2. Suppose the weather in Saratoga Springs is either sunny, cloudy, or snowy on any there is a 60...
2. Suppose the weather in Saratoga Springs is either sunny, cloudy, or snowy on any there is a 60% chance that given winter day. If the weather is sunny today, it will be sunny tornorrow, a 30% chance that it will be cloudy tomorrow, and a 10% chance that it will be snowing. If it is cloudy today, there is a40% chance it will be sunny t will continue to just be tomorrow a 30% chance it will snow and a 30% chance that i Cloudy. Finally, if it is snowing today, there is a 10% chance that it will still be tomorrow and a 40% chance that it will be sunny. The forecast for today brninng 70% chance of clouds and 30% chance of sun (0% chance of snow). a. Write the stochastic matrix W describing the probability of weather types. Also write the initial vector v to describe the weather "today." b. Determine Wv c. What is the chance of snowy weather tomorrow? d. Consider an initial vector v 0.4 for Monday. Using this vector, determine 0.6 the probability of sunny weather on Wednesday e. Calculate the steady state vector q for W. In the long run, what is the probability that the weather will be sunny on any given winter day?
2. Suppose the weather in Saratoga Springs is either sunny, cloudy, or snowy on any there is a 60% chance that given winter day. If the weather is sunny today, it will be sunny tornorrow, a 30% chance that it will be cloudy tomorrow, and a 10% chance that it will be snowing. If it is cloudy today, there is a40% chance it will be sunny t will continue to just be tomorrow a 30% chance it will snow and a 30% chance that i Cloudy. Finally, if it is snowing today, there is a 10% chance that it will still be tomorrow and a 40% chance that it will be sunny. The forecast for today brninng 70% chance of clouds and 30% chance of sun (0% chance of snow). a. Write the stochastic matrix W describing the probability of weather types. Also write the initial vector v to describe the weather "today." b. Determine Wv c. What is the chance of snowy weather tomorrow? d. Consider an initial vector v 0.4 for Monday. Using this vector, determine 0.6 the probability of sunny weather on Wednesday e. Calculate the steady state vector q for W. In the long run, what is the probability that the weather will be sunny on any given winter day?