writer
5,435
edits
Changes
Jump to navigation
Jump to search
Line 9:
Line 9: − + − 1/b-a, &for &a<x<b \\+ − 0, &for &x>b+ − \end{cases}</math>+ +
Manuals/calci/UNIFORM (view source)
Revision as of 06:17, 11 February 2014
, 06:17, 11 February 2014no edit summary
*It is also called rectangular distribution.
*It is also called rectangular distribution.
*In <math>UNIFORMDISTRIBUTED(x,ll,ul)</math> ,<math> x </math> is the numeric value to find the probability of the distribution, <math>ll </math> is the lower limit value and <math> ul </math> is the upper limit value.
*In <math>UNIFORMDISTRIBUTED(x,ll,ul)</math> ,<math> x </math> is the numeric value to find the probability of the distribution, <math>ll </math> is the lower limit value and <math> ul </math> is the upper limit value.
*The probability density function of the uniform distribution in the interval (a,b) are: <math>P(x)=\begin{cases} 0, &for &x<a \\
*The probability density function of the uniform distribution for the interval (a,b) is given by:
<math>P(x)=\begin{cases} 0, &for &x<a \\
1/b-a, &for &a<x<b \\
0, &for &x>b
\end{cases}</math>
==equation==
==equation==
<math>
<math>