Statistical
COUNTA
Counts the non-empty cells in the given cell range or list of arguments. Syntax COUNTA(value; [value1]; ...) value: The values or ranges to count. Eg., A2:A8 Examples Formula Result =COUNTA(A2:A8) 5 =COUNTA(A2:A4;A5:A7) 4 =COUNTA(Dataset) 5 Get a ...
COUNT
Counts the numbers in the given cell range or list of arguments, ignoring text entries. Syntax COUNT(value; [value1]; ...) value: The values or ranges to count. Eg., A2:A6 Examples Formula Result =COUNT(A2:A6) 3 =COUNT(A2:A4;132;11) 4 ...
CORREL
Returns the Pearson correlation coefficient of two given sets of data. Syntax CORREL(x; y) x: The cell range containing the first set of data. Eg., A2:A6 y: The cell range containing the second set of data. Eg., B2:B6 Examples Formula Result ...
CONFIDENCE
Returns the confidence interval for a population mean, using normal distribution. Syntax CONFIDENCE(α; sd; size) α: The desired significance level, between 0 and 1. It also determines the confidence level, which equals (1 - α)*100%. Eg., 0.02 sd: The ...
CHITEST
Returns the value of the Chi-squared (χ2) distribution for static and appropriate degrees of freedom. Syntax CHITEST(observed; expected) observed: Arrays or cell ranges with the observed values. Eg., A2:A6 expected: Arrays or cell ranges with the ...
CHISQINV
Calculates the inverse of the left-tailed probability of a given χ 2 -distribution. Syntax CHISQINV(p; k) p: Probability value for the χ 2 -distribution. Eg., 0.006352131663 k: The number of degrees of freedom for the χ 2 -distribution. Eg., 5 ...
CHISQDIST
Calculates the left-tailed probability values for a χ 2 -distribution. Syntax CHISQDIST(x; k; [cumulative]) x: The number at which you want to evaluate the χ 2 -distribution. Eg., 14 k: The number of degrees of freedom for the χ 2 -distribution. Eg., ...
CHIINV
Calculates the inverse of the right-tailed probability of a χ2-distribution. Syntax CHIINV(p; k) p: Probability of the given χ2-distribution. Eg., 0.01560941610027 k: The degrees of freedom for the χ2-distribution. It must be a positive integer. Eg., ...
CHIDIST
Calculates right-tailed probability values for a χ2-distribution. Syntax CHIDIST(x; k) x: A number at which to evaluate the distribution. Eg., 14 k: The number of degrees of freedom. It must be a positive integer. Eg., 5 Examples Formula Result ...
BINOMDIST
Calculates the probabilities for a binomial distribution, with replacement of draws. Syntax BINOMDIST(k; n; p; [mode]) k: Maximum number of success to calculate the probability. Eg., 3 n: Number of independent trials. Eg., 5 p: Probability of ...
BETAINV
Calculates the inverse of the cumulative distribution function for a beta distribution. It returns the value x, lying between a and b. Syntax BETAINV(p; α; β; [a]; [b]) p: Probability density function of a beta distribution. Eg., 99 α, β: Parameters ...
BETADIST
Calculates the cumulative distribution function or the probability density function of a beta distribution. Beta distributions are used to study the variation of a value across samples. Syntax BETADIST(x; α; β; [a]; [b]; [cumulative]) x: The number ...
B
Calculates the probabilities for a binomial distribution. Syntax B(n; p; k; [k2]) n: Number of independent trials. Eg., 3 p: Probability of success. Eg., 0.5 k: Minimum number of successes to calculate the probability. Eg., 2 k2: Maximum number of ...
AVERAGEIFS
Returns the average of the cell contents in a set of ranges that meet given conditions. Syntax AVERAGEIFS(average_range; test_range; condition; [test_range1]; [condition1];...) average_range: The cell range from which you want to average values. For ...
AVERAGEIF
Returns the average of the values in a range that meet a given condition. Syntax AVERAGEIF(test_range; condition; average_range) test_range: The cell range containing values you want to test for the given condition. Eg., A2:A11 condition: The given ...
AVERAGEA
Returns the average of the given arguments, including text valued as 0. Syntax AVERAGEA(value; [value1]; ...) value: The numerical and text values whose average you want to calculate. Eg., A2:A6 Remarks Evaluates logical values as 1 (TRUE) or 0 ...
AVERAGE
Returns the average or mean of the given arguments, ignoring text. Syntax AVERAGE(number; [number1]; ...) number: The numbers or ra whose average you want to calculate. Eg., A2:A6 Remarks Any text values, except those representing a number, will be ...
AVEDEV
Returns the average of the absolute deviations of given values from their mean. Syntax AVEDEV(number; [number1]; ...) number: The numbers or range containing numbers given as input. Eg., A2:A6 Remarks Any text values, except those representing a ...