UsedRange Property: UsedRange Uncovered: Maximizing Efficiency in VBA Worksheets

1. The Gateway to Efficient VBA Coding

In the realm of Excel VBA, efficiency is not just an advantage; it's a necessity. As developers and analysts seek to streamline their workflows and automate complex tasks, the `UsedRange` property emerges as a pivotal tool in the VBA arsenal. This property, often overlooked, serves as a gateway to efficient coding by allowing us to interact only with the portion of the worksheet that contains data or formatting. This is particularly useful in scenarios where performance is paramount, and unnecessary processing of empty cells can lead to significant slowdowns.

From the perspective of a seasoned VBA developer, `UsedRange` is the cornerstone of optimized code. It's the difference between a script that runs in seconds and one that drags on for minutes. For a beginner, understanding `UsedRange` can be the leap from novice to proficient, as it introduces the concept of targeted data manipulation. Let's delve deeper into the facets of `UsedRange` that make it indispensable:

1. Defining the Scope: The `UsedRange` property returns a `Range` object that represents the area of a worksheet that is currently in use. This includes any cell that has ever been edited or formatted, even if it's now empty.

2. Resetting UsedRange: Over time, the `UsedRange` can become bloated with previously used cells. Resetting the `UsedRange` is possible by clearing the excess rows and columns and then saving the workbook, which can help improve performance.

3. Dynamic Ranges: When dealing with dynamic datasets that can grow or shrink, `UsedRange` automatically adjusts to encompass the new data boundaries, ensuring that your VBA scripts always work with the latest data set.

4. Error Reduction: By focusing only on the used range, the likelihood of errors caused by processing empty cells is significantly reduced, leading to more robust and reliable code.

5. Integration with Other Properties and Methods: `UsedRange` can be used in conjunction with other VBA properties and methods, such as `Find` and `Sort`, to perform operations more efficiently within the confines of the relevant data.

For example, consider a scenario where you need to apply formatting to all non-empty cells in a worksheet. Instead of looping through each cell, you can use `UsedRange` to quickly identify the cells that need attention:

```vba

Sub FormatNonEmptyCells()

Dim cell As Range

For Each cell In ActiveSheet.UsedRange

If Not IsEmpty(cell.Value) Then

' Apply formatting

Cell.Interior.Color = RGB(255, 255, 0) ' Yellow background

End If

Next cell

End Sub

In this code snippet, we iterate over the `UsedRange` of the active sheet, checking each cell to see if it contains data. If it does, we apply a yellow background color. This method is far more efficient than scanning the entire worksheet, especially in cases where data occupies a small fraction of the available cells.

By embracing the `UsedRange` property, VBA coders can unlock a higher level of efficiency in their spreadsheet applications, ensuring that their code is not only effective but also elegantly streamlined for performance. Whether you're a beginner looking to build a solid foundation or an expert refining your craft, `UsedRange` is a concept that deserves your attention and mastery.

2. How UsedRange Defines Worksheet Limits?

In the realm of Excel VBA, the `UsedRange` property is a cornerstone for optimizing and managing worksheets efficiently. It's a dynamic range that adjusts to encompass any cell that has ever been used within the worksheet, whether it currently contains data or not. This includes cells that once had data, formatting, or were merely interacted with. Understanding the `UsedRange` is pivotal because it directly impacts the performance of VBA macros and the overall user experience. When a macro processes cells, it often iterates over the `UsedRange` to avoid scanning empty cells, which can be a time-consuming task in large worksheets.

From a developer's perspective, the `UsedRange` is a double-edged sword. On one hand, it can significantly reduce the number of cells a macro needs to process, leading to faster execution times. On the other hand, if not managed properly, the `UsedRange` can become bloated, encompassing far more cells than necessary, which can slow down the workbook's performance.

Here are some in-depth insights into how `UsedRange` defines worksheet limits:

1. Dynamic Expansion: The `UsedRange` expands automatically when new data is entered or formatting is applied to cells outside the current range. For example, if you have data up to row 50 and you enter new data in row 100, the `UsedRange` will expand to include the new data.

2. Contraction Quirks: Unlike expansion, the `UsedRange` does not automatically contract when data is deleted. This can lead to a 'phantom range' that still considers deleted cells as part of the used area. To reset the `UsedRange`, one can manually edit the range or use VBA code to reset it.

3. Performance Considerations: An inflated `UsedRange` can lead to increased file size and slower calculations. It's important to regularly reset the `UsedRange` to its true boundaries to maintain optimal performance.

4. Navigational Reference: The `UsedRange` is often used in VBA to navigate to the last row or column of data. For instance, `Worksheets("Sheet1").UsedRange.Rows.Count` gives the total number of rows in the used range.

5. Formatting Impact: Any formatting changes, even to an empty cell, will extend the `UsedRange`. This is crucial to remember when applying styles or themes to a worksheet.

6. Interaction with Excel Features: Features like tables and filters interact with the `UsedRange` and can affect its size. For example, inserting a table will expand the `UsedRange` to include the entire table area.

To illustrate the impact of the `UsedRange`, consider a scenario where a macro is designed to highlight cells that contain negative numbers. If the `UsedRange` is accurately defined, the macro will only check cells within the data boundaries. However, if the `UsedRange` includes thousands of empty cells due to previous formatting, the macro will unnecessarily check these cells, wasting resources and time.

