3. You are the CEO of a large prestigious hospital. When you arrived at work this morning, you received several telephone calls saying th:,at all across the hospital, the log in system for the electronic patient medical record is not working. Just as your IT chief comes into your office, you receive an email from a hacker calling himself "Predator\" saying he has taken your hospital IT systems hostage and you must pay a ransom for the code to unlock the system. Your IT chief confirms that it is likely that a hacker has taken the hospital EMR hostage. He says that, if the code is f_i_r_ly_e_e_i_sy to break, it will cost $200,000 to get the system running again; if the code is medium difficulty, it will cost $1,000,000 to get the system running again; and if the code is extremely sophisticated and difficult to break, it will cost $3,000,000 to get the system running again. The hacker is demanding $900,000 in ransom. There is a 30% probability that the code will be easy to break, a 50% probability that the code will be of medium difficulty, and a 10% chance that the code will be extremely sophisticated and difficult to break. You must _n:i_a_ke_g_gi_e_c_i_s__i9_ri: Do you pay the ransom or tell your IT chief to beginning pulling programmers together to try to get the EHR system running again without paying the ransom? Calculate the EMU and draw the decision treel Your assistant says she knows of an outside consulting firm experienced in dealing with hackers who take over electronic medical records? How much would you be willing to pay for additional information about this problem? Calculate EVPI