Answer:
A is the correct option.
Explanation:
Lease payment is similar to rent which is dictated under the contract between the two parties, which grants participants the legal right for using the real estate holding computers, software and other assets for a specified period of time. The time period for paying lease payment can range a monthly basis to long lengths of 100 years or more. The lease payment is decided by factors such as assets' value, discount rates, and the lessee's credit score.
Answer:
Recommendation : The firm should lease the data center
Explanation:
To determine which option is better, we would compare the upfront cost of option A to the present value of the lease payment.
The present value of the lease payment is given as follows:
PV = A× 1-1+r^(-n) /r
A- semi-annual lease payment - 3,500× 6 = 21,000
r- semi-annual interest rate = 5%/2 = 2.5%
n- number of period = 3× 2 = 6.(note that interest is compounded semi- annually i.e every six month)
PV of the lease payment = 21,000 × (1 - 1.025^(-6))/0.025 =115,670.63.
Comparing the two options, we have :
Purchase cost = 120,000
Lease cost = 115,670.63.
The lease cost is lower and would save the firm 4329.37 i.e (120,000 - 115,670.63)
Recommendation : The firm should lease the data center
When comparing the cost of purchasing a data center outright versus leasing it on a monthly basis over three years, it is slightly more cost effective, factoring in the present value of money, for the firm to lease the data center. The total present value cost of leasing is approximately $119,199.09, while purchasing would be $120,000.
The subject matter of this question involves determining the least expensive option for accessing a data center over a span of three years, given two possibilities: purchasing the center outright (Plan A), or leasing it on a monthly basis (Plan B). It's a form of capital budgeting, specifically a cost comparison method.
For Plan A, the upfront cost is $120,000. This cost is incurred immediately and there are no further costs associated with it for the three-year period.
Plan B needs to be evaluated using the time value of money because the monthly lease payments are made over time. Given the borrowing cost/APR of 5% and the semiannual compounding, it means the interest is compounded twice a year. The monthly cost of leasing the data center is $3,500. Over three years (36 months), this would amount to $3,500 x 36 = $126,000.
However, since we need to factor in the cost of borrowing, we need to calculate the present value (PV) of the lease payments. Because the interest is compounded semiannually, the effective monthly interest rate is (1+0.05/2)^(2/12)-1
= 0.00407412378303.
Using this to calculate the present value of an ordinary annuity formula:
P V = $3,500 x (1-(1+0.00407412378303)^-36)/0.00407412378303.
P V under Plan B is approximately $119,199.09.
Comparing the two plans, it's evident that Plan B (leasing) is the cheaper option by just under $1,000. Therefore, it would be more cost-effective for the firm to lease the data center rather than purchasing it outright.
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Answer:
$10,680
Explanation:
Bad debt expense can be seen as an account receivables which are uncollectible during a period of time because of the customers inability to fulfill his /her financial obligations which therefore result into bad debt.
(Bad Debt Expense = Net credit sales × Bad debt loss rate )
= $178,000 × 0.06 = $10,680
Therefore the estimated amount of Bad Debt Expense for the year is $10,680
product in the market. Jeremy hasn't decided on the type of research method that will help him accomplish the research task. He has
considered searching for available information in trade journals and newsletters. He also thinks that he could collect a group of
consumers and interview them personally to understand their opinions. He could also look for relevant data on business-related
websites. He has also considered referring to census reports and other publications that might help him with the research.
He also thinks that he could collect a group of consumers and interview them personally to understand their opinions.
This is the answer because in the primary market research you find people to do it for you and getting a group involves other people.
Answer:
The answer is B. I think.
Explanation:
Answer:
d. For each $18,000 payment that Iris receives, she can exclude $15,000 ($150,000/$180,000 × $18,000) from gross income.
Explanation:
The life insurance proceeds of $150.000 are excluded from Iri's gross income. The income proportion of each annuity payment is $3.000 (18.000 - 15.000 recovery of capital). Which will be included in gross income.
The recovery of capital of each annuity payment is $15.000 [(150.000/180.000]. Which will be excluded.
If Louvers, Inc., accepted a $15,000, 180-day, 10 percent note from a customer on May 31. The necessary June 30 adjusting entry for Louvers will be:
Debit Interest receivable $125
Credit Interest revenue $125
Louvers, Inc. Adjusting Journal entry
Debit Interest receivable $125
Credit Interest revenue $125
($15,000 × 10% × 30/360)
(To record interest receivable)
The Interest amount of $125 calculated as ($15,000 × 10% × 30/360) is due at maturity. Between May 31 and June30, a total of 30 days passed.
Inconclusion the necessary June 30 adjusting entry for Louvers will be:
Debit Interest receivable $125
Credit Interest revenue $125
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Answer:
Interest receivable
To Interest revenue
(Being the interest receivable is recorded)
Explanation:
The adjusting entry is as follows
Interest receivable
To Interest revenue
(Being the interest receivable is recorded)
The computation is shown below:
= Principal × rate of interest × number of days ÷ (total number of days in a year)
= $15,000 × 10% × (30 days ÷ 360 days)
= $125
The 30 days is calculated from May 31 to June 30
Answer:
Callie's Gross Profit is $562000
Explanation:
Gross profit is the profit earned by a business after deducting the costs associated with producing or selling its goods (for manufacturing and trading businesses) or the costs associated with providing the services (for service businesses) from the net revenue.
It is the profit from the trading section of the business before deducting the operating and financing expenses of the business and before adding any other income.
The gross profit is simply calculated as follows,
Gross Profit = Net Revenue - Cost of Goods Sold
Callie's gross profit = 940000 - 378000
Callie's Gross Profit = 562000