```vba

Sub HighlightNegativeNumbers()

Dim cell As Range

For Each cell In ActiveSheet.UsedRange

If IsNumeric(cell.Value) And cell.Value < 0 Then

Cell.Interior.Color = RGB(255, 0, 0) ' Red background for negative numbers

End If

Next cell

End Sub

In this code snippet, the `For Each` loop iterates over the `UsedRange`, and the conditional statement checks for negative values. The efficiency of this macro heavily relies on the size of the `UsedRange`.

By exploring the boundaries of the `UsedRange`, developers and users alike can harness its full potential to streamline workflows and enhance the performance of their Excel applications. It's a testament to the nuanced control VBA offers for managing data at scale, and a reminder of the importance of understanding the underlying mechanics of Excel's features.

3. Streamlining Data Manipulation

The `UsedRange` property in VBA is a powerhouse for data manipulation, offering a streamlined approach to handling data within Excel worksheets. This property, which refers to the area of a worksheet that contains non-blank cells, is invaluable for developers and users looking to automate and optimize their data processing tasks. By focusing on just the cells that contain data, `UsedRange` minimizes the overhead and maximizes efficiency, especially in scenarios where the dataset size is dynamic and unpredictable.

From a performance standpoint, `UsedRange` is a game-changer. It allows macros to run faster by limiting the range of cells they need to interact with, thus reducing the number of iterations and computational load. For instance, when clearing contents or applying formatting, `UsedRange` ensures that only the cells with data are affected, leaving the rest of the worksheet untouched and your macro's performance unhindered.

Here are some in-depth insights into the power of `UsedRange`:

1. Dynamic Range Detection: `UsedRange` automatically adjusts to the current dataset, making it ideal for applications where data is frequently added or removed. This adaptability ensures that your VBA scripts remain accurate and efficient over time.

2. Data Cleaning: When cleaning datasets, `UsedRange` can be employed to quickly identify and operate on all used cells. For example, you might use it to remove duplicates or to standardize data formats across all entries.

3. Formatting and Style Application: Applying consistent formatting across a dataset is simplified with `UsedRange`. Whether you're setting cell borders, background colors, or text styles, `UsedRange` targets only those cells that need attention.

4. Data Analysis: For analysis tasks, such as summarizing data or creating pivot tables, `UsedRange` helps define the exact scope of data to be considered, ensuring that your analysis is both accurate and relevant.

5. Error Checking: `UsedRange` can assist in error-checking processes by highlighting cells that deviate from expected patterns or contain anomalies, thus streamlining the validation of data integrity.

