Answer:
The correct answer is: feasible and efficient.
Explanation:
The production possibility curve or frontier shows the different bundles or combinations of two goods that be produced using the given resources and state of technology.
All the points on the production possibilities curve represent the combinations that are feasible and efficient.
The points below the curve show the points that are feasible but inefficient.
The points above the curve show the points that cannot be attained using the given level or resources and technology.
Answer:
Bid A should be accepted
Explanation:
Bid A:
initial investment = $5.75 x 12,000 = -$69,000
cash flows years 1 - 4 = $0.25 x 12,000 = -$3,000
cash flow year 5 = -$69,000
cash flows years 6 - 9 = $0.25 x 12,000 = -$3,000
NPV using a 9% discount rate = -$129,881.21
Bid B:
initial investment = $10.50 x 12,000 = -$126,000
cash flows years 1 - 9 = $0.09 x 12,000 = -$1,080
NPV using a 9% discount rate = -$132,474.87
<span>Dow
Jones Industrial Average (DJIA) is the widely followed and best known stock
index because it is composed of companies that are under the industrial and
consumer industry. The price of the stock under the Dow Jones Industrial
Average is divided by divisors which are used in this index.</span>
Answer:
d. Work-in-Process Inventory: Department no. 2.
Explanation:
The profuct is Transferred from Department 1 to Department 2. The cost in in the work in process of Department 1 which will be trasnferred to next department.
Following Journal entries will be recorded for this event.
Dr. Cr.
Work-in-Process Inventory: Department no. 2. xxx
Work-in-Process Inventory: Department no. 1 xxx
Answer:
$94.10 per unit
Explanation:
Total direct labor-hours 10,000
Total fixed manufacturing overhead cost $33,000
Variable manufacturing overhead per direct labor-hour $2.50
Job K332:
Number of units in the job 70
Total direct labor-hours 140
Direct materials $455
Direct labor cost $5,320
total variable overhead = $2.50 x 140 = $350
prorated fixed overhead = (total fixed overhead / total direct labor hours) x direct labor hours used = ($33,000 / 10,000) x 140 = $462
total product cost = direct labor + direct materials + variable overhead + prorated fixed overhead = $5,320 + $455 + $350 + $462 = $6,587
product cost per unit = $6,587 / 70 units = $94.10 per unit
