How to Put an Excel Goal Seek Result in Another Cell
Question details
The user needs to output the calculated result of a Goal Seek operation into a separate cell to preserve and compare against the original input value.

- Product
- Excel
- Device & OS
- not provided
- Scenario
- Performing What-If Analysis where the user wants to compare the original baseline data alongside the newly calculated Goal Seek result without losing the initial numbers.
- Observed behavior
- Excel's built-in Goal Seek tool automatically overwrites the selected input cell with the calculated value, offering no native setting to redirect the result to a different cell.
Before making changes or running scenarios, duplicate your current worksheet or copy your original input data to a separate column to ensure you do not permanently overwrite your baseline numbers.
Calculate the Target Value Using a Direct Formula
Bypassing Goal Seek entirely by using a reverse mathematical formula is the easiest way to place the result in a new cell while keeping your original inputs intact.
If your calculation is relatively straightforward, you can deduce the required input through algebra. Creating a specific formula for the break-even or target point allows you to output the result in any cell dynamically.
Review the mathematical formula connecting your current input cell to the target cell.
Click on an empty cell where you want the new Goal Seek equivalent result to appear.
Type the reversed (algebraic) formula to calculate the break-even point directly based on your fixed target value.
Press Enter to view the calculated result alongside your unchanged original data.

Use the Copy, Paste, and Undo Workaround
A simple manual method to keep your original data is to run Goal Seek, copy the result to a new cell, and then undo the changes to the original input.
Use the Solver Add-in to Preserve Original Values
Solver offers more advanced analysis capabilities than Goal Seek, allowing you to save scenarios or generate reports without permanently losing original data.
Easily Perform Goal Seek and Data Analysis in WPS Spreadsheet
WPS Spreadsheet provides powerful, user-friendly data analysis tools, including Goal Seek and Solver, fully compatible with your existing Excel files. You can effortlessly calculate complex scenarios, test variables, and manage your data outputs within a highly intuitive and free interface.
- 1. Open your workbook: Launch WPS Spreadsheet and open your existing spreadsheet file.
- 2. Access Goal Seek: Navigate to the Data tab on the top ribbon, select What-If Analysis, and click Goal Seek.
- 3. Set your targets: Define your Set Cell, input your desired Target Value, and choose the Changing Cell.
- 4. Extract the result: Click OK to run the calculation, then copy the generated result to a new, empty cell.
- 5. Restore original data: Use the Undo command (Ctrl+Z) immediately after copying to restore your original baseline data while retaining the calculated result.

Frequently Asked Questions
Can I make Goal Seek automatically output to a new cell without overwriting?
No, Excel's built-in Goal Seek tool is specifically designed to alter the input cell by default. To display the result elsewhere, you must manually copy the result, use the Solver Add-in, or apply a reverse mathematical formula.
How do I save a Goal Seek scenario for later comparison?
While Goal Seek itself doesn't save scenarios, you can use the Scenario Manager under Data > What-If Analysis to save different sets of input values. Alternatively, using the Solver add-in offers a direct prompt to save the calculation as a scenario.
Why does Goal Seek fail to find a solution?
Goal Seek might fail if the formula connecting the cells is too complex, if there is no possible mathematical solution, or if Excel hits its maximum iteration limit. Try adjusting your initial input value closer to the expected result to help it calculate.
Is Solver better than Goal Seek for complex spreadsheet models?
Yes. Goal Seek is limited to changing a single variable cell to reach a specific target. Solver is much more robust, capable of handling multiple variable cells simultaneously and applying specific constraints to find optimal solutions.




