Q1. A pumping station has 3 identical units with a capacity of 4000 litre/hour and 2 identical units with a capacity of 3000 litre/hour. The availability of each unit is 0.96 . b- What is the probability of having10,000 I/hr or less? c- What is probability of having14,000 I/hr or more?

Q1. A pumping station has 3 identical units with a capacity of 4000 litre/hour and 2 identical units with a capacity of 3000 litre/hour. The availability of each unit is 0.96 . b- What is the probability of having10,000 I/hr or less? c- What is probability of having14,000 I/hr or more?

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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Q1. A pumping station has 3 identical units with a capacity of 4000 litre/hour and 2 identical units with a capacity of 3000 litre/hour. The availability of each unit is 0.96 .

b- What is the probability of having10,000 I/hr or less?

c- What is probability of having14,000 I/hr or more?

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