Answer:
EV of node 4 = 0.6×5 + 0.4×0 = 3
EV of node 5 = 0.1×5 + 0.9×0 = 0.5
EV of node 2 = (0.8×5 + 0.2×EV of node 4) - 3
EV of node 2 = (0.8×5 + 0.2×3 ) - 3
EV of node 2 = 4.6 - 3
EV of node 2 = 1.6
EV of node 3 = (0.5×5 + 0.5×EV of node 5) - 1
EV of node 3 = (0.5×5 + 0.5×0.5 ) - 1
EV of node 3 = 2.75 - 1
EV of node 3 = 1.75
EV of node 3 is higher, therefore, best attend pattern is to attend randomly.
Answer:
Q = 10
Explanation:
Assuming that supply remains the same, the new supply and demand equations are, respectively:
The equilibrium quantity occurs at the point for which the prices in the supply and demand equations are the same:
The new equilibrium quantity is Q = 10.
Answer:
$48,200
Explanation:
The computation of the direct material cost for the month of May is shown below:
Direct materials cost = Beginning raw materials inventory + purchases made - Ending balance of raw materials - Indirect materials
= $24,000 + $71,000 - $44,000 - $2,800
= $48,200
Hence, the direct material cost for the month of May is $48,200
Answer: The important thing is to listen and try to offer solutions.
Explanation: The client who shows concern is looking for results, for solutions, and that is what you have to offer. In my case, when a client communicates his concern to me, I first let him express himself and let him know what causes him concern. After the client has expressed his concern, my focus is on finding a solution. I analyze all the aspects and try to finalize the attention to my client with ideas to work the problem.