Answer:
$38, 288.718
Explanation:
The amount to be withdrawn at the end of each year, for 30 years
The amount of $500,000 represents the present value while yearly withdraws the annuities.
We use a revised formula for calculating annuities.
Applicable formula is
P = PV × r/( 1 − (1+r)−n
P = annual withdrawals
PV = $500,000
r = 6.5%
n 30
P = 500,000 x( 0.065/ ( 1- (1 + 0.065) -30)}
p = 500,000 x (0.065/ (1-1+.065)-30)
p= 500,000 x (0.065 / 1-0.1511860661)
P =500,000 x (0.065 /0.848814)
P= 500,000 x 0.076577436
Yearly withdrawals = $38, 288.718
For the year ended December 31, 2018, the warranty-related entry would include a debit to warranty expense of $80,000.
If it's miles impracticable to determine the cumulative impact of applying a trade-in accounting principle, then the new accounting principle should be applied prospectively as of the earliest date practicable. in this situation, the disclosures discussed in FSP 30.4.
Cumulative effect equals the difference between the actual retained profits suggested at the beginning of the yr using the antique approach and the retained income that would have been reported at the start of the year if the brand-new technique had been utilized in earlier years.
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It can be said that kent and julie have Low Inter-rater Reliability.
<h3>
What is Inter-rater Reliability?</h3>
- Inter-rater reliability is a statistical metric used to assess the degree of consensus among various judges or raters.
- It is employed as a method of evaluating the accuracy of the responses generated by various test items.
- A test's lower inter-rater reliability may be a sign that its questions are obscure, difficult to understand, or even superfluous.
- The percentage of items that the judges agree on can be calculated as a straightforward technique to assess inter-rater reliability.
- This is referred to as percent agreement, and it always falls between 0 and 1, with 0 denoting complete disagreement among raters and 1 denoting perfect agreement.
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Answer:
a) process
Explanation:
The P's are Product, Pricing, Place, Promotion, People, Process and Physical Evidence and for Traditional Marketing is Product, Pricing, Place and Promotion
Answer:
The expected return on security with a beta of 0.8 is closest to 7.2%.
Explanation:
This can be determined as follows:
Since the return of security Z remains at 4% despite the change in the market, security Z is the risk-free asset.
Note that a risk free asset is an asset which its returns does not change with change in the market.
Using the Capital Asset Pricing Model (CAPM) formula, we have:
Er = Rf + (B * MPR) ............................................ (1)
Where;
ER = Expected return = ?
Rf = Risk-free rate = Rate of return of security z = 4%
B = Beta = 0.8
MPR = Market risk premium = Expected return on the market rate - Risk-free rate
Expected return on the market rate = (50% * 24%) + (50% *(-8%)) = 8%
Therefore, we have:
MPR = 8% - 4% = 4%
Substituting the values into equation (1), we have
Er = 4% + (0.8 * 4%)
Er = 0.072, or 7.2%
Therefore, the expected return on security with a beta of 0.8 is closest to 7.2%.