Answer:
The closest answer is option A,$7649
Explanation:
The net present value of the investment is the present value of annual cost savings minus the initial cost of investment.
present of cash flow=cash flow/(1+r)^n
r is the discount rate of 12%
n is the year the cash flow relates to ,for instance year zero for the initial investment
NPV=-$54,000+$16,000/(1+12%)^1+$16,000/(1+12%)^2+$16,000/(1+12%)^3+$16,000/(1+12%)^4+($16,000+$7,000)/(1+12%)^5=$ 7,648.41
note that the project gives $7,000 in salvage value in year 5
The next step after publishing a project schedule activities, start/end times and resources are identified is TO CONFIRM THE AVAILABILITY OF RESOURCES
Once the resources are identified the project manager should make sure that the identified resources are available
The given values in the problem are enumerated below:
futa tax rate = 0.8%
suta tax rate = 5.4 %
Employee's fee = $7,100
Amount taxes = $7100 *(0.008+0.054)= $440.2
When an employee earned total wages of $9100, we can solve the unknown:
Employee's wages = $9100 + $440.2
Employee's wages = $ 9540.2
Answer:
The refund claimed should be shown as a benefit due to loss carryback in 2018.
Explanation:
Since Tanner, Inc. incurred a financial and taxable loss for 2018. and decided to use the carryback provisions as it had been profitable up to this year, the amounts related to the carryback should be reported in the 2018 financial statements as a benefit due.
Tax loss carryback is when a corporation <u>retrospectively adjusts its tax returns for prior periods</u> if it incurs a net operating loss (NOL) in current period.
The loss carryback <u>generates a tax refund</u> for the business because it reduces previous year tax liability. After the carried back loss is applied, it will be <u>as though the business overpaid taxes the previous year; which will now be shown as a benefit in the current year</u>
Answer:
a) 0.0358
b) 0.0395
c) 0.1506
Explanation:
Number of clues "daily doubles" = 3
Determine the probabilities
<u>a) P(single contestant finds all three ) </u>
assuming event A= a returning champion gets the "daily double" in first trial
P(A) = 1/30 , P(~A) = 29/30
assuming event B = any player picks up "daily double" after the first move
P(B |~A ) = 1/3
hence : P ( B and ~A ) = 29/30 * 1/3 = 29/90
<em>considering second round </em>
P(player chooses both daily doubles ) = 1/3 * 1/3 = 1/9
∴ P(single contestant finds all three ) = 29/90 * 1/9 = 0.0358
<u>B) P ( returning champion gets all three ) </u>
= (1/30 + 29/90 )* 1/9
= 32 / 810 = 0.0395
<u>c) P ( each player selects only one )</u>
P = 32/405 + 29/405
= 61 / 405 = 0.1506