Answer:
<u>January 1, 2017</u>
Debit: Accounts Receivable $2800
Credit: Deferred Revenue[Wiring Base] - $1120
Credit: Deferred Revenue[Shelving Unit] - $1680
Narration: Contract Detail and invoicing of the client.
<u>February 5, 2017</u>
Debit Deferred Revenue[Wiring Base] - $1120
Credit Revenue Account - [Wiring Base] - $1120
Narration: Revenue recognition of Wiring Base delivered to customer
<u>February 25, 2017</u>
Debit Deferred Revenue[Shelving Unit]- $1680
Credit Revenue Account - [Shelving Unit] - $1680
Narration: Revenue recognition of Shelf delivered to customer
<u>February 25, 2017</u>
Debit: Bank - $2800
Credit: Accounts Receivable - $2800
Narration: Payment received in settlement of contract fully delivered
Explanation:
The question is an example of a Performance Contract.
A Performance Contract is an agreement with a customer by a vendor to discharge a service or provide goods that are distinct from each other. The accounting for this obligations will therefore be recorded and recognized separately.
It is also important to note that the services or goods must be separately identifiable and the customer must be able to derive from each goods on individually or jointly.
The rule is to
- Recognize the contract and invoice amount with the customer as Deferred Income.
- Identify the distinct obligations and services to be provided.
- Identify the transaction amount for each service or good.
- As each obligation is met, the revenue is finally recognized and transferred from Deferred income.
Answer:
<u>Letter D is correct.</u> It is the value of the unpaid balance on an annuity at the specified point in time.
Explanation:
An ordinary annuity is the making of fixed payments over a fixed period of time. To specify the value of an annuity present in an ordinary annuity, one must know the established interest rates. When interest rates are higher, the present value of the ordinary annuity is reduced, and when interest rates are lower the present value is higher.
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
Answer:
An allocation of labor (L) and capital (K) between two firms that makes the firms' isoquant curves tangent in an Edgeworth box ( C )
Explanation:
A contract curve is a curve on which the various final allocations of two goods or service between two people are represented and this could be mutually beneficial as well. hence the best description of a point that lies on an input contract curve is An allocation of labor (L) and capital (K) between two firms that makes the firms' isoquant curves tangent in an Edgeworth box
