1. what is the ev of th no market survey node 2. should benny use the marketing research to make his final decision to open bike sho ( large or small) if research is favorable? Show the EV and size of the shop to open. 3. What if benny uses the market research and the reserch shows the unfavorable market should he open a shop (what size) or not) open sho 4. what is node 1 EV P = (favorable market | favorable survey) = .9 P(unfavorable market | favorable survey) = .1 P (favorable market | unfavorable survey) = .12 P = (unfavorable market | unfavorable survey) = .88 - P = market survey favorable = .6 P market survey unfavorable = .4 P = (favorable market | no survey) = .5 P (unfavorable market | no survey = .5 ecision decision Benny is thinking about opening a bike shop. Benny can open a small shop, a large shop, or no shop. The profits depend on the size of the shop and whether the market for bikes is favorable or unfavorable. Benny does not want to make the wrong decision. He is thinking about hiring a marketing firm to conduct a research study. If the study is conducted, the study could be favorable or unfavorable. Benny has done some analysis of the profitability of the bike shop. If Benny builds the large bike shop, he will earn $60,000 if the market is favorable, but he will lose $40,000 if the market is unfavorable. If he decides to build a small shop, he will earn $30,000 profit is the market is profitable and lose $10,000 if the market is unfavorable. These payoffs are based on market study. He predicts that there is a 50-50 chance that the market will be favorable. If Benny decides to hire the marketing firm to conduct the survey, the survey will cost him $5,000. It is estimated the there is a .6 probability that the survey will be favorable. Furthermore, there is a .9 probability that the market will be favorable given a favorable outcome from the survey. However, the consultant has warned benny that there is only a probability of .12 of a favorable if the research results are not favorable. These are conditional probabilities and they are listed below. You will need to calculate the EV for every node before you can answer the questions