(New page: Some helpful information. <math>P[Y > K] = ? </math> <math>P[Y = K] = P[Y > K - 1] - P[Y > K]</math> <math>P[Y > K] = P(ceil(x) > k) = P(x > K) = ....</math>)
 
 
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<math>P[Y > K] = P(ceil(x) > k) = P(x > K) = ....</math>
 
<math>P[Y > K] = P(ceil(x) > k) = P(x > K) = ....</math>
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Remember X is an exponential random variable with parameter <math>\lambda</math>

Latest revision as of 16:32, 16 October 2008

Some helpful information.

$ P[Y > K] = ? $

$ P[Y = K] = P[Y > K - 1] - P[Y > K] $

$ P[Y > K] = P(ceil(x) > k) = P(x > K) = .... $

Remember X is an exponential random variable with parameter $ \lambda $

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Basic linear algebra uncovers and clarifies very important geometry and algebra.

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