Best Charts for Survey Results
What are the best charts for survey results?
The chart options are Bar, Stacked Bar, Line, Histogram, Pie, Funnel, Scatter, Heat, Radar and Treemap. There are lots of ways you can visualize your survey data. The best type of chart to use depends on the type of data you're working with, and the insights and underlying messages you want to present.
If you need a survey and charting app, feel free to try PageCaddy for free. Build a survey using our easy-to-use survey builder and generate charts with many customizations. Share the form and charts anywhere using the embed link and QR code. Contact our customer service team if you need to ask a question.
Creating great forms and surveys with engaging questions are the beginning to getting the useful insights.
We'll try to breakdown some of the most common and effective charts for different survey results and research projects.
You should be able to find most these charts available in most chart and dashboard apps.
1. Bar Chart
Great for | Categorical or discrete values. |
When to use | If you have categories (e.g., responses like "Excellent", "Very Good", "Just OK", "Bad", and "Not Sure") and want to show how many people chose each option. |
Example | Feedback survey responses about customer experience, where you want to show how many people picked each level of satisfaction. |
2. Stacked Bar Chart
Best for | Multiple categories within a category (e.g., breaking down the responses by demographic group). |
When to use | If you want to compare multiple categories across a few groups or conditions. |
Example | Customer satisfaction levels differ among different age groups or regions. |
3. Line Chart
Best for: | Time-series data. |
When to use | If you are tracking changes in survey responses over time. |
Example | A customer satisfaction survey conducted monthly, with a line chart showing satisfaction trends and levels over several months. |
4. Histogram
Best for | Distribution of continuous data. |
When to use | If your survey includes numeric data (e.g., age, income, or other continuous measures) and you want to show the distribution of responses. |
Example | Showing the distribution of ages of respondents. |
5. Pie Chart
Great for | Displaying proportions of the total survey |
When to use | If you want to show how each response (usually in percentages) contributes to the total. |
Example | Proportion of respondents who prefer different product features. |
Tips | If you have continuous values eg. if you ask how many hours of exercise per week and people responded with a number, you can group the numbers into "bins" like "1-3" hours before creating the pie chart. Try to avoid using too many categories in pie charts otherwise it becomes hard to interpret. |
6. Funnel Chart
Best for | Visualizing stages in a process, especially when data shows different quantities at each stage. |
When to use | If you're analyzing a survey where respondents move through different stages or filters (e.g., marketing funnel). |
Example | Showing the number of respondents who move through the sales funnel such as enquiry, email brochure, first phone call, demo, quotation, and sale. |
7. Scatter Plot
Best for | Showing relationships between two continuous variables. |
When to use | If you have two numeric survey questions and want to see if there is any correlation between them. |
Example | Showing a relationship between the age of respondents and their satisfaction rating. |
8. Heat Map
Best for | Displaying correlations between multiple variables or cross-tabulated data. |
When to use | If you have a large dataset with multiple factors and want to show the intensity of responses or patterns. |
Example | Survey results broken down by both age and satisfaction level, where color intensity indicates frequency or strength of the response. |
9. Radar Chart
Best for | Comparing multiple variables (e.g., satisfaction with different aspects of a product). |
When to use | If you want to show how and quantity of respondents feel about multiple dimensions at once. |
Example | Comparing satisfaction levels across different features of a product (e.g., ease of use, design, price, etc.). |
10. Treemap
Best for | Visualizing hierarchical data and their proportions. |
When to use | If your survey responses are hierarchical (nested categories), and you want to see proportions of each category relative to the whole. |
Example | A survey with multiple factors and sub-categories where you want to show relative proportions. |
Final Tips
- Know your audience: Some charts are easier and faster for non-technical audiences to understand (e.g., pie charts) while others are better suited for deeper analysis (e.g., heat maps, scatter plots).
- Consider what insight and outcomes you want to present: Use charts to present the most significant insight you got from the survey, and communicate to your audience what actions or outcomes can improve your school, business, research project, organization, etc.
- Know your data type: Categorical, discrete, or continuous data will determine the chart choice.
- Simplicity : Avoid overcomplicating the visualizations, or having too many fancy formatting that may confuse the audience.
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