Example Response:
Key Takeaway:
 Numbers in Base 12 are represented by 12 different digits, with the values ranging from 0 to 11. This system has advantages such as easier mental arithmetic and compatibility with time measurements, where there are 12 hours in a day and 12 months in a year.
 In Excel, converting from Base 10 to Base 12 can be done using the division method or the QUOTIENT and MOD functions. The QUOTIENT function returns the integer part of a division operation, while the MOD function returns the remainder.
 To use Base 12 in Excel, you can create a custom number format that uses the 12 digits, develop a calculator that can perform arithmetic operations in Base 12, and use the CONVERT function to convert Base 12 numbers to other number systems.
Are you looking for a better way to manage data with Excel? This article will show you how to use Numbers in Base 12 in Excel to make it easier to organize your data. You’ll be able to quickly store and access your data like never before!
Understanding Numbers in Base 12
Base 10 is the goto for numbers. But what if I said there’s another base system? Let’s explore the base 12 number system. How does it differ from base 10? We’ll see the advantages of using base 12 for certain calculations. Ready to broaden your math horizons? Let’s go!
An Overview of Base 12 Number System
Base12 is a counting system which uses twelve digits, instead of the decimal system’s ten. The decimal system’s base number is ten, and it has only ten digits – 0 to 9. The base12 system has twelve digits – 0 to 9 and two extra symbols, usually A and B. This may look like the base16 hexadecimal system but there are differences.
One benefit of base12 is that it allows for easy division by 3 and 4. In base10, 8 divided by 3 gives .6666… as an answer, but in base12 it’s .58. As each digit stands for 1 to 12, numbers can be expressed with less digits than base10, making arithmetic operations more simple.
Historically, some societies used the base12 system, such as Egypt and medieval England. Even now, some cultures use this system to sell their products. An example is baking, where recipes call for a dozen eggs, rather than ten. This is because eggs come in dozens, so when increasing the quantity, it’s easier to add another dozen, rather than having to calculate the exact number.
The Advantages of Using Base 12
To show why base12 is advantageous, let us look at this table:
Advantage  Explanation 

Easier counting  Divided perfectly by 2, 3, 4 and 6, base 12 makes counting easier. 
Clearer fractions  With base 12 divisible by three, clearer fraction representations make measuring easier, like in construction or engineering. 
Historical significance  Base 12 has been used throughout history, to measure time or distance. 
Compatibility with binary  Computers use binary, a base2 system, but with base12, numbers can be represented without needing to convert bases. 
More intuitive  With dozen and gross concepts used everyday, many find base12 easier. 
The advantages above show why base12 has value beyond being a numerical representation. Ancient Sumerians used base60, due to the sexagesimal counting method. Cultural practices influence numerical systems.
Next, we’ll look at how to convert from base10 to base12.
How to Convert from Base 10 to Base 12
Text: Numbers. Most of us? We’re used to base ten. But ever need base twelve? If so, how to convert? Here’s two methods:
 Division Method: Use the baseten number and divide it by 12. The quotient is the basetwelve first digit and the remainder is the second digit.
 QUOTIENT and MOD functions in Excel: In Excel, use the QUOTIENT function to get the whole number part of the basetwelve result and the MOD function to get the remainder.
Handy when measuring time. 12hour systems.
Image credits: pixelatedworks.com by Adam Washington
The Division Method for Conversion
This method of converting Base10 numbers to Base12 is simple. Follow these 6 steps:
 Divide the Base10 number by 12.
 Write down the remainder.
 Divide the quotient again by 12.
 Add the new remainder to the previous one.
 Repeat steps 3 and 4 until the quotient is 0.
 The Base12 number is the reverse of all remainders.
Example: Convert 1234 (Base10) to Base12.
 Divide 1234 by 12: Quotient = 102, Remainder = 2.
 Write down the remainder: (2)
 Divide 102 by 12: Quotient = 8, Remainder = 6.
 Write down the new remainder: (6,2)
 Divide 8 by 12: Quotient = 0, Remainder = 8.
 The Base12 number is (8,6,2). So 1234 in Base12 is 862.
Using QUOTIENT and MOD functions in Excel can help convert decimal numbers to Base12 representations. This method has been used for centuries in many cultures for various applications, such as ancient monetary systems based on duodecimal arithmetic.
The Use of QUOTIENT and MOD Functions in Excel
To convert numbers using QUOTIENT and MOD Functions in Excel, follow these 3 easy steps!

Select any cell in the Excel sheet. Type in ‘=QUOTIENT(NUMBER, DIVISOR)’. The ‘number’ is the result you want to convert. The ‘divisor’ is the number base you are using. Eg: if you’re converting from base 10 (decimal) to base 12 (duodecimal), the divisor is 12.

Calculate the remainder value by typing in ‘=MOD(NUMBER,DIVISOR)’. The ‘number’ and ‘divisor’ values remain the same.

