Answer:
a) Portfolio ABC's expected return is 10.66667%.
Explanation:
Some information is missing:
Stock Expected Standard Beta
return deviation
A 10% 20% 1.0
B 10% 10% 1.0
C 12% 12% 1.4
The expected return or portfolio AB = (1/2 x 10%) + (1/2 x 10%) = 10% (it is the same as the required rate for stock A or B)
The expected return or portfolio ABC = (weight of stock A x expected return of stock A) + (weight of stock B x expected return of stock B) + (weight of stock C x expected return of stock C) = (1/3 x 10%) + (1/3 x 10%) + (1/3 x 12%) = 3.333% + 3.333% + 4% = 10.667% <u>THIS IS CORRECT</u>
Options B, C, D and E are wrong.
Answer:
Product Life Cycle Analysis
Explanation:
<span>If I purchased 1,300 shares of lakeside bank stock for $23.32 a share. The total worth of the share is 1, 300 * 23.32 = $30, 316. Okay I received payments dividend worth 0.61 a share; that becomes 0.61 * 23.32 = $14.2252. I sold 1, 300 shares for $24.32. So I sold it for 1, 300 * 24.32 = $31616.
My total return = (Amount I sold the share + dividend received) - Amount I bought the share. So we have (31616 + 14.2552) - 30316 = $31630.2552 - $ 30, 316 = $1314.2552</span>
To better facilitate an understanding of layout issues, Arnold Palmer Hospital studies using (A) queuing theory.
Explanation:
Queuing theory also known as the "queuing theory" it is used to examine the various component in waiting line that needs to be served.
The queuing theory refers to the various component like the arrival process,the service process,number of computerized system, number of servers used and the number of people in queue (i.e customers)
The various applications of the queuing theory include -traffic management,(vehicles management, two or four wheeler), scheduling patients in government hospitals, jobs that are done on machines, computer programs), and facility designs of supermarkets.
Thus,In a hospital settings the layout issues can be dealt by understanding the queuing theory.
