To determine the number of consumers which might prefer eating locally produced food, we simply multiply the metropolitan population by the decimal equivalent of the percentage given. That is,
= (1,773,120)(0.70)
= 1,241,184
Thus, 1,241,184 will most likely prefer the locally produced food.
Answer:
C. A fixed stream of income or a stream of income that is determined according to a specified formula for the life of the security
Explanation:
A fixed income security is a type of investment that provides returns in form of regular, or fixed, interest payments and repayments of the principals when the security reaches maturity.
From the explanation above, the best possible answer is C. A fixed stream of income or a stream of income that is determined according to a specified formula for the life of the security
Answer:
See below
Explanation:
Business refers to the practice of producing or purchasing goods and services for sale to make a profit. It is the act of engaging in commercial activities of buying and selling products and services for profits.
Business entails individuals and companies' activities of supplying desired products and services to customers with profit motives. A businessperson identifies a need in the community. He or she sells to the community goods or services that satisfy that need a higher price to make a profit.
Answer:
15.83%
Explanation:
Calculation to determine is the standard deviation of the returns on Kurt’s Adventures, Inc. stock
First step is to determine l E(r)
E(r) = (.30 *.30) + (.55 *.12) + (.15 *-.20)
E(r)= .09 + .066 -.03
E(r)= .126
Second step is to determine Var
Var = .30 *(.30 -.126)^2 + .55 *(.12 -.126)^2 + .15 *(-.20 -.126)
Var=0090828 +.0000198 + .0159414
Var= .025044
Now let determine the Std dev
Std dev = √.025044 = .15825
Std dev= 15.83 percent
Therefore the standard deviation of the returns on Kurt’s Adventures, Inc. stock.is 15.83 percent
Answer:
The answer is: Total DPMO of the overall process is = 4,733.33
Explanation:
To calculate the defects per million opportunities (DPMO) we use the following formula:
DPMO = (D/(U*O))*1,000,000
- Defects = D
- Unit = U
- Opportunity to have a defect = O
We are given the following data:
<u>Service A:</u> <u>Service B:</u>
D = 10 D = 17
U = 500 U = 1,000
O = 15 O = 5
DPMO Service A = [10 / (500 x 15)] x 1,000,000 = 1,333.33
DPMO Service B = [17 / (1,000 x 5)] x 1,000,000 = 3,400
Total DPMO = 4,733.33
