Compact mode
DMAX vs KURT vs DSTDEVP
Table of content
Basic Classification Comparison
Function Category 📊
Primary classification of the Excel function based on its main purpose and usage domain, helps users quickly identify function typesDMAXKURT- StatisticalKURT belongs to the Statistical category. Excel functions for statistical analysis and calculations
DSTDEVP- StatisticalDSTDEVP belongs to the Statistical category. Excel functions for statistical analysis and calculations
Operation Type 🔧
Fundamental type of operation or action that the Excel function performs on its inputsFor all*- CalculationExcel functions for performing various calculations
Usage Context Comparison
For whom 👥
Target user groups who would benefit most from using this Excel functionDMAXKURT- ScientistsKURT is designed for Scientists. Excel functions used in scientific calculations and research Click to see all.
- StatisticiansKURT is designed for Statisticians. Excel functions designed for statistical analysis and probability calculations Click to see all.
DSTDEVP
Basic Information Comparison
Known For ⭐
Distinctive characteristic or primary strength of the Excel functionDMAX- Database Max ValueDMAX is known for Database Max Value.
KURT- Measuring Data PeakednessKURT is known for Measuring Data Peakedness.
DSTDEVP- Population Standard DeviationDSTDEVP is known for Population Standard Deviation.
History Comparison
Facts Comparison
Interesting Fact 💡
Unique or lesser-known information about the Excel functionDMAX- Originally part of Lotus 1-2-3 compatibility
KURT- Named after mathematician Karl Pearson
DSTDEVP- Essential in scientific research
Sarcastic Fact 🤣
Humorous or ironic observation about the Excel functionDMAX- The maximalist's pride and joy
KURT- Makes statisticians excited and everyone else confused
DSTDEVP- The population predictor
Usage Information Comparison
Formula Complexity Level 📖
Indicates the difficulty level and complexity of using the Excel function effectivelyFor all*
Technical Details Comparison
Input Data Type 📝
Types of data that the Excel function accepts as input parametersFor all*- NumberExcel functions specifically designed for numerical calculations
- ArrayExcel functions designed to work with arrays and ranges of data
DMAX- RangeDMAX accepts Range as input data. Excel functions that operate on cell ranges and data sets
DSTDEVP- RangeDSTDEVP accepts Range as input data. Excel functions that operate on cell ranges and data sets
Version Compatibility 💻
Indicates which Excel versions and platforms the function is compatible with < including Office 365< Excel 2019< 2016< etc.For all*- Excel 2019Excel functions that work specifically in Excel 2019 version
DMAX- Excel 97DMAX is compatible with Excel 97 Excel functions that work in the classic Excel 97 version
KURT- Excel 2016KURT is compatible with Excel 2016 Excel functions that work specifically in Excel 2016 version
- Excel 2013KURT is compatible with Excel 2013 Excel functions that work specifically in Excel 2013 version
DSTDEVP- Excel 97DSTDEVP is compatible with Excel 97 Excel functions that work in the classic Excel 97 version
Operating System 💾
Specifies the operating systems where the function can be used < including Windows< macOS< and web platformsFor all*- WindowsExcel functions optimized for Windows operating system
- MacOSExcel functions optimized for MacOS users
KURT- Web ExcelKURT runs on Web Excel Excel functions available in web-based versions
Required Arguments Count 🔢
Number of mandatory arguments needed for the function to work properlyDMAXKURTDSTDEVPRequired Arguments Type 📊
The data types accepted as valid input arguments for the functionDMAX- RangeDMAX accepts Range as input types Excel functions that operate on cell ranges for calculations
- TextDMAX accepts Text as input types Excel functions specialized in text string manipulation and processing
- CriteriaDMAX accepts Criteria as input types Excel functions that use specific criteria for filtering and conditional operations
KURT- NumberKURT accepts Number as input types Excel functions that perform calculations specifically with numerical inputs
- ArrayKURT accepts Array as input types Excel functions that specifically work with array inputs for calculations
DSTDEVP- RangeDSTDEVP accepts Range as input types Excel functions that operate on cell ranges for calculations
- TextDSTDEVP accepts Text as input types Excel functions specialized in text string manipulation and processing
- CriteriaDSTDEVP accepts Criteria as input types Excel functions that use specific criteria for filtering and conditional operations
Evaluation Comparison
Pros ✅
Key advantages and strengths of the Excel functionDMAX- Efficient With Large Datasets
- Reliable Results
- Excellent For Database Analysis
- Flexible Criteria
KURT- Advanced Statistics
- Precise Calculations
- Professional
DSTDEVP- Population Analysis
- Database Integration
- Population Standard Deviation
- Database Compatible
Cons ❌
Limitations and potential drawbacks of the Excel functionDMAX- Complex Syntax
- Database Structure Dependent
- Limited To Database RangesFunctions that only work with database-style ranges, limiting data structure options Click to see all.
KURT- Complex For Beginners
- Specific Use Case
DSTDEVP- Specialized Usage
- Complex Syntax
- Complex For Beginners
- Specific Use Case
Ratings Comparison
Alternatives to DMAX
MODE
Known for Finding Most Frequent Value
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is easier to use than KURT
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is more versatile than KURT
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is rated higher than KURT
FORECAST
Known for Linear Trend Prediction
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needs fewer arguments than KURT
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is easier to use than KURT
📈
is more versatile than KURT
⭐
is rated higher than KURT
PRODUCT
Known for Multiplying Numbers Together
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is easier to use than KURT
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is more versatile than KURT
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is rated higher than KURT
AVERAGE
Known for Basic Statistical Calculation
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is easier to use than KURT
📈
is more versatile than KURT
⚙
performs better than KURT
⭐
is rated higher than KURT
COUNT
Known for Counting Numeric Cells
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is easier to use than KURT
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is more versatile than KURT
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is rated higher than KURT
FREQUENCY
Known for Distribution Analysis
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needs fewer arguments than KURT
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is easier to use than KURT
📈
is more versatile than KURT
⭐
is rated higher than KURT
AVERAGEIF
Known for Conditional Average Calculations
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needs fewer arguments than KURT
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is easier to use than KURT
📈
is more versatile than KURT
⭐
is rated higher than KURT
SUM
Known for Basic Arithmetic Calculations
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is easier to use than KURT
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is more versatile than KURT
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is more reliable than KURT
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is rated higher than KURT
LARGE
Known for Finding Nth Largest Value
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needs fewer arguments than KURT
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is easier to use than KURT
📈
is more versatile than KURT
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is rated higher than KURT
POWER
Known for Exponential Calculations
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needs fewer arguments than KURT
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is easier to use than KURT
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is more versatile than KURT
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is rated higher than KURT