How to use the BINOMDIST function
Author: Oscar Cronquist Article last updated on May 11, 2022
The BINOMDIST function calculates the individual term binomial distribution probability, use this function when
- the success probability is constant through all trials
- you know the number of trials
- the outcome is either a success or failure
- each trial is independent of the other trials.
The BINOMDIST function is outdated and replaced by the BINOM.DIST function.
Formula in cell C8:
=BINOMDIST(C3,C4,C5,C6)
Excel Function Syntax
BINOMDIST(number_s,trials,probability_s,cumulative)
Arguments
| number_s | Required. The number of successful tests. |
| trials | Required. How many independent tests. |
| probability_s | Required. The probability of success in each test. |
| cumulative | Required. A boolean value. TRUE - cumulative distribution function FALSE - probability mass function |
Comments
The BINOMDIST function returns
- #VALUE! error value if number_s, trials or probability_s argument is non-numeric.
- #NUM! error value if:
- number_s <= 0 (zero)
- number_s > trials
- probability_s < 0 (zero)
- probability_s > 1
- A = B
number_s and trials are converted into integers.
Functions in 'Compatibility' category
The BINOMDIST function function is one of many functions in the 'Compatibility' category.
Calculates the beta distribution, it represents outcomes in the form of probabilities.
Calculates the inverse of the beta distribution.
Calculates the individual term binomial distribution probability
Calculates the probability of the chi-squared distribution.
Calculates the inverse probability of the chi-squared distribution.
Calculates the test for independence, the value returned from the chi-squared statistical distribution and the correct degrees of freedom. Use this function to check if hypothesized results are valid.
Calculates the confidence interval for a population mean, using a normal distribution.
Calculates the covariance meaning the average of the products of deviations for each pair in two different datasets.
Calculates the minimum value for which the binomial distribution is equal to or greater than a given threshold value.
Calculates the F probability of the right-tailed distribution for two tests.
Rounds a number down, toward zero, to the nearest multiple of significance.
Calculates a value based on existing x and y values using linear regression. Use this function to predict linear trends.
Calculates the value from an F-test. The value shows if the variances from two data sets are not significantly different.
Calculates the gamma often used in queuing analysis (probability statistics).
Calculates the cumulative lognormal distribution of argument x, based on a normally distributed ln(x) with the arguments of mean and standard_dev.
Calculates the most frequent number in a cell range.
Calculates the percent rank of a given number compared to the whole data set.
Calculates the rank of a specific number compared to a list of numbers.
Calculates the standard deviation of a group of values.
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