STANDARDIZE function - The function returns the normalized value from a specific distribution in Excel
The following article introduces you to the STANDARDIZE function - one of the functions in the statistical function group is very popular in Excel.
Description: The function returns the normalized value from a distribution characterized by mean and standard_dev arguments.
Syntax: STANDARDIZE (x, mean, standard_dev)
Inside:
- x : The value you want to normalize, is a required parameter.
- mean: Arithmetic mean of distribution, is a required parameter.
- standard_dev: The standard deviation of the distribution, is a required parameter.
Attention:
- If standard_dev ≤ 0 -> the function returns the #NUM! Error value
- The equation for the normalized value is:
[Z = frac {{X - mu}} {sigma}]
For example:
Calculate the normalized value of the values in the following data table:
- Calculate the standardized value of 29 . In a cell to calculate, enter the formula : = STANDARDIZE (D6, D8, D9)
- Press Enter -> normalized value of 29 is :
- Calculate the normalized value of -29. In the cell to calculate enter the formula: = STANDARDIZE (D7, D8, D9) -> press Enter -> The normalized value of -29 is:
- Where the standard deviation of the distribution is less than or equal to 0 -> the function returns the #NUM! Error value
Above are instructions and some specific examples when using the STANDARDIZE function in Excel.
Good luck!
You should read it
- NORM.S.INV function - The function returns the inverse of the normalized distribution with an average value of 0 and a standard deviation of 1 in Excel
- POISSON.DIST function - The function returns the Poisson distribution in Excel
- POISSON function - The function returns the Poisson distribution in Excel
- GUSSE function - The function returns the probability that an element of the population is normalized in Excel
- WEIBULL function - The function returns the Weibull distribution in Excel
- GAMMA.INV function - The function returns the inverse of the gamma distribution in Excel
- GAMMA.DIST function - The function returns the gamma distribution in Excel
- CHIDIST function - Function returns the right end probability of the distribution when squared in Excel
May be interested
- STDEV.P function - The function returns the standard deviation based on the whole in Excelstdev.p: the function returns the standard deviation based on the whole population, ignoring logical values and text. standard deviation is a measure of the dispersion of values against the mean. support functions from excel 2010 onwards. syntax: stdev.p (number1, [number2] ,.
- STDEV.S function - The function returns the standard deviation based on a sample in Excelstdev.s function: the function returns the standard deviation based on a sample, ignoring logical values and text. standard deviation is a measure of the dispersion of values against the mean. support functions from excel 2010 onwards. syntax: stdev.s (number1, [number2], ...)
- GAMMA.INV function - The function returns the inverse of the gamma distribution in Excelgamma.inv: the function returns the inverse of the gamma distribution, using this function to study their distribution variables that may be symmetrical. support functions from excel 2010 onwards. syntax: gamma.inv (probability, alpha, beta)
- GAMMALN function - The function returns the natural logarithm of the gamma function, Γ (x) in Excelgammaln: the function returns the natural logarithm of the gamma function, Γ (x). syntax: gammaln (x)
- GAMMALN.PRECISE function - The function returns the natural logarithm of the gamma function, Γ (x) in Excelgammaln.precise function: the function returns the natural logarithm of the gamma function, Γ (x). the function is not different from the gammaln function, but the function only supports versions from excel 2013 onwards. syntax: gammaln.precise (x)
- GEOMEAN function - The function returns the average of a positive array or range of data in Excelgeomean function: the function returns the average of a positive array or range of data. use the function to calculate the average growth when knowing the gross profit with variable interest rates. syntax: geomean (number1, [number2], ...)