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Read the MiniCase below and answer the following 3 questions. We are u

Read the MiniCase below and answer the following 3 questions. We are using the following questions to assess your current knowledge of some international business issues. Your answers will help us understand some of the areas we may need to focus on in regards to future MBA curriculum. It is not expected that many of you will be able to answer these questions in extensive detail, since many are new to the MBA program and have not taken courses where the focus was international business issues. Therefore, we only ask that you do your best in trying to answer these questions. We do not expect you to do additional research or reading. This is simply an assessment of where you and your fellow students currently stand as to knowledge of international business issues.MINICASE – S&S Air Goes InternationalMark Sexton and Todd Story, the owners of S&S Air, have been in discussions with a light aircraft dealer in Monaco about selling the company’s planes in Europe. Jarek Jacho-wicz, the dealer, wants to add S&S Air to his current retail line. Jarek has told Mark and Todd that he feels the retail sales will be approximately 5 million per month. All sales will bemade in euros, and Jarek will retain 5 percent of retail sales as a commission, which will be paid in euros. Because the planes will be customized to order, the f rst sales will take place in one month. Jarek will pay S&S Air for the order 90 days after it is f lled. This payment schedule will continue for the length of the contract between the two companies. Mark and Todd are conf dent the company can handle the extra volume with its existing facilities, but they are unsure about the potential f nancial risks of selling their planes in Europe. In their discussion with Jarek, they found that the current exchange rate is $1.35y. At the current exchange rate, the company would spend 80 percent of the sales on production costs. This number does not reflect the sales commission paid to Jarek. Mark and Todd have decided to ask Chris Guthrie, the company’s f nancial analyst, to prepare an analysis of the proposed international sales. Specifcally, they ask Chris to answer the following questions.1. What kind of international business issues might S&S Air face when doing business in Europe in regards to cultural differences, political, government and economic issues that might impact current and future business success?2. What kind of international business issues might S&S Air face in regards to legal requirements and operational issues as it sells airplanes within the European market?3. If the exchange rate changes from $1.45/1 Euro to $1.30/1 Euro, how will that impact S&S Air’s financial profitability in general?1-2 pages.

To which part of a terrestrial mammal skull does the blowhole of a dol

To which part of a terrestrial mammal skull does the blowhole of a dolphin correspond? How would you compare the zygomatic bone of a dolphin to another carnivore? Provide a hypothesis for why this bone might be so different in a dolphin.

Please go to http://en.wikipedia.org/wiki/Corporate_governance and rev

Please go to http://en.wikipedia.org/wiki/Corporate_governance and review the material.Use these suggested questions to stimulate ideas and thoughts for your discussion forum posts:Compare U.S. corporate governance to Continental Europe or other countries governance. Which one do you prefer?Does regulation (external governance) play an important role in U.S. corporate governance?The CEO and Chairperson of the board can be one person (duality). Please discuss the pros and cons of duality.What is keiretsu? Are agency costs of firms which are part of keiretsu higher than agency costs of firms which are not part of keiretsu? Why?Discuss concentrated ownership versus diffused ownership structure.Discuss the impact of the Sarbanes-Oxley Act on corporate governance.

If a trait in a pedigree chart encoded by gene A, does that make the t

If a trait in a pedigree chart encoded by gene A, does that make the trait dominant? Like the mother who is not affected will have a genotype of aa, and an affected father will have a genotype of AA or Aa?

Levy Corporation, which has a 0 tax rate due to tax loss carry-forward

Levy Corporation, which has a 0 tax rate due to tax loss carry-forwards, is considering a 5-year, $6,000,000 bank loan to finance service equipment. The loan has an interest rate of 10% and would be amortized over 5 years, with five end-of-year payments. Sutton can also lease the equipment for five end-of-year payments of $1,790,000 each. How much larger or smaller is the bank loan payment than the lease payment? Note: Subtract the loan payment from the lease payment.

