The category of physical infrastructure management that provides resources that are necessary for the internal customer is the Resource Capacity Management
<h3>What is
Resource Capacity Management?</h3>
This refers to the definition of the work that is meant to be done by a person and carefully allocating resources necessary to complete the tasks.
Hence, we can see that in physical infrastructure management, there is the allocation of resources that helps one to use the right resources at the right time and proper measure and this is the Resource Capacity Management.
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Answer:
$4,807.69
Explanation:
The first step is to calculate the requirement for coinsurance
= 80/100 × 130,000
= 0.8× 130,000
= 104,000
Therefore the amount in which the insurance person will pay can be calculated as follows
= 100,000/104,000 × 5000
= 0.96153×5000
= $4,807.69
The answer to this question is the Enterprise Social Network. The Enterprise Social Network or ESN is where businesses / organization use social media to have connections with individuals and groups that have common business ideas, interest, and activities. Enterprise Social Network have the benefits of having a real time source content from the users, providing an access to all archieve documents, and it can streamline communications.
Answer:
increase by $336,000.
Explanation:
Options are <em>"1. increase by $176,000. 2. increase by $336,000. 3. increase by $160,000. 4. be unaffected."</em>
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Common stock will increase by $160,000, the par value, and paid-in capital in excess of par value will increase by $176,000, for a total increase in stockholders' equity of $336,000.
Answer:
Kanban container size = 73
Number of kanbans needed = 5
Explanation:
Kanban container size (Q):
Q = SQRT [(2 x D x S) / H x (1 - d/p)]
where,
D = Annual demand
S = Setup cost
H = Holding cost
d = Daily usage
p = Daily production
Putting the given values in the above formula,
CONTAINER SIZE = SQRT ((2 * ANNUAL DEMAND * SETUP COST) / (HOLDING COST * (1 - (DAILY USAGE / DAILY PRODUCTION))))
Q = SQRT [(2 x 4,000 x $30) / $125 x (1 - 16/25)]
Kanbans container size = 73 units (Rounding off to the nearest whole number)
NUMBER OF KANBANS = DEMAND DURING LEAD TIME + SAFETY STOCK / SIZE OF CONTAINER
K = ((16 * 16) + (4 * 25) / 73 = 5