Answer:
PAYBACK PERIOD
Year Cashflow Cummulative cashflow
$ $
0 (16,000) (16,000)
1 8,000 (8,000)
2 6,000 (2,000)
3 5,000 3000
4 6,000
5 5,000
Payback period
= 2 years + 2,000/5,000
= 2.4 years
Explanation:
In this case, we need to deduct the initial outlay from the cashflows for each year until the initial outlay is fully recovered.
She is permitted, according to the applicable tax legislation, to donate $30 000.
This is further explained below.
<h3>How much can Sue's mother give under current tax laws?</h3>
In most cases, Sue's mother is able to pay Ken the first fifteen thousand dollars and then proceed to give Sue the remaining fifteen thousand dollars. Because Sue's mother gave this to her, there will be no tax placed on it because it is considered a gift.
The act or process of passing tax laws, as well as the body of laws that allow for the levying of taxes and the administration of taxes, are together referred to as tax legislation.
Any object or document that is verifiable and that is frequently accepted as payment for goods and services as well as the repayment of obligations, such as taxes, in a given nation or socio-economic setting is considered to be money in that nation.
In conclusion, Sue's mother and father could give Ken and Sue a gift of $15,000 each, bringing the total amount of money they give to each of them to a grand total of $60,000 each.
Read more about tax laws
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Answer:
$3.10 ; $2.10 and $14.20
Explanation:
The computation of the activity rates is shown below:
For Activity 1
= Budgeted cost ÷ Total budgeted activity of cost driver
= $94,550 ÷ (18,200 + 8,100 + 4,200)
= $94,550 ÷ 30,500
= $3.10
For Activity 2
= Budgeted cost ÷ Total budgeted activity of cost driver
= $53,550 ÷ (7,100 + 13,200 + 5,200)
= $53,550 ÷ 25,500
= $2.10
For Activity 3
= Budgeted cost ÷ Total budgeted activity of cost driver
= $59,995 ÷ (1,175 + 1,000 + 2,050)
= $59,995 ÷ 4,225
= $14.20
The applicable formula is;
A = P(1-r)^n
Where;
A = Final purchasing power
P = Current purchasing power
r = inflation
n = Number of years when P changes to A
Confirming the first claim:
A = 1/2P (to be confirmed)
P = $3
r = 7% = 0.07
n = 10.25 years
Using the formula;
A = 3(1-0.07)^10.25 = 3(0.475) ≈ 3(0.5) = $1.5
And therefore, A = 1/2P after 10.25 years.
Now, give;
P = $9
A = 1/4P = $9/4 = $2.25
r = 6.5% = 0.065
n = ? (nearest year).
Substituting;
2.25 = 9(1-0.065)^n
2.25/9 = (1-0.065)^n
0.25 = (1-0.065)^n
ln (0.25)= n ln(1-0.065)
-1.3863 = -0.0672n
n = (-1.3863)/(-0.0672) = 20.63 years
To nearest year;
n = 21 years
Therefore, it would take approximately 21 years fro purchasing power to reduce by 4. That is, from $9 to $2.25.
An accounting firm has five offices in five separate cities. Employees need to transmit data between the different offices, and it is crucial that none of the data is altered during transmission. This e commerce concern is known as D<u>ata Confidentiality</u>
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Explanation:
- Data confidentiality is about protecting data against unintentional, unlawful, or unauthorized access, disclosure, or theft.
- Confidentiality has to do with the privacy of information, including authorizations to view, share, and use it.
- Confidential Information should not be accessible to an unauthorized person. It should not be intercepted during the transmission.
- Confidentiality refers to protecting information from being accessed by unauthorized parties.
- Only the people who are authorized to do so can gain access to sensitive data. Imagine your bank records.
- A failure of confidentiality, known as a breach, typically cannot be remedied.
