Answer:
Lumpy demand is not used in project management.
The correct answer is D
Explanation:
Dummy is a zero activity, which helps in network analysis.
Activity refers to a task in network analysis.
Latest finish time is the latest completion time of a project in network analysis.
Lumpy demand refers to low demand as a result of higher cost. It is not used in network analysis (project management)
Answer: Other Engineers.
Explanation:
Sam is held responsible for the bridge collapse based on his role as the engineer in charge of the project. As an engineer care has to be taken in making accurate calculations and design to ensure there are no accidents or failure as a result of poor design.
Answer:
Explanation:
(a) The computation of the cost of goods sold is shown below:
= Beginning inventory + Purchase of new merchandise - ending inventory
= $4,000 + $22,000 - $4,500
= $21,500
(b) In the income statement, the total revenues and the total expenses are recorded.
If the total revenues are more than the total expenditure then the company earns net income
And, If the total revenues are less than the total expenditure then the company have a net loss
This net income or net loss would reflect in the statement of the retained earning account.
The preparation of the income statement is presented in the spreadsheet. Kindly find the attachment below:
Answer: (A) Relationship-oriented
Explanation:
The relationship-oriented is one of the type of leadership style whose aim is to focus on motivating other people and also provide the satisfactory solution to the different types of team members by establishing an emotional and a meaningful relationship.
According to the given scenario, Anna has a relationship oriented as Anna is the team leader and he also believed that the he can provide a valuable resource to an organization because of hardworking and the sincere nature towards the work.
Therefore, Option (A) is correct answer.
Answer:
Correct answer is c. $211,555.
Explanation:
Here inventory cost means total ordering cost plus total carrying cost for they year. This can be determine by using simple EOQ (economic order quantity) formula given below.
EOQ =((2* Annaul Requirement * cost per order)/carrying cost per unit)^ (1/2)
EOQ = ((2*800,000*540)/(370*14%))^(1/2)
EOQ = 4,084 units
so
Total order cost = 800.000/4,084 * 540 = 196 (aprox) *540 = 105,840 -A
Total Carrying cost = 4,084/2 * (370*14%) = 105,776-B
Total Cost = A+B = $ 211,555 (aprox)
