Two types of motorcycle, Type A has two identical and independent tires, and the failure rate of each tire is 0.0006 failures per hour. Type B has three identical and independent tires, and the failure rate of each tire is 0.0006 failures per hour. Obviously, when any one of the tires for both types is punctured, the motorcycle cannot be driven. Calculate the following for both types A and B: (a) Motorcycle failure rate with respect to tires. (b) Motorcycle reliability for a 20-h mission with respect to tires. (c) Motorcycle mean time to failure with respect to tires. (d) Which motorcycle type would you recommend buying and why?

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Two types of motorcycle, Type A has two identical and independent tires, and the failure rate of each tire is 0.0006 failures per hour. Type B has three identical and independent tires, and the failure rate of each tire is 0.0006 failures per hour. Obviously, when any one of the tires for both types is punctured, the motorcycle cannot be driven. Calculate the following for both types A and B: (a) Motorcycle failure rate with respect to tires. (b) Motorcycle reliability for a 20-h mission with respect to tires. (c) Motorcycle mean time to failure with respect to tires. (d) Which motorcycle type would you recommend buying and why?
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