The Mean Of The Annual Salary Is $66000
It is because 90000+60000+70000+90000+20000=330000. 330000 Divided By 5 Equals 660000. You find the mean by adding all the numbers together, then dividing by the number of how many numbers there are, if that makes sense.
~Spades
Answer:
B) Normal conditions are rarely encountered."
Explanation:
The most likely response from his neighbor was probably, "good luck with all that, i remember reading somewhere that Normal conditions are rarely encountered." This would be the most likely response because his neighbor is described as being jealous and skeptical. Therefore his response will most likely have a tone of hope that something happens so that the installation can't happen, such as bad weather.
The phrase the best completes the statement is "the gap between customer expectation and actual services provided are identified." It is a tool and a method of service quality which are most commonly used by a product manager. It assesses the quality of service delivery from the client's expectations.
Answer:
9.4%
Explanation:
Initial investment=$22,000+$22,000=$44,000
number of shares bought=$44,000/$110(the investor paid $55 out of every $110)
number of shares bought=400
Increase in share in one year=$110*8%=$8.80
loan interest on each share=$55*6.6%=$3.63
rate of return=(increase in share price-loan interest)/initial amount invested
rate of return=($8.80-$3.63)/$55
rate of return=9.4%
Answer:
0.76
Explanation:
So, in this particular question we are given that that there are two assets which are the; [1]. stock fund and [2]. a long-term government and corporate bond fund.
From the question/problem, we have that the Expected ret and the std. dev. for the Stock fund is 18% and 25% respectively. Also, the Expected ret and std. dev. for Bond fund 11% and 18% respectively.
Thus, the investment proportion in the minimum variance portfolio of the bond fund = 1 - [ ( 18%)² - 0.4 × 25% × 18%) ÷ ( 25%)² + (18%)² - 2 × 0.4 × 25% × 18%. = 1 - [0.0144 ÷ 0.0609 ] = 1 - 0.24 = 0.76.