To illustrate, consider a scenario where you need to apply conditional formatting to highlight cells that exceed a certain value. With `UsedRange`, you can write a VBA script that applies this rule only to cells with data, like so:

```vba

Sub HighlightHighValues()

Dim cell As Range

For Each cell In ActiveSheet.UsedRange

If IsNumeric(cell.Value) And cell.Value > 1000 Then

Cell.Interior.Color = RGB(255, 0, 0) ' Red background

End If

Next cell

End Sub

In this example, the macro iterates through the `UsedRange` of the active sheet, checking each cell's value and applying a red background to those exceeding 1000. This targeted approach ensures that the macro runs efficiently and only relevant cells are modified.

The versatility of `UsedRange` makes it an essential tool in the VBA developer's toolkit. By leveraging this property, you can ensure that your data manipulation tasks are performed with precision and efficiency, saving time and resources while maintaining high standards of data quality. Whether you're a seasoned developer or a beginner in the world of VBA, embracing the power of `UsedRange` can significantly enhance your productivity and the functionality of your Excel applications.

4. Understanding the Differences

In the realm of Excel VBA, understanding the distinction between UsedRange and EntireRange is pivotal for developers aiming to optimize their worksheet operations. While both terms seem self-explanatory, their practical implications are nuanced and can significantly impact the performance and accuracy of VBA scripts. The UsedRange refers to the portion of the worksheet that has been utilized - meaning any cell that has ever been edited, formatted, or contains data. Conversely, EntireRange encompasses every single cell within the worksheet, regardless of its usage status.

From a performance standpoint, the UsedRange is often preferred as it limits the scope of operations to cells that contain or have contained data, thus streamlining processes and conserving computational resources. However, this can lead to unexpected results if the range includes cells that were previously formatted but are currently empty. On the other hand, EntireRange guarantees that no cell is left unattended, which is essential for comprehensive operations but can be overkill for everyday tasks, leading to slower execution times.

Here are some in-depth insights into the differences between UsedRange and EntireRange:

1. Scope of Range:

- UsedRange: Dynamically adjusts to include cells that have been modified in any way.

- EntireRange: Static and all-encompassing, covering every cell within the worksheet's grid.

2. Performance Efficiency:

- UsedRange: More efficient as it often involves fewer cells, reducing processing time.

- EntireRange: Less efficient due to the sheer volume of cells involved, which can slow down operations.

3. Reliability:

- UsedRange: Can be unreliable if the workbook has a history of extensive edits, as it may include cells that are no longer in use.

- EntireRange: Reliable for ensuring every cell is accounted for, but can be unnecessarily thorough.

4. Use Cases:

- UsedRange: Ideal for tasks like data analysis, where the focus is on cells with actual content.

- EntireRange: Suited for tasks requiring a complete overhaul of the worksheet, such as applying uniform formatting.

5. Resetting the Range:

- UsedRange: Can be reset by clearing the contents and formats of unused cells.

- EntireRange: Cannot be reset as it is a fixed reference to the entire worksheet.

For example, consider a scenario where a developer needs to apply conditional formatting to highlight rows with sales above a certain threshold. Using UsedRange would be more appropriate as it targets only the cells with sales data. However, if the requirement is to reset all cell formats, then EntireRange would be the go-to choice.

The choice between UsedRange and EntireRange hinges on the specific requirements of the task at hand. A nuanced understanding of both ranges allows developers to write VBA scripts that are not only effective but also efficient, ensuring that Excel workbooks perform optimally without wasting resources. As with any tool, the key lies in knowing when and how to use it to its fullest potential.

5. Best Practices for Using UsedRange

optimizing the performance of vba (Visual Basic for Applications) scripts in Excel is crucial for developers who deal with large datasets and complex calculations. One of the key elements in this optimization process is the effective use of the `UsedRange` property. This property, which refers to the portion of the worksheet that is currently in use, can be a double-edged sword. On one hand, it can significantly speed up operations by limiting the scope of the script to only relevant cells. On the other hand, if not managed properly, `UsedRange` can lead to performance degradation, especially if the range becomes excessively large due to unused but formatted cells being included.

From the perspective of a seasoned VBA developer, managing `UsedRange` is an art that requires a deep understanding of how Excel tracks and updates this range. It's not just about writing efficient code, but also about maintaining the worksheet environment to ensure that `UsedRange` remains accurate and minimal. For instance, simply clearing the contents of cells does not shrink the `UsedRange`; one must explicitly remove formatting or use the `Clear` method to reset it.

Here are some best practices for using `UsedRange` effectively:

1. Reset `UsedRange` Regularly: If you delete rows or columns, Excel may not automatically adjust the `UsedRange`. To manually reset it, you can use a simple VBA code snippet:

```vba

Sub ResetUsedRange()

Worksheets("Sheet1").UsedRange

End Sub

This forces Excel to recalculate the `UsedRange`.

2. Avoid Excessive Formatting: Apply formatting only to cells that need it. Excessive formatting can expand the `UsedRange` unnecessarily, which can slow down your workbook.

