Draw the transition probability graph and construct the transition probability matrix of the following problems. 2. A police car is on patrol in a neighborhood known for its gang activities. During a patrol, there is a 60% chance of responding in time to the location where help is needed; else regular patrol will continue. chance for cancellation (upon receiving a call, there is a 10% in which case normal patrol is resumed) and a 30% chance that the car is already responding to a previous call. When the police car arrives at the scene, there is a 10% chance that the instigators will have fled (in which case the car returns back to patrol) and a 40% chance that apprehension is made immediately. Else, the officers will search the area. If apprehension occurs, there is a 60% chance of transporting the suspects to the police station; else they are released and the car returns to patrol.

Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter12: Probability
Section12.3: Conditional Probability; Independent Events; Bayes' Theorem
Problem 85E
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Draw the transition probability graph and construct the transition probability matrix of the
following problems.
2. A police car is on patrol in a neighborhood known for its gang activities. During a patrol,
there is a 60% chance of responding in time to the location where help is needed; else
regular patrol will continue. chance for cancellation (upon receiving a call, there is a 10%
in which case normal patrol is resumed) and a 30% chance that the car is already
responding to a previous call. When the police car arrives at the scene, there is a 10%
chance that the instigators will have fled (in which case the car returns back to patrol) and
a 40% chance that apprehension is made immediately. Else, the officers will search the
area. If apprehension occurs, there is a 60% chance of transporting the suspects to the
police station; else they are released and the car returns to patrol.
Transcribed Image Text:Draw the transition probability graph and construct the transition probability matrix of the following problems. 2. A police car is on patrol in a neighborhood known for its gang activities. During a patrol, there is a 60% chance of responding in time to the location where help is needed; else regular patrol will continue. chance for cancellation (upon receiving a call, there is a 10% in which case normal patrol is resumed) and a 30% chance that the car is already responding to a previous call. When the police car arrives at the scene, there is a 10% chance that the instigators will have fled (in which case the car returns back to patrol) and a 40% chance that apprehension is made immediately. Else, the officers will search the area. If apprehension occurs, there is a 60% chance of transporting the suspects to the police station; else they are released and the car returns to patrol.
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