Answer:
<u>$50</u>
<u>Explanation</u>:
In the production function, Q = K0.5L0.5,
K denotes the fixed input in the short run.
First, we calculate the total cost:
Cost of Capital= 25 x $1 = $25
Cost of Labor (for a start 25 workers are used)= 25 x $1 = $25
Total= $50
Since the price of the solar panels is $100, substrating from the total cost $50 (100-50) we get $50 profit per unit of solar panel.
That statement is false.
Economic theories will determine how companies see the market and will somehow affect the decision that they will make for the market.
This decision will influence the future economic trends because these companies usually are really forward thinkers. From this, we could draw a correlation between future economic trends and economic theories
Answer: B. Capital leases do not transfer ownership of the asset under the lease, but operating leases often do.
Explanation:
When using Capital Leases, the lessee will record the lease as if it were their own asset and as a result will also depreciate it. The lessee will also create a long term liability on their balance sheet for the asset.
Capital leases usually also involve a transfer of ownership to the lessee at the end of the lease term. Operating Leases on the other hand do not have these features. They are more like a rental of an asset and as such are recorded as a rental expense in the books of the lessee. The ownership remains with the lessor in an Operating Lease and the asset will be returned once the lease period is over.
Answer: $450
Explanation:
Total tickets purchased = 2
The cost of one ticket three months ago = $100
Current price of one ticket = $225
Total cost of two tickets = $225 × 2
= $450
The opportunity cost is the benefit that is foregone by selecting some other alternative. So, here two options are available that either attend the concert or resell the ticket at $450. Therefore, the opportunity cost of attending the concert is $450.
Answer:
A) $24,602
Explanation:
We can solve this question by finding the periodic deposits needed by using the formula:
where:
FV= future value = $220,000
PMT = periodic deposits required = ???
i = effective interest rate per period = 0.0331
n= number of deposits = 8
However, since the interest is compounded monthly, let's also calculate the effective interest rate
Effective interest rate = 
where; r = 12.5% = 0.125
= 0.1324
Interest rate per period = 
= 0.0331
Then;
220,000 = PMT × 8.986
PMT = 
PMT = $ 24,482.5
Since A) $24,602 is closer to $ 24,482.5
Therefore, $ $24,602 must be deposited every three months
