



Study with the several resources on Docsity
Earn points by helping other students or get them with a premium plan
Prepare for your exams
Study with the several resources on Docsity
Earn points to download
Earn points by helping other students or get them with a premium plan
Decision tree analysis Decision tree analysis
Typology: Schemes and Mind Maps
1 / 6
This page cannot be seen from the preview
Don't miss anything!




Starting from right to left: a) EMV for node ( 8 ) with its branches to nodes ( 14 - 17 ): = 0.0075(25) + 0.0004(245) + 0.00175(145) + 0.99035(-5) = - 4. So, the best decision for (S&E) at node 6 is to abandon where EMV= - 1 b) EMV for node ( 7 ) with its branches to nodes ( 9 - 12 ): = 0.03(25) + 0.02(245) + 0.01(145) + 0.94(-5) = 2. So, the best decision for (S&E) at node 5 is to purchase where EMV= 2. c) EMV for node (4): = 0.5(2.4) + 0.5(-1) = 0. d) EMV for node ( 3 ) = 0.01(26) + 0.0005(246) + 0.002(146) + 0.9875(-4) = - 3. So, the decision for (S&E) at node 1 is to abandon with EMV= 0, purchase & explore with EMV= - 3.275 or to perform 3 days test with EMV= 0.7, So I recommend (S&E) to go for 3 days test as it has the greatest EMV. Question two: I think it will be a good offer to accept sharing the revenues & costs at a 50:50 basis as in the case of loss will decrease the amount of loss for each & in case of revenue, the revenue will be divided between them on a 50:50 basis too but with sharing all the risks together.