Manuals/calci/EXPONDIST - Revision history

Devika at 22:04, 10 August 2018

2018-08-10T22:04:29Z

Devika: /* Description */

2018-06-06T21:02:48Z

Description

Devika at 21:02, 6 June 2018

2018-06-06T21:02:07Z

Jayaram at 07:27, 13 March 2017

2017-03-13T07:27:29Z

Devika: /* Examples */

2016-03-10T07:04:52Z

Examples

Swapna at 19:05, 7 June 2015

2015-06-07T19:05:09Z

Devika: /* ZOS Section */

2015-06-02T16:52:11Z

ZOS Section

Abin: /* ZOS Section */

2014-06-27T09:43:15Z

ZOS Section

Devika: /* ZOS Section */

2014-06-09T05:53:11Z

ZOS Section

Devika: /* ZOS Section */

2014-06-09T05:45:19Z

ZOS Section

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 <div style="font-size:25px">'''EXPONDIST(X,Lambda,Cumulative)'''</div><br/>
-*<math>X</math> is the value of the function
+*<math>X</math> is the value of the function.
-*<math>Lambda(\lambda)</math> is the value of the rate parameter
+*<math>Lambda(\lambda)</math> is the value of the rate parameter.
-*<math>Cumulative</math> is the logical value like TRUE or FALSE
+*<math>Cumulative</math> is the logical value like TRUE or FALSE.
 ==Description==

@@ Line 10: / Line 10: @@
 *Exponential distribution is the only continuous memoryless random distribution. It is a continuous analog of the Geometric distribution.
 *In <math>EXPONDIST(X,Lambda,Cumulative)</math>, <math>X</math> is the value of the function, <math> Lambda</math> is called rate parameter and <math>Cumulative</math> is either TRUE or FALSE.
-*This function will give the Cumulative Distribution Function when <math>cumulative</math> is TRUE, otherwise it will give the Probability Density Function , when <math>cumulative</math> is FALSE.
+*This function will give the Cumulative Distribution Function when <math>Cumulative</math> is TRUE, otherwise it will give the Probability Density Function , when <math>Cumulative</math> is FALSE.
-*Suppose we are not giving the <math>cumulative</math> value, by default it will consider the <math>cumulative</math> value is FALSE.
+*Suppose we are not giving the <math>Cumulative</math> value, by default it will consider the <math>Cumulative</math> value is FALSE.
 *This function will give the error result when
 . <math>X</math> or <math>Lambda</math> is non-numeric.

@@ Line 1: / Line 1: @@
-<div style="font-size:25px">'''EXPONDIST(x,lambda,cumulative)'''</div><br/>
+<div style="font-size:25px">'''EXPONDIST(X,Lambda,Cumulative)'''</div><br/>
-*<math>x</math> is the value of the function
+*<math>X</math> is the value of the function
-*<math>lambda(\lambda)</math> is the value of the rate parameter
+*<math>Lambda(\lambda)</math> is the value of the rate parameter
-*<math>cumulative</math> is the logical value like TRUE or FALSE
+*<math>Cumulative</math> is the logical value like TRUE or FALSE
 ==Description==
@@ Line 9: / Line 9: @@
 *For e.g Time between successive vehicles arrivals at a workshop.
 *Exponential distribution is the only continuous memoryless random distribution. It is a continuous analog of the Geometric distribution.
-*In <math>EXPONDIST(x,lambda,cumulative)</math>, <math>x</math> is the value of the function, <math> lambda</math> is called rate parameter and <math>cumulative</math> is either TRUE or FALSE.
+*In <math>EXPONDIST(X,Lambda,Cumulative)</math>, <math>X</math> is the value of the function, <math> Lambda</math> is called rate parameter and <math>Cumulative</math> is either TRUE or FALSE.
 *This function will give the Cumulative Distribution Function when <math>cumulative</math> is TRUE, otherwise it will give the Probability Density Function , when <math>cumulative</math> is FALSE.
 *Suppose we are not giving the <math>cumulative</math> value, by default it will consider the <math>cumulative</math> value is FALSE.
 *This function will give the error result when
-. <math>x</math> or <math>lambda</math> is non-numeric.
+. <math>X</math> or <math>Lambda</math> is non-numeric.
-. <math>x<0</math> or <math>lambda \le 0</math>
+. <math>X<0</math> or <math>Lambda \le 0</math>
 The Probability Density Function of an Exponential Distribution is:
 <math>f(x,\lambda)=\begin{cases}
@@ Line 34: / Line 34: @@
 ==ZOS==
-*The syntax is to calculate EXPONDIST in ZOS is <math>(x,lambda,cumulative)</math>.
+*The syntax is to calculate EXPONDIST in ZOS is <math>(X,Lambda,Cumulative)</math>.
-**where <math>x</math> is the value of the function
+**where <math>X</math> is the value of the function
-**<math>lambda</math> is the value of the rate parameter
+**<math>Lambda</math> is the value of the rate parameter
-**<math>cumulative</math> is the logical value like TRUE or FALSE.
+**<math>Cumulative</math> is the logical value like TRUE or FALSE.
 *For e.g.,EXPONDIST(11..12,2.3..3.3..0.4,FALSE)
 {{#ev:youtube|R1BjrD7T6Fs|280|center|Exponential Distribution}}

← Older revision		Revision as of 07:27, 13 March 2017
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	==References==		==References==
	*[http://en.wikipedia.org/wiki/Exponential_distribution Exponential Distribution]		*[http://en.wikipedia.org/wiki/Exponential_distribution Exponential Distribution]
		+
		+
		+
		+	*[[Z_API_Functions \| List of Main Z Functions]]
		+
		+	*[[ Z3 \| Z3 home ]]

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 *=EXPONDIST(0.5,5,TRUE) = 0.917915001
 *=EXPONDIST(5,3,TRUE) = 0.999999694
-*=EXPONDIST(0.4,2,FALSE) = 0.898657928"
+*=EXPONDIST(0.4,2,FALSE) = 0.898657928
 ==Related Videos==

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 :<math>F(x,\lambda)=1-e^{-\lambda x}.H(x)</math>
-==ZOS Section==
+==ZOS==
 *The syntax is to calculate EXPONDIST in ZOS is <math>(x,lambda,cumulative)</math>.
 **where <math>x</math> is the value of the function