3. Use Specific Ranges When Possible: Instead of relying on `UsedRange` for operations like looping through data, define specific ranges based on dynamic row and column counts. This can prevent your code from processing a larger area than necessary.

4. Minimize Interactions with the Worksheet: Each interaction with the worksheet can slow down your VBA script. Where possible, read data into an array, process it, and write it back in one operation.

5. Clean Up Before Saving: Before saving your workbook, clear any unused cells that may have formatting or data remnants. This will ensure that the `UsedRange` is not bloated the next time you open the workbook.

6. Monitor `UsedRange` Growth: Keep an eye on the size of `UsedRange` as your workbook evolves. If you notice it growing unexpectedly, investigate and clean up as needed.

For example, consider a scenario where you have a dataset that spans from A1 to D100. If you apply a border to the entire range but later delete the data from A50 to D100, the `UsedRange` will still consider cells up to D100 as used because of the formatting. To optimize performance, you would need to remove the formatting from the unused cells.

By following these practices, VBA developers can ensure that their scripts run efficiently, making the best use of the `UsedRange` property to maintain high performance in Excel worksheets. Remember, the goal is to work smarter, not harder, and these strategies are a step towards achieving that in the realm of excel VBA programming.

6. Troubleshooting Common Issues with UsedRange in VBA

Troubleshooting common issues with the `UsedRange` property in VBA can be a nuanced task, as it involves understanding both the intricacies of Excel's tracking of cell usage and the subtleties of VBA's interaction with those cells. The `UsedRange` property is essential for optimizing the performance of macros by limiting the scope of operations to only those cells that contain data or formatting. However, it's not uncommon for developers to encounter discrepancies between the expected and actual `UsedRange`, leading to performance degradation or incorrect results. These discrepancies can arise from a variety of factors, such as previously edited cells that are now empty but still considered part of the `UsedRange`, or formatting that extends beyond the data-containing cells.

From the perspective of an Excel user, the `UsedRange` may seem unpredictable when rows or columns outside of the visible data set are included in operations. For a VBA developer, this unpredictability can lead to confusion when writing code that relies on the `UsedRange` to determine the bounds of data. It's important to approach troubleshooting with a systematic mindset, considering both the user's interactions with the worksheet and the underlying mechanics of Excel's tracking system.

Here are some in-depth insights and examples to help troubleshoot common issues with `UsedRange`:

1. Resetting the `UsedRange`:

- Sometimes, the simplest solution to correct the `UsedRange` is to reset it. This can be done by clearing any unused cells that may have residual formatting or data. An example of resetting the `UsedRange` is as follows:

```vba

Sub ResetUsedRange()

Worksheets("Sheet1").UsedRange

End Sub

- This code accesses the `UsedRange` property, which has the side effect of resetting it to the actual used range of the worksheet.

2. Identifying Phantom Cells:

- Phantom cells are cells that appear empty but are still considered part of the `UsedRange`. To identify these cells, you can use the following code snippet:

```vba

Sub HighlightPhantomCells()

Dim cell As Range

For Each cell In Worksheets("Sheet1").UsedRange

If IsEmpty(cell.Value) And cell.HasFormula = False Then

Cell.Interior.Color = RGB(255, 0, 0) ' Highlight in red

End If

Next cell

End Sub

- This will highlight cells that are empty and do not contain formulas, making them easier to identify and clear.

3. Dealing with Formatting Issues:

- Formatting can extend the `UsedRange` beyond the actual data. To address this, you can loop through the `UsedRange` and remove formatting from cells that don't contain data:

```vba

Sub RemoveExtraFormatting()

Dim cell As Range

For Each cell In Worksheets("Sheet1").UsedRange

If IsEmpty(cell.Value) Then

Cell.ClearFormats

End If

Next cell

End Sub

4. Optimizing Performance:

- When working with large datasets, it's crucial to limit the scope of operations to the `UsedRange` to optimize performance. For example, if you're applying a filter to a dataset, ensure that you're only including the `UsedRange`:

```vba

Sub ApplyFilter()

With Worksheets("Sheet1").UsedRange

.AutoFilter Field:=1, Criteria1:=">0" ' Filter for values greater than 0

End With

End Sub

By understanding the common issues and applying these troubleshooting steps, you can ensure that your VBA macros run efficiently and accurately. Remember, the key to effectively using the `UsedRange` is to maintain a clean worksheet environment and to be mindful of how Excel tracks cell usage. With these insights, you can maximize the efficiency of your VBA worksheets and avoid common pitfalls associated with the `UsedRange` property.

