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The probability that a complex assembly line works correctly depends on whether the line worked correctly the last time it was used. There is a 0.7 chance that the line will work correctly if it worked correctly the time before, and a 0.6 chance that it will work correctly if it did not work correctly the time before. Set up a transition matrix with this information and find the long-range probability that the line will work correctly. ... Let the first state be the assembly line working correctly, and the second be that the assembly line does not work correctly. The transition matrix is P =D (Type an integer or decimal for each matrix element.)

The probability that a complex assembly line works correctly depends on whether the line worked correctly the last time it was used. There is a 0.7 chance that the line will work correctly if it worked correctly the time before, and a 0.6 chance that it will work correctly if it did not work correctly the time before. Set up a transition matrix with this information and find the long-range probability that the line will work correctly. ... Let the first state be the assembly line working correctly, and the second be that the assembly line does not work correctly. The transition matrix is P =D (Type an integer or decimal for each matrix element.)

Advanced Engineering Mathematics
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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The probability that a complex assembly line works correctly depends on whether the line worked correctly the last time it was used. There is a 0.7 chance that the line will work correctly if it worked correctly the time before, and a 0.6 chance that it will work correctly if it did not work correctly the time before. Set up a transition matrix with this information and find the long-range probability that the line will work correctly. ... Let the first state be the assembly line working correctly, and the second be that the assembly line does not work correctly. The transition matrix is P=. (Type an integer or decimal for each matrix element.)
Transcribed Image Text:The probability that a complex assembly line works correctly depends on whether the line worked correctly the last time it was used. There is a 0.7 chance that the line will work correctly if it worked correctly the time before, and a 0.6 chance that it will work correctly if it did not work correctly the time before. Set up a transition matrix with this information and find the long-range probability that the line will work correctly. ... Let the first state be the assembly line working correctly, and the second be that the assembly line does not work correctly. The transition matrix is P=. (Type an integer or decimal for each matrix element.)
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