Answer:
a. $21,800
Explanation:
The discoun of issuance of the bond is amortized over the period until maturity. Total Interest expesne on a discounted bond is the sum of the coupon payment and the amortization of the discount amount.
Coupon payment = $200,000 x 10% = $20,000 per year
Discount on the bond = $200,000 - $191,000 = $9,000
Discount amotized per year = $9,000 / 5 = $1,800
Total Interest Expense = Coupon Payment + Amortization of Discount
Total Interest Expense = 20,000 + 1800 = $21,800
Answer:Your college debate squad.
Explanation:A Team is a group of people who are connected by a a goal or sets of goals. A team have some sets of guiding principles through which they regulate their activities and their relationships among themselves. Among the options listed, The college debate squared is the only option that qualifies as a team,since they are connected with the aim of handling the debate of the College.
Answer: (C) Cluster sample
Explanation:
The cluster sampling is one of the sampling method type that is used for analyzing the given data or information from the given sampling cluster. In the cluster sampling method, the researches basically dividing the statistical population into the individual or separate group for analyzing the data.
According to the given scenario, the cluster sample is one of the type of sample which us use for the given estimated problem.
The Cluster sampling is also refers as the one stage sampling process if the each element in the cluster are sampled together.
Therefore, Option (C) is correct.
Answer:
a, 22276.07
b. $32.9157 million
c.$29.9669million
Explanation:
Find the values of k and a assuming a relationship of the form Assume that f(y)=ky^a is in units of barrels per day.
b. Determine the optimal timing of plant additions and the optimal size and cost of each plant addition.a=0.8073, rx=0.41
optimal timing x=rx/r=2.05yrs
optimal size xD=2.05(1.5)
3.075million barrels/year
$32.9157 million
c. Suppose that the largest single refinery that can be built with current technology is 7,500 barrels per day. Determine the optimal timing of plant additions and the optimal size and cost of each plant in this case
Optimal size xD=min
Optimal timing will be X^*=x*D/D=2.7375/1.5=1.825 year
optimal cost f(y)=ky^a=0.0223(7500)^0.8073=$29,9669 milion
Answer:
Problem solving can be tough at times. One might need to look at a problem from different sides to come up with the best solution.
It is very helpful to break the problem into metaphors in order to find a solution for it. It provides you of different visions and sides of the problems that makes it easier to solve.
Analogies are another big input. You can form analogies of a problem and view it accordingly. It opens up several doors of alternative information and solutions of the problem.