Probability of Hunting in B on Thursday Given C on Monday

  • Thread starter subopolois
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In summary, the probability of hunting in B on Thursday given C on Monday is the likelihood of a hunting event occurring in location B on a specific Thursday, given that a certain condition (C) is met on the preceding Monday. This probability is calculated by dividing the number of times hunting occurred in B on a Thursday when C was met on the preceding Monday, by the total number of times C was met on a Monday. The probability can change over time depending on various factors, and it can be used in hunting research and management to analyze and predict hunting patterns and success rates. However, there may be limitations to using probability in hunting research, such as incomplete or inaccurate data and the influence of external factors.
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subopolois
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Homework Statement


some may have seen my other post on markov chains, this is just an extention, something i forgot to ask. the second part of the question asks: If he hunts in C on Monday, what is the probability that he will hunt in B on Thursday?

Homework Equations


markov chain theroms: Ssub0 and PSsub0= Ssub1


The Attempt at a Solution


now the question asks if he hunts on c on monday, my question only relates to this part, i know how to do the rest. so if he hunts in c on monday which is Ssub0, my question is since i know he hunts in c on monday, is Ssub0 {0 0 1}? likewise if he hunted in b mon monday it would be {0 1 0}?
 
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I would approach this problem by first understanding the basics of Markov chains and their properties. I would then carefully read the question and identify the important variables and information provided. In this case, the variables are the different hunting locations (A, B, C) and the days of the week (Monday, Thursday). The information provided is that the person hunts in C on Monday.

Next, I would use the Markov chain theorem to determine the probabilities for each possible outcome. In this case, there are three possible outcomes: hunting in A, B, or C on Thursday. The probabilities for each outcome can be calculated using the transition matrix and the initial state probabilities.

To answer the question, I would use the information provided (hunting in C on Monday) to update the initial state probabilities and then use the transition matrix to calculate the probability of hunting in B on Thursday. This can be done by multiplying the initial state probabilities by the transition matrix and then looking at the corresponding value for B on Thursday.

In summary, as a scientist, I would approach this problem by understanding the fundamentals of Markov chains and using the given information to calculate the desired probability. I would also double-check my calculations and make sure they align with the properties of Markov chains.
 

1. What is the definition of "Probability of Hunting in B on Thursday Given C on Monday"?

The probability of hunting in B on Thursday given C on Monday refers to the likelihood of a hunting event taking place in location B on a specific Thursday, given that a certain condition (C) is met on the preceding Monday.

2. How is the probability of hunting in B on Thursday given C on Monday calculated?

The probability is calculated by dividing the number of times hunting occurred in B on a Thursday when C was met on the preceding Monday, by the total number of times C was met on a Monday.

3. Can the probability of hunting in B on Thursday given C on Monday change over time?

Yes, the probability can change over time depending on various factors such as environmental conditions, availability of prey, and changes in hunting habits of the individuals involved.

4. How can probability be used in hunting research and management?

Probability can be used to analyze and predict hunting patterns and success rates, which can aid in making informed decisions for conservation and sustainable management of hunting resources.

5. Are there any limitations to using probability in hunting research?

Yes, there can be limitations such as incomplete or inaccurate data, and the influence of external factors that may not be accounted for in the calculation of probability.

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