Answer:
It is more profitable to continue processing.
Explanation:
Giving the following information:
A company has inventory that cost $50,000. Its scrap value is $65,000. The inventory could be sold for $150,000 if manufactured further at an additional cost of $80,000.
Sell for scrap= 65,000 - 50,000= 15,000
Continue processing= 150,000 - 80,000 - 50,000= 20,000
Answer:
estimated average requirement
Explanation:
Many people (if not almost everyone) believes that vitamins and minerals are good, and more of them are even better. But anything in excess, including good things can be bad for you. E.g. if you do not consume enough iron you might develop anemia, but excess iron can poison you.
The estimated average requirement (EAR) values are intake levels that meet at least 50% of the populations needs. Your individual requirement levels might vary depending on your height, weight, age or activity levels, but the EAR serves as a good starting point to calculate your own individual needs.
The weighted average cost of capital is the cost approach that will produce an ending inventory value that is in between probable high and low costs (prices) using classic costing methods.
The weighted average cost of capital is the average cost of attracting investors, whether bonds or shareholders.
The computation weights the cost of capital depending on the amount of debt and equity used by the firm, providing a clear barrier rate for internal initiatives or future acquisitions.
The weighted average inventory cost is one of the approaches used in inventory valuation. It is computed by dividing the cost of products for sale by the number of units for sale. i.e The cost of the items for sale and the quantity of units for sale. Because it is based on averages, the ending inventory value is generally somewhere between high and low cost.
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Monthly payment = $1774.71
Effective annual rate = 7.02%
The equation for a loan payment is
P = r(PV)/(1-(1+r)^(-n))
where
P = Payment per period
PV = Present value
r = interest rate per period
n = number of periods
Since the 6.8% interest rate is APR, we need to divide by 12 to get the interest per month. So in the above equation r = 0.068/12 = 0.005666667, the number of periods is 48 and the Present Value is 74400. Let's plug in the numbers and calculate.
P = r(PV)/(1-(1+r)^(-n))
P = 0.00566666666666667(74400)/(1-(1+0.00566666666666667)^(-48))
P = 421.6/(1-(1.00566666666666667)^(-48))
P = 421.6/(1-0.762439412691304)
P = 421.6/0.237560587308696
P = 1774.70516
So the month payment rounded to 2 decimal places is $1774.71
The effective interest rate is
ER = (1 + r/12)^12 - 1
Let's plug in the numbers and calculate.
ER = (1 + 0.068/12)^12 - 1
ER = (1 + 0.00566666666666667)^12 - 1
ER = (1.00566666666666667)^12 - 1
ER = 1.07015988024972 - 1
ER = 0.07015988024972 = 7.015988024972%
So after rounding, the effective interest rate is 7.02%
Answer:
1. False
2. True
3. False
4. True
5. False
Explanation:
- This is because gains from trade come from specialization in one comparative advantage and self sufficiency can lead poor management of natural resources.
- gain from trade are only based on comparative advantage.
- because trades can benefit both parties when production is based on comparative advantage.
- it gives both parties a chance to consume at points outside their production capabilities.
- because countries open to trade tend to grow faster, innovate to improve productivity while providing more opportunities for the populace.