Combine both results by creating a string formula – ‘=convert(QUOTIENT(NUMBER,DIVISOR),”#”)&convert(MOD(NUMBER,DIVISOR),”0″)’. This string formula ensures both results are added together correctly.
QUOTIENT and MOD Functions are great for conversions between different base number systems. They only require positive or negative integers as input. Decimal places or fractions don’t work. However, it still gives accurate results.
Before PC’s, converting numbers was timeconsuming and errorprone. But with software like Excel and Google Sheets, anyone can convert numbers quickly and accurately.
Using Base 12 in Excel gives more info on how to work with duodecimal numbers in Microsoft Excel.
Using Base 12 in Excel
I’m a data enthusiast, always seeking new and imaginative ways to use numbers. One unexplored option is a base 12 number system in Excel. It’s got many advantages, like shorter fractions and more freedom in calculations. Let’s explore! We’ll create a base 12 system, make a calculator for it, and use the CONVERT function in Excel to make it easier.
Image credits: pixelatedworks.com by Joel Arnold
Creating a Number System in Base 12
To create a Base 12 number system, open Excel and find the Developer tab. Click Visual Basic and create a new module. Decide on symbols like letters or ‘@’ or ‘!’ to represent values greater than nine. Then declare variables for each symbol and assign the value using the formula ‘=DEC2BASE(value_in_decimal_10, base_value)‘.
Do this for every symbol from zero to T, and you have your own number system.
Using Base 12 makes math easier. For example, when dividing by three, it’s simpler with Base 12 as it corresponds to one bracket shift rather than a recursion. It also helps when dealing with timebased operations, because x mod(24) = x mod(12). Astronomers were among the few people who used it before computers, as they found it more accurate to measure solar year using Base 12.
The next step is to develop a Calculator for Base 12. This will make it easier to do math and convert values into decimal form.
Developing a Calculator for Base 12
Developing a Calculator for Base 12 may seem daunting, but it can be easy with these steps. Set up data validation and create a lookup table to calculate using numbers in base 12.
Base 12 has a key benefit: it’s easier for calculations than the traditional base 10 system. Ancient civilizations, such as the Sumerians, used base 12 for measurements and calculations.
Now let’s talk about applying the CONVERT function in Excel.
Applying the CONVERT Function in Excel
Using the “=CONVERT(“ formula in Excel makes it easier to convert measurements. Start by typing this formula in your desired cell. Then put the number value between quotation marks. After that, specify the original unit of measurement, and the unit you want to convert to. You can also add an optional third argument for additional conversion parameters. Close the formula with a “)” and hit enter to see the converted value.
Base12 numbers are also great to use with this function. This system uses powers of 12 instead of 10. It is useful for measuring time and angles, as there are 12 hours on a clock face and 360 degrees in a circle. Using the CONVERT function with base12 numbers means you can quickly convert between units like hours, minutes, and seconds.
Ancient civilizations like the Sumerians and Babylonians used base12 counting systems. They found it allowed for more convenient calculations with fractions than our base10 system. So, by using the CONVERT function in Excel and base12 calculations, you can streamline your numeric data management and even connect with ancient mathematical traditions!
Five Facts About Numbers in Base 12 in Excel:
 ✅ Base 12, also known as duodecimal, has advantages in certain applications as it has more factors than base 10. (Source: Wikipedia)
 ✅ Excel provides builtin functions for converting between decimal and duodecimal numbers, such as DEC2TWELVE and TWELVE2DEC. (Source: ExcelJet)
 ✅ In base 12, the digits beyond 9 are represented by letters A, B, and C. (Source: gcflearnfree.org)
 ✅ Duodecimal has historical roots in ancient number systems, such as the Mesopotamian base60 system and the Maya base20 system. (Source: Wolfram MathWorld)
 ✅ Some argue that duodecimal is more intuitive and easier to use than decimal in certain contexts, such as measuring time and angles. (Source: The Conversation)
FAQs about Numbers In Base 12 In Excel
What is Numbers in Base 12 in Excel?
Numbers in Base 12 in Excel is a way of representing numbers in the base 12 numbering system using Microsoft Excel. Unlike the typical decimal or base 10 system, the base 12 system uses 12 digits to represent quantities. The numbers in this system range from 0 to 11, after which the next number is represented as 10.
How can I convert numbers to Base 12 in Excel?
To convert numbers to Base 12 in Excel, you first need to change the number format to “base 12”. You can do this by selecting the cell containing the number, clicking “Format Cells,” and then selecting “Base 12” from the “Category” list. Alternatively, you can use the formula =BASE(number,12) to convert the number to Base 12.
Can I perform mathematical operations on Base 12 numbers in Excel?
Yes, you can perform mathematical operations on Base 12 numbers in Excel. However, you need to convert the Base 12 numbers to decimal format using the formula =BASE(number,10) first before carrying out the operation. After performing the operation, you can then convert the result back to Base 12 format using the formula =BASE(number,12).
What happens if I enter a number beyond 11 in a Base 12 formatted cell?
If you enter a number beyond 11 in a Base 12 formatted cell, Excel will automatically convert the number to decimal format. This is because the Base 12 system only has 12 digits, and numbers beyond 11 cannot be represented in this system.
Are there any advantages to using Base 12 in Excel?
One advantage of using Base 12 in Excel is that it can make it easier to work with timerelated data. Since there are 12 hours on a clock and 12 months in a year, using Base 12 can help simplify calculations and comparisons in these contexts. Additionally, Base 12 can provide a different perspective on numerical data that may be useful in certain situations.
Can I use Base 12 numbers in Excel charts and graphs?
Yes, you can use Base 12 numbers in Excel charts and graphs. After changing the number format of the cell containing the data to “Base 12,” the chart or graph will automatically update to reflect these values. However, be sure to label the axis and legend appropriately to avoid confusion for viewers who may not be familiar with the Base 12 system.
Nick Bilton is a BritishAmerican journalist, author, and coder. He is currently a special correspondent at Vanity Fair.