Template:ExponentialDistribution: Difference between revisions

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::<span class="texhtml">''f''(''t'') = λ''e''<sup> − λ''t''</sup></span>
::<span class="texhtml">''f''(''t'') = λ''e''<sup> − λ''t''</sup></span>


The exponential distribution and its characteristics are presented in&nbsp;detail in&nbsp;the&nbsp;[[The Exponential Distribution|Exponential Distribution]]&nbsp;chapter.  
The exponential distribution and its characteristics are presented in&nbsp;detail in&nbsp;the chapter&nbsp;[[The Exponential Distribution|The Exponential Distribution]].  


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Revision as of 20:11, 11 March 2012

The Exponential Distribution

The exponential distribution is commonly used for components or systems exhibiting a constant failure rate. It is defined in its most general case by:

f(t) = λe − λ(t − γ)

with two parameters, namely λ and γ (this form is also known as the two-parameter exponential). If the location parameter, γ, is assumed to be zero, then the distribution becomes the one-parameter exponential or,

f(t) = λe − λt

The exponential distribution and its characteristics are presented in detail in the chapter The Exponential Distribution.