AVERAGE vs PMT vs ROMAN
Compact mode

AVERAGE vs PMT vs ROMAN

Basic Classification Comparison

Basic Information Comparison

  • Known For

    Distinctive characteristic or primary strength of the Excel function
    AVERAGE
    • Basic Statistical Calculation
      AVERAGE is known for Basic Statistical Calculation.
    PMT
    • Calculate Loan Payments
      PMT is known for Calculate Loan Payments.
    ROMAN
    • Convert To Roman Numerals
      ROMAN is known for Convert To Roman Numerals.

Facts Comparison

  • Interesting Fact 💡

    Unique or lesser-known information about the Excel function
    AVERAGE
    • Most basic statistical function
    PMT
    • Most used function in banking industry
    ROMAN
    • Originally added for academic purposes
  • Sarcastic Fact 🤣

    Humorous or ironic observation about the Excel function
    AVERAGE
    • Making averages average since Excel began
    PMT
    • The function that reminds you of your debts
    ROMAN
    • The function Caesar would have used

Technical Details Comparison

  • Input Data Type 📝

    Types of data that the Excel function accepts as input parameters
    For all*
    • Number
      Excel functions specifically designed for numerical calculations
  • Version Compatibility 💻

    Indicates which Excel versions and platforms the function is compatible with < including Office 365< Excel 2019< 2016< etc.
    For all*
    • Excel 2019
      Excel functions that work specifically in Excel 2019 version
    • Excel 2016
      Excel functions that work specifically in Excel 2016 version
    • Excel 2013
      Excel functions that work specifically in Excel 2013 version
    AVERAGE
    • Microsoft 365
      AVERAGE is compatible with Microsoft 365 Excel functions optimized for the latest Microsoft 365 platform
    • Excel Online
      AVERAGE is compatible with Excel Online Excel functions optimized for use in the web-based Excel Online platform
  • Operating System 💾

    Specifies the operating systems where the function can be used < including Windows< macOS< and web platforms
    For all*
    • Windows
      Excel functions optimized for Windows operating system
    • MacOS
      Excel functions optimized for MacOS users
    • Web Excel
      Excel functions available in web-based versions
  • Required Arguments Type 📊

    The data types accepted as valid input arguments for the function
    For all*
    • Number
      Excel functions that perform calculations specifically with numerical inputs
    AVERAGE
    • Range
      AVERAGE accepts Range as input types Excel functions that operate on cell ranges for calculations
    • Array
      AVERAGE accepts Array as input types Excel functions that specifically work with array inputs for calculations

Evaluation Comparison

  • Pros

    Key advantages and strengths of the Excel function
    AVERAGE
    • Simple To Use
    • Common Function
    • Universal
    PMT
    • Accurate Calculations
    • Industry Standard
      Excel functions recognized as industry standards ensure widespread compatibility and reliability
    • Reliable
    ROMAN
    • Unique Conversion
      Excel functions that efficiently convert data types while maintaining unique values
    • Educational Value
    • Interesting
  • Cons

    Limitations and potential drawbacks of the Excel function
    AVERAGE
    PMT
    • Negative Number Output
    • Complex Parameters
    ROMAN
    • Limited Practical Use
    • Maximum Value Limit

Ratings Comparison

Alternatives to AVERAGE
COUNT
Known for Counting Numeric Cells
📊 is easier to use than AVERAGE
COUNTIF
Known for Counting With Conditions
🔢 needs fewer arguments than AVERAGE
SUM
Known for Basic Arithmetic Calculations
📊 is easier to use than AVERAGE
📈 is more versatile than AVERAGE
🛠 is more reliable than AVERAGE
is rated higher than AVERAGE
ROUND
Known for Round Numbers
🔢 needs fewer arguments than AVERAGE
📊 is easier to use than AVERAGE
📈 is more versatile than AVERAGE
is rated higher than AVERAGE
COUNTA
Known for Count Non-Empty Cells
📊 is easier to use than AVERAGE
📈 is more versatile than AVERAGE
🛠 is more reliable than AVERAGE
is rated higher than AVERAGE
AVERAGEIF
Known for Conditional Average Calculations
🔢 needs fewer arguments than AVERAGE