Answer:
6%
Explanation:
As per given data
Quarter Real GDP ($billions) Long-Run Trend of Real GDP ($billions)
1 4,000 4,000
2 4,160 4,120
3 4,326 4,244
4 4,413 4,371
5 4,501 4,502
6 4,591 4,637
7 4,499 4,776
8 4,409 4,919
9 4,673 5,067
10 4,954 5,219
11 5,252 5,376
12 5,376 5,537
Growth of GDP = (DGP of Current/recent period - GDP of Prior period) / DGP of Prior period
In this question prior period is quarter 10 and current /recent period is quarter 11.
So, formula will be
Growth of GDP = (DGP of quarter 11 - GDP of quarter 10) / GDP of quarter 10
As we need to calculate the real GDP growth the formula will be as follow
Growth of real GDP = (Real DGP of quarter 11 - Real GDP of quarter 10) / Real GDP of quarter 10
Growth of real GDP = ($5,252 billion - $4,954 billion) / $4,954 billion
Growth of real GDP = $298 billion / $4,954 billion
Growth of real GDP = 6.02% = 6%
Answer:
The correct answers are letters "A", "D", and "E": Use a business letter format; Send a separate letter to each interviewer; Mention something you liked about the interview.
Explanation:
A <em>job interview </em>does not end after leaving the prospective company where you could work. Most organizations decide to choose one applicant over another if they contact their interviewers after the interview. For that purpose, that last contact must be a <em>formal letter stating what your impressions are of the company and why you are still interested in obtaining the job position</em>. Besides, if there was more than one interviewer, <em>a unique letter should be addressed to each of interviewer</em>.
Answer:
C. The write-off of receivables by personnel who receive cash permits the misappropriation of cash.
Hey There!:
Sample Mean = 4.4823
SD = 0.1859
Sample Size (n) = 7
Standard Error (SE) = SD/root(n) = 0.0703
alpha (a) = 1-0.99 = 0.01
t(a/2, n-1 ) = 3.7074
Margin of Error (ME) = t(a/2,n-1)x SE = 0.2606
99% confidence interval is given by:
Sample Mean +/- (Margin of Error)
4.4823 +/- 0.2606 = (4.222 , 4.743)
Hope this helps!
Answer:
The cost of equity is 9.91%
Explanation:
The constant growth model of the DDM is used to calculate the price of the share or the fair value per share based on a constant growth in dividends and the required rate of return which is also known as cost of equity.
Plugging in the available values in the formual we can calculate the cost of equity or the required rate of return.
73.59 = 4.57 / (r - 0.037)
73.59 * (r - 0.037) = 4.57
73.59r - 2.72283 = 4.57
73.59r = 4.57 + 2.72283
r = 7.29283 / 73.59
r = 0.0991 or 9.91%