(Solved): simulation f) Suppose three tanks in a factory are prone to explosion and can detonate each other as ...

f) Suppose three tanks in a factory are prone to explosion and can detonate each other as described below: - If an explosion occurs in the large tank, there is \( 25 \% \) chance that it will detonate medium size tank and a \( 15 \% \) chance that it will detonate the small size tank. - If the medium size tank explodes, there is \( 20 \% \) chance that it will detonate the large tank and \( 10 \% \) chance that it will detonate the small size tank. - If the small size tank explodes, there is \( 10 \% \) chance that it will detonate the medium size tank and \( 5 \% \) chance that it will detonate the large size tank. Time between explosion of large tank is exponential with a mean of 10,000 hours. Time between explosion of medium size tank is exponential with a mean of 8,000 hours. Time between explosion of small size tank is exponential with a mean of 5,000 hours. Sketch an ARENA model that could be used to simulate the risk involved in this factory by counting the number of possible explosions for the next 10 years \( (10 \) years*365 days \( * 24 \) hours \( =87600 \) hours). [Hint: You may create explosions by three create nodes and send the entities to differen decide nodes to direct them according to possible detonations of tanks. Then send al entities (explosions) to a counter to keep counting at the end to see how many explosion have occurred during the simulation period of 10 years]. Just sketch the basic model.