How to Do Two Way ANOVA in Excel (With Easy Steps)

The fact that Microsoft Excel can only handle balancing designs in which each sample does have an equal amount of observations is among its most notable restrictions. From a technical standpoint, doing a Two-Way ANOVA with an asymmetrical structure is much more complicated and challenging, and you will require some statistical package to do this. As we are aware, ANOVA is used to determine the mean difference between groups that are larger than two. In this article, we will demonstrate the instructions to do two-way ANOVA in Excel.


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What Is ANOVA?

ANOVA is a statistical analysis technique that divides methodical components from different variables to account for the apparent collective variation within a data set. When there are more than two groups, the difference among both may be determined using an ANOVA. When there are two classification factors and a continuous result, the difference can be determined using a two-way ANOVA. Although there are many different types of ANOVA, the main goal of this family of studies is to ascertain if variables are associated with an outcome variable.

A two-way ANOVA is performed as a statistical test to ascertain how two or more explanatory regression models would affect a continuous result variable.


Step-by-Step Procedures to Do Two-Way ANOVA in Excel

ANOVA with two components is another name for it which is Analysis of Variance. Whenever there is one measurement parameter and two independent parameters referred to as determinants or primary effects we employ the approach. We require observations for each conceivable variation of the theoretical amounts in order to use this methodology.


Step 1: Enable Data Analysis ToolPak

Excel’s Data Analysis feature gives the ability to ask questions about data in normal language rather than needing to create laborious algorithms. But by default  Excel disables this ToolPak from the ribbon. To enable this feature we need to follow the following steps.

  • To begin with, go to the File tab from the ribbon.

how to do two way anova in excel

  • This will take you backstage of the excel spreadsheet.
  • Further, in the bottom left corner, click on the Options menu.

  • Excel Options dialog box will appear.
  • Next, go to Add-ins.
  • Furthermore, from the Add-ins group, click on Analysis ToolPak.
  • After that, in the Manage drop-down menu, select Excel Add-ins.
  • Consequently, click on the Go… button.

  • This will display the Add-ins dialog box.
  • Now, checkmark the Analysis ToolPak option from Add-ins available options list.
  • Finally, click on the OK button to finish the procedure.


Step 2: Create Two-Way Table

We must gather information on the qualitative predictor variables at varying configurations of 2 autonomous descriptive analyses in order to apply the Two-Way ANOVA analysis. Firstly, we need to arrange our dataset appropriately in order to do a two-factor analysis of variance in Excel.

  • In the first place, we take three items in column B, which are the sample rows to perform the two-way ANOVA.
  • Afterward, put the percentage of the supplier sequentially in columns C, D and E.


Step 3: Use Data Analysis Tool

The Data Analysis ToolPak can help to develop intricate statistical or technical studies faster and with fewer steps.

  • Firstly, go to the Data tab from the ribbon.
  • Secondly, click on the Data Analysis tool under the Analysis category.

how to do two way anova in excel

  • Thus, the Data Analysis dialog box will appear.
  • Now, from the Analysis Tools options, select Anova: Two-Factor With Replication.
  • Consequently, click OK.

  • Therefore, the Anova: Two-Factor With Replication dialog will display.
  • Now, click on the upper arrow icon shown in the screenshot below to set the Input Range.

  • Further, a tint dialog will pop up where we set the range. In our case, we take the range $B$4:$E$10.
  • Then, press the Enter key on your keyboard.

  • Additionally, we can see that the range is now set in the Input Range field.
  • As we have three items, we take three in the Rows per sample box.
  • Lastly, click on the OK button to complete the process.

Read More: How to Use Two Factor ANOVA with Replication in Excel


Step 4: Summary Statistics

The patterns for the essentially includes and the general average for the two aspects vary. Due to the greater disparity here between providers for the middle item. Suppliers’ average is greater compared to the other suppliers. This average analysis may help us anticipate the results of the two-way ANOVA under the atheist position that the variables have no influence.

how to do two way anova in excel

Read More: How to Interpret Two-Way ANOVA Results in Excel


Step 5: Hypotheses Test Result

We cannot simply assert that one supplier type causes a greater tear intensity since the p-value for the association is so low. The alternative hypothesis supports what we could have anticipated based on the analysis of average values: The type of box determines how the various cassettes work.

how to do two way anova in excel

Read More: How to Interpret ANOVA Results in Excel (3 Ways)


Final Output

This is the final output after performing the two-way ANOVA analysis in that specific data in an Excel spreadsheet.

how to do two way anova in excel

Read More: Two Way ANOVA in Excel with Unequal Sample Size (2 Examples)


Things to Keep in Mind

A #NUM error often happens if each combination of the component groups does not contain the same number of sample rows in the ANOVA dialog.


Conclusion

The above procedures will assist you to Do Two Way ANOVA in Excel. Hope this will help you! Please let us know in the comment section if you have any questions, suggestions, or feedback. Or you can glance at our other articles in the ExcelDemy.com blog!


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Sabrina Ayon

Sabrina Ayon

Hi there! This is Sabrina Ayon. I'm really excited to welcome you to my profile. Currently, I'm working in SOFTEKO as a Excel and VBA Content Developer. I'm a student of United International University and my program is Computer Science and Engineering. I love working with computers and solving problems. I’ve always been interested in research and development. So, here I will be posting articles related to Microsoft Excel. Hoped this may help you. Thank you.

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