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.
Answer:
b) $1,900
Explanation:
The computation of the total liabilities is shown below:
= Accounts Payable + Deferred revenue
= $700 + $1,200
= $1,900
The other items are related to the expenses which are shown in the income statement and current assets which are shown on the balance sheet
Therefore, only two items are shown in the total liabilities.
Answer:
Fiedler's contingency theory of leadership effectiveness.
Explanation:
Fiedler's contingency theory of leadership effectiveness states that one's effectiveness as a leader is determined by how leadership can match the situation at hand.
There is no single best way to lead, but leadership style is determined by the situation.
According to Fiedler's contingency theory of leadership effectiveness, leadership style is fixed and leaders will need to be put into situations that best matches their style.
The two important factors to consider in thos theory are leadership style and situational favourableness.
Answer:
$31,320.00
Explanation:
The formula for accounting rate of return is the annual net cash flow divided by the initial investment.
If the initial investment was $522,000 and the accounting rate of return is computed to be 6% per year, hence the annual increase in cash flow accruing from the investment can be calculated by changing the subject of the formula.
ARR=annual increase in cash flow/initial investment
ARR is 6%
initial investment is $522,000
annual increase in cash flow?
6%=annual increase in cash flow/$522,000
annual increase in cash flow=6%*$522,000= $31,320.00
Answer:
$50? ($150 is not the correct answer)
Explanation:
