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Dun dun duuun! is a short three-chord musical phrase, or "sting", widely used in movies and television to indicate a moment of suspense. In modern productions it is often used as a joke effect or to invoke a nostalgic feeling. There are three main variations of the sting.
The median and the mode are the only measures of central tendency that can be used for ordinal data, in which values are ranked relative to each other but are not measured absolutely. Mode the most frequent value in the data set.
The mode of a sample is the element that occurs most often in the collection. For example, the mode of the sample [1, 3, 6, 6, 6, 6, 7, 7, 12, 12, 17] is 6. Given the list of data [1, 1, 2, 4, 4] its mode is not unique. A dataset, in such a case, is said to be bimodal, while a set with more than two modes may be described as multimodal.
The median of a Cauchy distribution with location parameter x 0 and scale parameter y is x 0, the location parameter. The median of a power law distribution x −a, with exponent a > 1 is 2 1/(a − 1) x min, where x min is the minimum value for which the power law holds [10] The median of an exponential distribution with rate parameter λ is ...
The moment generating function of a real random variable is the expected value of , as a function of the real parameter . For a normal distribution with density f {\textstyle f} , mean μ {\textstyle \mu } and variance σ 2 {\textstyle \sigma ^{2}} , the moment generating function exists and is equal to
Composer Mike Post created the iconic "dun-dun" sound heard on "Law & Order" shows like the original, "SVU" and "Organized Crime" after Dick Wolf asked him to.
The audio used in Dramatic Chipmunk - sometimes known as the "Dun dun duuun!" sting - is taken from the score of the 1974 Mel Brooks film Young Frankenstein, [6] which was composed by two-time Oscar nominee (and longtime Brooks collaborator) John Morris, and orchestrated by Morris and EGOT recipient Jonathan Tunick.
The median absolute deviation is a measure of statistical dispersion. Moreover, the MAD is a robust statistic , being more resilient to outliers in a data set than the standard deviation . In the standard deviation, the distances from the mean are squared, so large deviations are weighted more heavily, and thus outliers can heavily influence it.