for teaching basic arithmetic

- 4.1.1 Interactive games and simulations

- 4.1.2 Visual aids and manipulatives

- 4.2 AR applications for geometry

- 4.2.1 Spatial visualization tools

- 4.2.2 Interactive geometric constructions

- 4.3 AR applications for algebra

- 4.3.1 Equation visualization and manipulation

- 4.3.2 Problem-solving environments

- 4.4 AR applications for calculus and advanced mathematics

- 4.4.1 Visualizing functions and derivatives

- 4.4.2 Real-world applications and modeling

- 4.5 Comparative studies on AR vs. traditional methods

- 4.6 Case studies and success stories

5. Benefits of Using AR in Mathematics Education

- 5.1 Enhanced engagement and motivation

- 5.2 Improved understanding of complex concepts

- 5.3 Opportunities for collaborative learning

- 5.4 Development of critical thinking and problem-solving skills

6. Challenges and Limitations

- 6.1 Technical limitations and accessibility issues

- 6.2 Teacher training and integration into curriculum

- 6.3 Potential distractions and cognitive overload

- 6.4 Lack of standardized assessment methods

7. Future Directions

- 7.1 Emerging trends in AR technology for education

- 7.2 Suggestions for future research

- 7.3 Potential for interdisciplinary applications

8. Conclusion

- Summary of findings

- Implications for educators and policymakers

- Final thoughts on the future of AR in mathematics education

References

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1. I want to write a review paper focus on using AR in learning mathematics. Help me to list contents for my paper

2. Saya nak menulis review artikel yang membincangkan tentang inovasi yang terlah dilakukan dalam pembelajaran Pendidikan seni visual. Saya perlukan dalam Bahasa melayu

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Access your account to continue humanizing AI content with advanced features

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Here are the steps to use Paperpal for writing an article:

Step 1: Access Paperpal

Go to Paperpal’s website

Sign in or create an account (if you haven't already)

Step 2: Upload or Paste Your Article

Click “Start Writing” or “Upload Document”

Upload your article in Word (.docx) or copy-paste the text

Step 3: Choose Your Writing Mode

Paperpal Preflight (for journal submission readiness)

Paperpal for Word/Web (for writing and real-time feedback)

Step 4: Use AI Writing Suggestions

Improve grammar, clarity, and structure

Get paraphrasing and rewording suggestions

Use AI-generated text completion for missing sections

Step 5: Enhance Academic Writing

Check for academic tone and readability

Improve coherence and conciseness

Step 6: Verify Citations and References

Ensure citations follow your required format (APA, IEEE, etc.)

Use Paperpal’s AI reference checking for accuracy

Step 7: Download or Copy the Edited Version

Once satisfied with the edits, download the final version

Or copy and paste it back into your original document

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Master Academic Writing with PaperPal: A Step-by-Step Guide for Research Paper Introduction

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Seamless writing experience With "Write": Attach, Ask, Generate, and Predict with AI

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1. Get sample data set (ex 1)

https://www.thespreadsheetguru.com/sample-data/

2. Get sample data set (ex 2)

https://www.exceldemy.com/learn-excel/sample-data/

3. ss

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I have put this page together to provide everyone with data that you would come across in the REAL WORLD. Whether you are looking for some Pivot Table practice data or data that you can flow through an Excel dashboard you are building, this article will hopefully provide you with a good starting point.

All the example data is free for you to use any way you'd like. I have saved the data in both an Excel format (.xlsx) and a comma-separated values format (.csv).

What Can This Data Be Useful For?

Feeding Dashboards

Manipulating in Power Query

Feeding into Power BI

Practicing Excel Formulas (VLOOKUP Practice Data)

Testing Spreadsheet Solutions

Example Data for Articles or Videos You Are Making

Which Spreadsheet/BI Programs Can I Use This Data With?

Power BI

Tableau

LibreOffice (OpenOffice)

Microsoft Excel

Google Sheets

Apple Numbers

Excel's Power Query

Tell me in the comments if there are others!

Company Employee Example Data

Folks in Human Resources actually deal with a lot of data. This data can be great for creating dashboards and summarizing various aspects of a company's workforce. In this database, there are 1,000 rows of data encompassing popular data points that HR professionals deal with on a regular basis.

You can use this data to practice popular spreadsheet features including Pivot Table, Vlookups, Xlookups, Power Query automation, charts, and Dashboards.

Columns in this Data Set:

Below is a list of all the fields of data included in the sample data.

Data Preview (Employee Records)

Download This Sample Data

If you would like to download this data instantly and for free, just click the download button below. The download will be in the form of a zipped file (.zip) and include both a Microsoft Excel (.xlsx) and CSV file version of the raw data.

Sales Force Example Data (Coming Soon!)

Columns in this Data Set:

Below is a list of all the fields of data included in the sample data.

Data Preview (Sales Team Data)

Company Financial Results Example Data

Columns in this Data Set:

Below is a list of all the fields of data included in the sample data.

Account

Department

Business Unit

Amount

Month

Year

Scenario (Actuals/Forecast/Budget)

Currency

Data Preview (Financial Data)

Website Traffic Example Data (Coming Soon!)

Columns in this Data Set:

Below is a list of all the fields of data included in the sample data.

Data Preview (Web Traffic)

I Hope This Microsoft Excel Article Helped!

Hopefully, you were able to find 1 or more data sets that you can use for your spreadsheet project. If you have any questions about the data I've compiled or suggestions on more datasets that would be useful, please let me know in the comments section below.

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Free Example Data Sets For Spreadsheets [Instant Download]

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I've built extensive spreadsheet sample data on a variety of real-world topics. Each data table includes 1,000 rows of data that you can use to build Pivot Tables, Dashboards, Power Query automations, or practice your Excel formula skills. Each data set is available to download for free and comes in .xlsx and .csv formats.

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2. Find domain, topic, subject of the research, related papers

# data[].attributes.subject
2. Find domain, topic, subject of the research, related papers

# data[].attributes.headline
3. Ask Ai Writer to give suggestion list of contents for your paper

# data[].attributes.subject
3. Ask Ai Writer to give suggestion list of contents for your paper

# data[].attributes.body
Example (Prompt 1): i want to write an articles that investigate effectiveness of using AR in learning mathematics. Suggest contents that should be in my technical paper.

Example(Prompt 2): i want to write a review paper that investigate effectiveness of using AR in learning mathematics. Suggest contents that should be in my review paper. what are the comparisons that should be in my review paper.

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5. Write review of the existing work (Review paper), methodology + experiment + results and discussion (technical paper)

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5. Write review of the existing work (Review paper), methodology + experiment + results and discussion (technical paper)

# data[].attributes.headline
7. Suggest Abstract (introduction, problems, proposed solutions, methodology, expected results)

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7. Suggest Abstract (introduction, problems, proposed solutions, methodology, expected results)

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Prompt: help me to create table of comparison compare TEACHING FRAMEWORK WITH VULNERABILITY MAPPING ANDSEMGREP with other frameworks, i need column for authors, date of published, limitation, stregth, data set

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Prompt: help me to create table of comparison compare TEACHING FRAMEWORK WITH VULNERABILITY MAPPING ANDSEMGREP with other frameworks, i need column for authors, date of published, limitation, stregth, data set

# data[].attributes.headline
Prompt: Create excel file (student grades)

# data[].attributes.subject
Prompt: Create excel file (student grades)

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1.share with me sample data that consists of student grade,in excel file
2.please include marka, at least have 50 students, add more attributes, degree program, marks for programming course and system design course