Answer:
In order to make a decision utilizing a decision tree, you must:___________
b. begin at Time 0 and work towards the most distant point in time.
Explanation:
Decision trees are built up by starting from the present with the overarching objective (goal) in mind. Then, one classifies the information along various branches and leaf nodes, with each branch representing the outcome of an alternative route or a question answered based on the likelihood of the event happening. Each leaf node represents a class label (decision taken after computing all attributes). This structure can be used to predict likely values of data attributes.
Answer:
1. 4,000 bags
2. 1,000
3. 180 runs
4. 18,000
5. $165,600
Explanation:
1.
Q = 
= 4,000 bags
2.
Maximum Inventory = Q* (1 - D/N/P)
4,000*0.25
= 1,000
3.
Annual demand / Bags of coffee roasted per day
36,000 bags / 200 bags
= 180 runs
4.
Annual average inventory
36,000/2
=18,000
5.
Production Cost $200 * 180 runs = $36,000
Carrying Cost $3.6 * 36,000 bags = $129,600
Total Cost = $36,000 + $129,600
= $165,600
Answer:
Put Price = $4
Explanation:
We are applying Put Call Parity Theorem. Future Price + Put Price = Call Price + Strike Price
$30 + Put Price = $4 + $30
Put Price = $4 + $30 - $30
Put Price = $4
Thus, the price of six month put option = $4
Public<span> works projects of the Great Depression.</span>
heterogeneity defined as the variability of inputs and outputs of services, which makes services less standardized and uniform than goods.