7. Pushing the Limits of UsedRange

In the realm of VBA programming, the UsedRange property is a cornerstone for optimizing and managing worksheets efficiently. However, to truly harness its potential, one must delve into advanced techniques that push the boundaries of this property. These methods are not just about understanding what UsedRange is, but about leveraging it in ways that can significantly reduce processing time, streamline code, and handle data more effectively. From minimizing the memory footprint to dynamically adjusting to the ever-changing landscape of a worksheet, these techniques are the tools of seasoned VBA craftsmen. They represent a deeper understanding of Excel's inner workings and a commitment to writing elegant, efficient code.

1. Dynamic Shrinking of UsedRange: Often, the UsedRange can become bloated with "phantom" cells—cells that once contained data or formatting but now serve no purpose. This can lead to sluggish performance. To combat this, one can programmatically reset the UsedRange by clearing any unused formats or content. For example:

```vba

Sub ShrinkUsedRange()

With ThisWorkbook.Sheets("Sheet1")

.Cells.ClearFormats

.UsedRange ' This line recalculates the UsedRange

End With

End Sub

2. UsedRange for Data Analysis: By combining the UsedRange property with other VBA functionalities, one can create powerful data analysis tools. For instance, quickly finding the last row or column with data to summarize or manipulate content:

```vba

Sub AnalyzeData()

Dim lastRow As Long

With ThisWorkbook.Sheets("Sheet1").UsedRange

LastRow = .Rows(.Rows.Count).Row

End With

' Perform data analysis tasks here

End Sub

3. Optimizing Loops with UsedRange: Looping through a range of cells is a common task in VBA, but it can be time-consuming if not done correctly. By using the UsedRange, one can limit the loop to only those cells that contain data:

```vba

Sub OptimizeLoops()

Dim cell As Range

For Each cell In ThisWorkbook.Sheets("Sheet1").UsedRange

' Process only non-empty cells

If Not IsEmpty(cell.Value) Then

' Your code here

End If

Next cell

End Sub

4. Merging Data with UsedRange: When dealing with multiple datasets, the UsedRange property can be used to find the appropriate spot to merge data without overwriting existing information:

```vba

Sub MergeData()

Dim sourceSheet As Worksheet

Dim destinationLastRow As Long

Set sourceSheet = ThisWorkbook.Sheets("SourceSheet")

With ThisWorkbook.Sheets("DestinationSheet")

DestinationLastRow = .UsedRange.Rows(.UsedRange.Rows.Count).Row + 1

SourceSheet.UsedRange.Copy .Cells(destinationLastRow, 1)

