Answer:
If discount rate is 11.7% Project B should be accepted.
If discount rate is 13.5% both projects should be rejected
Explanation:
If the Net present value of Project A is higher than that of project B, we will accept project A and vice versa.
<u>Under 11.7% Discount Rate</u>
Net Present Value-Project A = -82000 + 34000 / 1.117 + 34000 / 1.117² + 34000 / 1.117³ = $85.099
Net Present Value-Project B = -82000 + 115000 / 1.117³ = $516.029
Project B should be accepted as it has a higher NPV.
<u />
<u>Under 13.5% Discount Rate</u>
Net present Value-Project A = -82000 + 34000 / 1.135 + 34000 / 1.135² + 34000 / 1.135³ = - $2397.49
Net Present Value-Project B = -82000 + 115000 / 1.135³ = - $3347.91
Both projects should be rejected as both have negative NPVs
C. Bar chart , It’s a better visual to see the different votes the classmates chose for their 4 field trip options.
Answer:
Balance in Prepaid insurance as of December 31 is $18,750
Explanation:
<em> </em>Computation of Prepaid Insurance
Insurance 1 ($34,200 * 6/18) $11,400
Insurance 2 ($14,700 * 12/24) <u>$7,350 </u>
Total Prepaid Insurance <u>$18,750</u>
Answer: Option (C) is correct.
Explanation:
Constant returns to scale production function: When there is an increase in inputs (i.e capital and labor) as a result output increases by the same proportion.
For example: If the amounts of equipment and workers are both doubled in the production of bread then as a result the output of bread also doubled.
Suppose the capital and labor increases by 10% then as a result output also increases by 10%.
Answer:
Sequential interdependence on the line to pooled interdependence between the teams
Explanation:
Sequential interdependence occurs when a persons output is necessary for the performance of the next persons input. Perhaps the most obvious example of sequential interdependence is an assembly line.
While pooled interdependence he team accomplishes its tasks simply by bringing together everyone’s separate efforts. Like in DamierChrystern when the team work together to build the total car with the team deciding whi does what task. To be a team you need a team task — it requires that members actively work with each other to accomplish it