Answer:
a. 60,600
Explanation:
Given,
The number of units completed and transferred out = 6000,
Ending inventory = 3,000,
Percentage of completed units with respect to materials = 20%,
So, the additional completed units = 20% of 3000


= 600
Hence, the weighted average equivalent units of production for materials for the month = 60,000 + 600
= 60, 600
OPTION A would be correct.
Answer:
d) Inventory
Explanation:
In the given question, the LA galaxy company has an issue with the idle production capacity. And the production is of the inventory only, so the other options like Inseparability, Inconsistency, Intangibility, Irrationality are not appropriate in the given example
Thus, the most appropriate option is of inventory as the question is talking about the production capacity so, of inventory the production capacity can be measured.
Answer:
the answer is A. exchange
hope this helps
Answer:
5.657%
Explanation:
Data provided:
Face value = $1,000
Current market price = $640
Time of maturity, t = 8 year
Now,
the compounding formula is given as:
Face value = Current amount × 
where,
r is the rate i.e pretax rate of debt
n is the number of times the interest is compounded i.e for semiannual n = 2
thus, on substituting the values, we get
$ 1,000= $ 640 × 
or
1.5625 = 
or
= 1.0282
or
r = 0.05657
or
pretax cost of debt = 0.05657 × 100% = 5.657%
Answer:
$418,550
Explanation:
Steps are shown below:
a. The computation of the economic order quantity is shown below:
=
=
= 2,040 units
b. The number of orders would be equal to
= Annual demand ÷ economic order quantity
= $52,000 ÷ 2,040 units
= 25.49 orders
c. The average inventory would equal to
= Economic order quantity ÷ 2
= 2040 units ÷ 2
= 1,020 units
d. The total cost of ordering cost and carrying cost equals to
Ordering cost = Number of orders × ordering cost per order
= 25.49 orders × $50
= $1,275
Carrying cost = average inventory × carrying cost per unit
= 1,020 units × $1.25
= $1,275
So, the total annual cost would be
= Purchase cost + ordering cost + carrying cost
= $416,000 + $1,275 + $1,275
= $418,550
Purchase cost = Annual demand × cost per unit
= 52,000 × $8
= $416,000