Answer:
b. A manager should assess the risk of the project.
Explanation:
While making a capital investment decision, a firm shall properly evaluate the capital investments , for this the manager shall access the following:
- Required return on investment by the firm.
- Risk associated with the project.
- Cash flows arising from the investment.
- Timing of the cash flows for discounting them into present value.
- Cost associated with the project.
Therefore, correct option is :
b. A manager should assess the risk of the project.
<span>The correct answer for the question that is being presented above is this one: "Bricks Construction might not have enough funds to implement a project int he community, the employees also have difficulty in managing the program, then it will be a difficult to sustain most especially economic's downside."</span>
Answer:
Hie, the question you have provided is missing information relating to <em>Accumulated depreciation</em> or <em>book value of the furniture</em> as well as <em>profit</em> or <em>loss</em> on sale of furniture.
However, important principles are explained below :
The Furniture Disposal T - Account is used to calculate the cash received from the sale of furniture.
The Format of the Account is as follows :
Debits :
Record the Costs of the Furniture Sold. In this cases Cost is $75,900
Record the Profit on Sale of Furniture (if there was profit). The information is incomplete in this case.
Credits :
Record the Accumulated Depreciation on the Furniture. This figure is missing.
Record the Loss on Sale of Furniture (if there was a loss). The information is incomplete in this case.
The Balancing figure would be the Cash Received on sale of Furniture and to be recorded here.
Conclusion :
The Cash Received on Sale of Furniture is a Balancing figure of the Furniture Disposal T - Account.
Answer:
Current = 5.00
Company A = 6.30
Company B = 6.71
The company B would have the highest productivity in terms of revenue per dollar of input, that is 6.71.
Explanation:
Current:
Average time = 40 minutes
Cost = 40 minutes x $2 = $80
Productivity (Revenue per $ input) = $400 / $80 = 5.00
Company A:
Average time = 40 - 10 = 30 minutes
Cost = (30 minutes x $2) + $3.50 = $60 + $3.50 = $63.50
Productivity (Revenue per $ input) = $400 / $63.50 = 6.30
Company B:
Average time = 40 - 12 = 28 minutes
Cost = (28 minutes x $2) + $3.60 = $56 + $3.60 = $59.60
Productivity (Revenue per $ input) = $400 / $59.60 = 6.71
Current = 5.00
Company A = 6.30
Company B = 6.71
The company B would have the highest productivity in terms of revenue per dollar of input, that is 6.71.
Hope this helps!
