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Prac tical PowerPivot & DAX Formulas for Excel 2010
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EXP()
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EXP() takes just one parameter, which is the power to which to raise the exponent e (271828182845904) The example can be used in any table or as part of a measure
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Syntax
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=EXP(2)
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Result
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Analysis
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The result (738905609893065) is e squared This is a useful function if you are engaged in scientific or mathematical work EXP() is the inverse of LN()
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FACT()
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If you want the factorial of a number, then use FACT() The example can be used in any table or as part of a measure
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Syntax
=FACT(5)
C h a p t e r 1 1 : M a t h & Tr i g Fu n c t i o n s
Result
Analysis
The answer, 120, is 5 multiplied by 4 multiplied by 3 multiplied by 2 multiplied by 1 FACT() has lots of applications, including in statistics
FLOOR()
As you might expect, FLOOR() is the opposite of CEILING() It rounds numbers down to the unit of significance, which is the second parameter The example uses the Products table
Syntax
=FLOOR(Products[UnitPrice],1)
Prac tical PowerPivot & DAX Formulas for Excel 2010
Result
Analysis
This time, Chef Anton s Gumbo Mix has changed from 2135 to 213
INT()
INT() rounds a number down to an integer The example uses the Products table
Syntax
=INT(Products[UnitPrice])
C h a p t e r 1 1 : M a t h & Tr i g Fu n c t i o n s
Result
Analysis
If you scroll down to the product Schoggi Schokolade, the price of 439 has been rounded down to 43 The same result could have been achieved by using the TRUNC() function INT() and TRUNC() differ in how they operate on negative numbers The following syntax, using FLOOR(), also produces the same result:
=FLOOR(Products[UnitPrice],1)
ISOCEILING()
This function, ISOCEILING(), is similar to CEILING() The difference between the two functions lies in how they behave when both parameters are negative In that situation, ISOCEILING() will round up, while CEILING() will round down The second parameter is the unit of significance The example uses the Products table
Syntax
=ISOCEILING(Products[UnitPrice],1)
Prac tical PowerPivot & DAX Formulas for Excel 2010
Result
Analysis
Chef Anton s Gumbo Mix is now 214 rather than 2135
LN()
LN() returns the natural logarithm of a number The example can be used in any table or as part of a measure
Syntax
=LN(5)
C h a p t e r 1 1 : M a t h & Tr i g Fu n c t i o n s
Result
Analysis
There are two other logarithmic functions, LOG() and LOG10() LN(), the natural logarithm, has a base of the constant e It s the inverse of EXP()
LOG()
Here is the second of three logarithmic functions LOG() accepts two parameters, a number and the base for the logarithm The example can be used in any table or as part of a measure
Syntax
=LOG(5,5)
Prac tical PowerPivot & DAX Formulas for Excel 2010
Result
Analysis
If you omit the second parameter, it is assumed you want the logarithm to the base of 10 it then returns an identical result to the function LOG10()
LOG10()
LOG10() is the third of our three logarithmic functions The example can be used in any table or as part of a measure
Syntax
=LOG10(100)
C h a p t e r 1 1 : M a t h & Tr i g Fu n c t i o n s
Result
Analysis
LOG(100) would also return the same result as LOG10(100)
MOD()
MOD() is the modulo function The second number is the divisor, the number you wish to divide by The example uses the Products table
Syntax
=MOD(Products[ReorderLevel],2)
Prac tical PowerPivot & DAX Formulas for Excel 2010
Result
Analysis
MOD() returns the remainder after the division Here, the divisor is 2, and MOD() has identified odd and even values The product Chang, for example, has an odd number (25) for its ReorderLevel
MROUND()
There are quite a few rounding functions in DAX MROUND() rounds up or down to the nearest unit (or multiple, hence the name MROUND()) of significance The example uses the Products table
Syntax
=MROUND(Products[UnitPrice],5)
C h a p t e r 1 1 : M a t h & Tr i g Fu n c t i o n s
Result
Analysis
The price of the product, Mishi Kobe Niku, has been changed from 97 to 95 With CEILING() the result would be 100 FLOOR() would have given the same result but FLOOR() and MROUND() would have returned different results for Tofu MROUND() can act as CEILING() or FLOOR(), depending on the number that is the first parameter There are even more rounding functions INT() and TRUNC() always round to an integer; their behavior is only different on negative numbers ROUND(), ROUNDDOWN(), and ROUNDUP() round to a given number of figures, rather than to a multiple of significance like MROUND()
PI()
PI() returns the constant pi It is accurate to 14 decimal places The example can be used in any table or as part of a measure
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