End With

End Sub

5. Advanced Filtering with UsedRange: The UsedRange can be used in conjunction with Excel's advanced filtering capabilities to process large datasets efficiently:

```vba

Sub AdvancedFilter()

With ThisWorkbook.Sheets("Sheet1")

.UsedRange.AutoFilter Field:=1, Criteria1:=">100"

' Further processing on filtered data

End With

End Sub

By mastering these advanced techniques, one can ensure that their VBA applications are not only robust but also maintain peak performance, even as datasets grow and requirements evolve. It's about making the UsedRange work for you, rather than being constrained by its default behavior. These insights, drawn from different perspectives, highlight the versatility and power of the UsedRange property in VBA programming.

8. Real-World Applications of UsedRange

The `UsedRange` property in VBA is a powerful tool for Excel users, allowing them to interact with the range of cells that have been used on a worksheet. This includes any cell that has ever been edited or formatted, even if it currently appears blank. The real-world applications of `UsedRange` are vast and varied, demonstrating its versatility and efficiency in handling data within Excel worksheets.

1. Automated Data Cleaning: A data analyst at a retail company uses `UsedRange` to automate the cleaning of sales data. By setting a macro to run through the `UsedRange` of their sales report, they can quickly remove duplicate entries and correct formatting issues, ensuring that the data is accurate and ready for analysis.

2. Dynamic Chart Range Selection: In a marketing department, a team member uses `UsedRange` to create dynamic charts that automatically update as new campaign data is entered. This means that every time they add new figures to their worksheet, the chart's data range updates without manual intervention, saving time and reducing errors.

3. efficient Data entry Forms: An HR manager develops a user form for employee information that populates a master sheet using `UsedRange`. This allows for efficient data entry and ensures that no data is overwritten, as the form automatically finds the next empty row within the `UsedRange` to input new data.

4. Bulk Data Processing: A financial controller uses `UsedRange` to process thousands of transaction records. By writing a VBA script that loops through the `UsedRange`, they can apply complex calculations and categorizations to each transaction in a fraction of the time it would take manually.

5. Custom Data Export: An IT professional creates a macro that leverages `UsedRange` to export data from Excel to another application. By focusing only on the `UsedRange`, the macro ensures that only relevant data is transferred, avoiding unnecessary processing of empty cells.

These examples highlight the adaptability of the `UsedRange` property in addressing a variety of tasks across different industries. By harnessing the power of `UsedRange`, users can significantly enhance their productivity and ensure that their worksheets remain efficient and error-free. Whether it's through automating repetitive tasks, ensuring data integrity, or facilitating seamless data integration, `UsedRange` proves to be an indispensable tool in the Excel user's arsenal.

9. Integrating UsedRange into Your VBA Projects

Integrating the `UsedRange` property into your VBA projects can significantly streamline your workflow when dealing with Excel worksheets. This property, which identifies the area of a worksheet that is currently in use, is invaluable for optimizing data processing and manipulation tasks. By focusing only on the cells that contain data or formatting, you can avoid unnecessary iterations over empty cells, thus saving time and computational resources. From the perspective of a seasoned VBA developer, the `UsedRange` property is a tool that brings precision and efficiency to the forefront of spreadsheet automation.

From a beginner's viewpoint, the `UsedRange` property might seem daunting at first, but its practical applications are vast and rewarding. For instance, when you need to apply a particular format to all used cells or when you want to clear the contents of a worksheet without affecting the entire grid, `UsedRange` proves to be an indispensable asset. It's also particularly useful when exporting data to other applications or when performing batch operations, such as data validation or analysis.

Here are some in-depth insights into effectively integrating `UsedRange` into your vba projects:

1. Understanding the Scope: The `UsedRange` property returns a `Range` object that represents the area of the worksheet that is currently in use. This includes any cell that has ever been edited or formatted, even if it appears to be empty.

2. Resetting UsedRange: Sometimes, the `UsedRange` may include cells that are no longer in use due to past edits. To reset the `UsedRange`, you can use the `.UsedRange` method, which recalculates the boundaries of the used area.

3. Optimizing Loops: Instead of looping through the entire range of cells in a worksheet, use the `UsedRange` to loop only through cells that contain data or formatting. This can drastically reduce the runtime of your macros.

4. dynamic ranges: Use `UsedRange` to create dynamic named ranges that automatically adjust to the amount of data in your worksheet. This is particularly useful for creating dynamic charts or pivot tables that update as data is added or removed.

5. Error Handling: When working with `UsedRange`, it's important to include error handling to account for scenarios where the used range might be empty or contain errors that could disrupt your code.

6. Performance Considerations: Keep in mind that excessive use of `UsedRange` in a large workbook can impact performance. It's advisable to use it judiciously and consider alternative methods if performance becomes an issue.

For example, consider a scenario where you need to apply conditional formatting to highlight all cells in a worksheet that contain numbers greater than 100. Instead of applying the formatting to each cell individually, you can use the `UsedRange` property to quickly identify all used cells and then apply the conditional formatting in one operation:

```vba

Sub HighlightLargeNumbers()

Dim cell As Range

For Each cell In ActiveSheet.UsedRange

If IsNumeric(cell.Value) And cell.Value > 100 Then

Cell.Interior.Color = RGB(255, 255, 0) ' Yellow highlight

End If

Next cell

End Sub

The `UsedRange` property is a powerful feature in VBA that, when used effectively, can enhance the performance and functionality of your Excel projects. Whether you're a novice or an expert, incorporating `UsedRange` into your code can lead to more efficient and effective spreadsheet management. Remember to consider the context in which you're using it and to balance its benefits with any potential performance trade-offs. With these insights and examples, you're well-equipped to make the most of the `UsedRange` property in your VBA endeavors.

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