Create Graphs in Google Sheets: A Step-by-Step Guide

Jason Gong
June 6, 2024

Click Insert, then Chart to create graphs in Google Sheets.

By the way, we're Bardeen, we build a free AI Agent for doing repetitive tasks.

If you work with data, our GPT in Spreadsheets can automate and enhance your charts, making data visualization easier.

Converting data into visually appealing graphs is a powerful way to communicate insights and trends. Google Sheets offers a user-friendly platform to create a variety of charts and graphs without the need for complex software. In this step-by-step guide, we'll walk you through the process of transforming your Google Sheets data into professional-looking graphs that effectively showcase your information.

Choosing the Right Type of Graph for Your Data

When it comes to visualizing data in Google Sheets, selecting the appropriate chart type is crucial for effectively communicating your message. Different graph types serve distinct purposes, so understanding which one best suits your data is key. Here are some common chart types and their ideal use cases:

  • Line charts: Perfect for displaying trends or changes over time, such as sales growth or website traffic.
  • Bar charts: Ideal for comparing values across categories, like revenue by department or product popularity.
  • Pie charts: Best used to show proportions or percentages of a whole, such as market share or budget allocation.
  • Scatter plots: Great for visualizing relationships between two variables, like correlations between advertising spend and sales.
  • Area charts: Similar to line charts but with the area under the line filled in, making them useful for emphasizing the magnitude of change over time.

Google Sheets offers a wide variety of chart types, each designed to showcase your data in a specific way. By carefully considering the nature of your data and the insights you want to convey, you can choose the most effective graph type to make your data shine. For further assistance, check out GPT for Google Sheets to streamline your data visualization process.

Preparing Your Data in Google Sheets

Before creating a chart in Google Sheets, it's essential to ensure your data is organized and structured correctly. This step is crucial because the way you arrange your data directly impacts the accuracy and effectiveness of your visualizations. Here are some tips for preparing your data:

  1. Arrange your data in a logical format, typically with categories in the first column and corresponding values in subsequent columns.
  2. Use headers to label each column, making it easier for Google Sheets to understand the data structure.
  3. Ensure that each column contains the same data type (e.g., text, numbers, or dates) to avoid any inconsistencies.
  4. Remove any empty rows or columns that might interfere with the chart creation process.

To further refine and organize your data, you can use built-in Google Sheets functions. For example:

  • SORT() allows you to arrange your data in ascending or descending order based on one or more columns.
  • FILTER() enables you to extract specific data points that meet certain criteria, creating a more focused dataset for your chart.

By taking the time to properly structure and clean your data, you'll be able to create accurate, visually appealing charts that effectively communicate your insights. Consider using tools to enrich your data for even better results.

Bardeen helps you automate tasks in Google Sheets, saving time and improving accuracy. Learn how to connect Google Sheets and streamline your workflow.

Inserting and Customizing Charts in Google Sheets

Creating a chart in Google Sheets is a straightforward process. Follow these steps to insert a chart:

  1. Select the data you want to include in your chart.
  2. Click on the "Insert" menu and choose "Chart" from the dropdown.
  3. Google Sheets will automatically suggest a chart type based on your data, but you can change it by clicking on the "Chart type" dropdown in the chart editor sidebar.

Once you have inserted a chart, you can customize it to better suit your needs:

  • Adjust the chart type, such as switching from a bar chart to a line chart, by selecting a different option in the "Chart type" dropdown.
  • Modify the data range by clicking on the "Data range" field and selecting the desired cells.
  • Change the chart's appearance by navigating to the "Customize" tab in the chart editor sidebar. Here, you can modify colors, fonts, and other visual elements.

To further enhance your chart's readability and aesthetics, consider the following tips:

  • Add a title and axis labels to provide context for your data.
  • Use a color scheme that complements your presentation or report.
  • Include a legend to help viewers understand the different data series in your chart.
  • Adjust the scale of your axes to ensure the data is displayed clearly and accurately.

By taking advantage of Google Sheets' built-in customization options, you can create professional-looking charts that effectively communicate your data insights. For more advanced features, check out how to connect Google Docs and other tools with Google Sheets.

