Each item is inspected and is declared to either pass or fail. The machine can work in automatic or manual mode. If it outputs two failed items in a row in automatic mode, it is switched to manual. Once it produces two passing items in a row in manual mode, it is switched back to automatic. Sup- pose that failure rate is a in automatic and b in manual. You modeled the system as a Markov chain with a diagram given below, where states represent the mode and the status of the previously man- ufactured item, so for example, state “manual-1 success” represents that the machine is in manual mode and the previous item passed.
Each item is inspected and is declared to either pass or fail. The machine can work in automatic or manual mode. If it outputs two failed items in a row in automatic mode, it is switched to manual. Once it produces two passing items in a row in manual mode, it is switched back to automatic. Sup- pose that failure rate is a in automatic and b in manual. You modeled the system as a Markov chain with a diagram given below, where states represent the mode and the status of the previously man- ufactured item, so for example, state “manual-1 success” represents that the machine is in manual mode and the previous item passed.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
Each item is inspected and is declared to either pass or fail. The machine can work in automatic or manual mode. If it outputs two failed items in a row in automatic mode, it is switched to manual. Once it produces two passing items in a row in manual mode, it is switched back to automatic. Sup- pose that failure rate is a in automatic and b in manual. You modeled the system as a Markov chain with a diagram given below, where states represent the mode and the status of the previously man- ufactured item, so for example, state “manual-1 success” represents that the machine is in manual mode and the previous item passed.
![automatic
no failure
ta
automatic
Ifailuve
manual
no success
manual
I success
1-6
i. Suppose that a = 0.17 and b = 0.03. Write down the system of equations to determine the
long-run state proportions.
ii. Suppose that the solution is 0.813 for state "automatic-no failure" and 0.025 for state "manual-
no success". Determine the rest of the long run proportions.
iii. Find the proportion of items produced in the manual mode.
iv. Find the proportion of items that fail the inspection
v. Suppose that manufacture time is 2 minutes in the automatic mode and 11 minutes in the manual
mode. How many items can be produced in an 8 hour shift?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F42757892-aaf2-45c4-914d-98f51cd8d0ee%2F2b79fc7d-191b-48a6-8d64-4231f928a015%2Fxtkbohd_processed.png&w=3840&q=75)
Transcribed Image Text:automatic
no failure
ta
automatic
Ifailuve
manual
no success
manual
I success
1-6
i. Suppose that a = 0.17 and b = 0.03. Write down the system of equations to determine the
long-run state proportions.
ii. Suppose that the solution is 0.813 for state "automatic-no failure" and 0.025 for state "manual-
no success". Determine the rest of the long run proportions.
iii. Find the proportion of items produced in the manual mode.
iv. Find the proportion of items that fail the inspection
v. Suppose that manufacture time is 2 minutes in the automatic mode and 11 minutes in the manual
mode. How many items can be produced in an 8 hour shift?
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