How to Use CHAR(34) Formula in Excel (2 Examples)

Introduction to The CHAR Function

Summary

The CHAR function returns a character specified by a code number from your computer’s character set. It’s particularly useful for translating ASCII code page numbers into actual characters or inserting line breaks into text.

Syntax

The syntax for the CHAR function is as follows:


CHAR(number)

Syntax of CHAR Function in Exce;

Argument

Argument Required/Optional Explanation
number Required An integer between 1 and 255 that specifies the character you want to retrieve. The character corresponds to the character set used by your computer.

Note:  Different operating systems may yield different results for the same number. For example, Windows OS uses the ANSI character set, while Macintosh uses the Macintosh character set.

Return

The CHAR function will return a character specifically for the number given as an argument.

Read More: Character Codes for CHAR Function in Excel


CHAR(34) Function in Excel

The CHAR(34) function in Excel will return a double quote () as the output after inserting it in any phrases or Excel formulas.


Dataset Overview

We’ll use the following data set to complete the examples. We will join the phrases from the following image and turn them into complete sentences.

2 Easy Examples of Using CHAR(34) Function in Excel


Example 1 – Inserting Double Quotes Between Phrases

In the first example, we will simply insert double quotes between two phrases using the CHAR(34) function.  We will also demonstrate the difference between inserting double quotes in a phrase manually and using this function.

Manual Approach

  • To make a complete sentence and add double quotes, see the following sequence in cell D5.
="My favorite "&B5&" is "&""""&C5&""""&"."
  • To add the double quotes inside the phrase of cell C5, we manually added two extra double quotes(“”) before and after C5 in the above sequence.

  • Press Enter to see the result. You will find the double quotes before and after the book name in cell C5.
  • Applying too many double quotes will confuse the users.

Using CHAR(34) Function

  • In the following steps, we will use the CHAR(34) function to add the double quotes.
  • In cell D5, insert the following formula containing the CHAR(34) function instead of the double quotes:
="My favorite "&B8&" is "&CHAR(34)&C8&CHAR(34)&"."

Inserting Double Quotes by Using CHAR(34) Function as A Easy Example of Using CHAR(34) Function in Excel

  • Press Enter to see the complete sentence in cell D5.
  • Use AutoFill to get all the completed sentences.

Showing Final Result for Inserting Double Quotes by Using CHAR(34) Function as A Easy Example of Using CHAR(34) Function in Excel

Read More: How to Use CHAR(10) Function in Excel


Example 2 – Applying CHAR(34) Function with Multiple Functions

We will apply the CHAR(34) function in this second example inside multiple functions. We will use the IF function to demonstrate this example. Generally, users get the return from the IF function in a text format without any symbol or quote. So, we will use the CHAR(34) function to show the output from the IF function together with double quotes.

  • In cell D5, insert the following formula:
=IF(C5>B5,CHAR(34)&"Profit"&CHAR(34),CHAR(34)&"Loss"&CHAR(34))
  • In the above formula, we added the CHAR(34) function before and after the outputs.
  • It will return the specific output with double quotes.

Applying CHAR(34) Function with Multiple Functions in Excel Formula as A Easy Example of Using CHAR(34) Function in Excel

  • Press Enter to see the output with double quotes around it.
  • Use Fill Handle to get the desired output for the lower cells as well.

Showing Final Result for Applying CHAR(34) Function with Multiple Functions in Excel Formula as A Easy Example of Using CHAR(34) Function in Excel

Read More: How to Use CHAR(32) Formula in Excel


Download Practice Workbook

You can download the practice workbook from here:


Notes

  • The CHAR function returns a text value.
  • It was introduced in Excel 2000 and is available in all subsequent versions.
  • It’s the inverse of the CODE function, which gives the code for a given character.
  • For numbers greater than 255, consider using the UNICHAR function.

Related Articles


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Md. Araf Bin Jayed
Md. Araf Bin Jayed

I am Araf. I have completed my B.Sc in Industrial and Production Engineering from Ahsanullah University of Science and Technology. Currently I am working as an Excel & VBA Content Developer in Softeko. With proper guideline and aid of Softeko I want to be a flexible data analyst. With my acquired knowledge and hard work, I want to contribute to the overall growth of this organization.

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