Advanced Chart Features and Techniques

Google Sheets offers several advanced features that allow you to create more complex and insightful charts. One such feature is the ability to add trendlines to scatter plots, which can help you identify patterns and relationships between variables. To add a trendline, select your scatter plot and navigate to the "Customize" tab in the chart editor sidebar. Under the "Series" section, click on "Trendline" and choose the type of trendline you want to add, such as linear, exponential, or polynomial.

Another advanced feature is the use of secondary axes in combo charts. This allows you to plot data series with different scales on the same chart, making it easier to compare and analyze the relationships between them. To add a secondary axis, create a combo chart and select the data series you want to assign to the secondary axis. Then, in the chart editor sidebar, click on the dropdown menu next to the data series and choose "Secondary axis."

To create responsive charts that automatically update as your data changes, you can use dynamic ranges and named ranges. Dynamic ranges use functions like OFFSET() and COUNTA() to automatically adjust the range of cells included in your chart as new data is added or removed. Named ranges allow you to assign a name to a specific range of cells, making it easier to reference them in your chart's data range.

If you work with LinkedIn data, you can enrich LinkedIn profiles in your Google Sheets to enhance your charts and analyses.

Save time by using Bardeen's LinkedIn data scraping tools. Automate data updates and keep your charts relevant and current.

Here's how to create a dynamic range for your chart:

  1. Select the cells containing your data, including the column headers.
  2. In the "Name box" on the left side of the formula bar, type a name for your range (e.g., "my_data").
  3. Click on the chart to open the chart editor sidebar.
  4. In the "Data range" field, type an equals sign followed by the name you assigned to your range (e.g., "=my_data").

Now, whenever you add or remove data from the named range, your chart will automatically update to reflect the changes. By leveraging these advanced features and techniques, you can create more powerful and dynamic charts in Google Sheets that provide deeper insights into your data.

Sharing and Publishing Google Sheets Charts

Once you've created a chart in Google Sheets, you may want to share it with others or publish it on a website. Google Sheets provides several options for sharing and publishing your charts.

To share a chart within Google Sheets:

  1. Click on the chart to select it.
  2. Click the "Share" button in the top right corner of the window.
  3. Enter the email addresses of the people you want to share the chart with, and choose their permission level (e.g., view, edit, or comment).
  4. Click "Send" to share the chart.

If you want to publish your chart on a website or blog, follow these steps:

  1. Click on the chart to select it.
  2. Click the three-dot menu icon in the top right corner of the chart.
  3. Select "Publish chart."
  4. Choose whether you want to publish the chart as an interactive chart or an image.
  5. Copy the provided link or embed code.
  6. Paste the link or embed code into your website or blog.

When you publish a chart, it becomes accessible to anyone with the link or anyone who visits the website where it's embedded. Keep this in mind if your chart contains sensitive or confidential data.

You can also download your chart as an image file (PNG or SVG) or a PDF document. To do this, click on the three-dot menu icon in the top right corner of the chart and select "Download as." Choose your desired file format and click "Download."

By sharing and publishing your charts, you can collaborate with others and showcase your data visualizations to a wider audience. Just remember to set appropriate permissions and consider the sensitivity of your data before sharing or publishing. If you need more advanced features, you can connect Excel for better integration.

Automate Google Sheets Graphs with Bardeen

Converting data in Google Sheets to graphs can be done manually as described above, but for those looking to streamline their workflow, Bardeen offers powerful automation capabilities. Whether you're managing large datasets, tracking project progress, or analyzing sales trends, automating the process of data visualization can save time and ensure your graphs are always up to date with the latest data. Let's explore how Bardeen can take your data management to the next level.

  1. Copy all Github issues to Google Sheets: Perfect for developers and project managers, this playbook automates the process of transferring GitHub issues into a Google Sheet, making it easier to visualize project issues and priorities in a graph.
  2. Export Google Trends Data and Save to Google Sheets: Ideal for marketers and data analysts, this playbook simplifies the process of capturing and visualizing Google Trends data in Google Sheets for trend analysis.
  3. Save information from Google Maps search results to Google Sheets: Useful for market researchers and logistics managers, this playbook helps in collecting and visualizing geographical data and trends from Google Maps.

These automations demonstrate just a fraction of what's possible with Bardeen. For more complex data visualization needs, Bardeen's flexibility and integrations with tools like Google Sheets make it an indispensable tool for anyone working with data. Start automating your data processes by downloading the Bardeen app at

Automate Google Sheets with Bardeen AI

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