A company is considering refunding a $50,000,000, annual payment, 14%

A company is considering refunding a $50,000,000, annual payment, 14% coupon, 30-year bond issue that was issued 5 years ago. It has been amortizing $3 million of flotation costs on these bonds over their 30-year life. The company could sell a new issue of 25-year bonds at an annual interest rate of 11.67% in today’s market. A call premium of 14% would be required to retire the old bonds, and flotation costs on the new issue would amount to $3 million. NYW’s marginal tax rate is 40%. The new bonds would be issued when the old bonds are called.The amortization of flotation costs reduces taxes, and thus provides an annual cash flow. What will the net increase or decrease in the annual flotation cost tax savings be if refunding takes place?

1) A certain human population is scored for the PrPc prion locus and f

1) A certain human population is scored for the PrPc prion locus and found to have the following genotype frequencies: MM = 0.16 MV = 0.80 VV = 0.04. What is the frequency of the M allele?Question 1 options:a. 0.16b. 0.40c. 0.56d. 0.80e. 0.96SaveQuestion 2 (1 point)2) The HERC2 gene is one (among several) determinant of eye color variation in humans. There are two common alleles A and G, with GG homozygotes usually having blue eyes and AA homozygotes or AG heterozygotes usually having brown eyes. Suppose a human population contained 91% of brown-eyed individuals and 9% with blue eyes and that this variation was entirely due to the HERC2 locus. Under the Hardy-Weinberg assumptions, what is the frequency of the A allele in the population?Question 2 options:a. 0.30b. 0.405c. 0.70d. 0.90e. 0.91SaveQuestion 3 (1 point)3) Which of the following random mating populations is most likely to be under directional selection? The three numbers give the frequencies of the A1A1, A1A2, and A2A2 genotypes, respectivelyQuestion 3 options:a. 0.81 ; 0.18 ; 0.01b. 0.30 ; 0.20 ; 0.50c. 0.36 ; 0.48 ; 0.16d. 0.21 ; 0.42 ; 0.49e. 0.64 ; 0.32 ; 0.04SaveQuestion 4 (1 point)4) Which of the following is an assumption of the Hardy-Weinberg model?Question 4 options:a. Mutations arise irrespective of needb. Mating depends on genotypec. All genotypes have the same fitnessd. Populations are smalle. None of the above is an assumption of the Hardy-Weinberg modelSaveQuestion 5 (1 point)5) A population contains N diploid organisms. A mutant allele is present as a single copy. This mutant allele has identical fitness to all other alleles at this locus. What is the probability that this mutant allele will eventually go to fixation?Question 5 options:a. 0b. 1/(2N)c. 1/(N)d. 1e. It cannot be determinedSaveQuestion 6 (1 point)6) Which of the following is true of evolution by both genetic drift and directional selection?Question 6 options:a. They help populations become better adapted to their environmentb. They are random processesc. They remove genetic variation from populationsd. They are more effective is small populationsSaveQuestion 7 (1 point)7) Here is the result of 10 identical simulations run in the program RedLynx. All started with an allele frequency of 10%. Which of these settings is most likely to have yielded such a pattern?Question 7 options:a. Selection for A1 = 0.01 in a large (>10,000) populationb. Selection for A1 = -0.01 in a large (>10,000) populationc. Selection for A1 = 0.00 in a large (>10,000) populationd. Selection for A1 = 0.01 in a small (>100) populatione. Selection for A1 = -0.01 in a small (>100) populationf. Selection for A1 = 0.00 in a small (>100) populationSaveQuestion 8 (1 point)8) Which of the following annual plants is the fittest?Question 8 options:a. Plant A is 25cm tall, it attains a biomass of 800g, it makes 20 flowers, it produces 50 viable seedsb. Plant B is 20cm tall, it attains a biomass of 850g, it makes 10 flowers, it produces 70 viable seedsc. Plant C is 18cm tall, it attains a biomass of 600g, it makes 30 flowers, it produces 30 viable seedd. Plant D is 19cm tall, it attains a biomass of 550g, it makes 28 flowers, it produces 75 viable seedsSaveQuestion 9 (1 point)9) What is the contrast between mutation and directional selection?Question 9 options:a. Mutation creates variation within a population, directional selection removes variation from populationsb. Mutation creates random variation, directional selection creates non-random variationc. Directional selection increases the rate of beneficial mutations and decreases the rate of deleterious mutationsd. Selection is random, mutation is deterministice. Mutations occur when needed, selection occurs all the timeSaveQuestion 10 (1 point)10) In coral, a certain gene, P, is only expressed in sperm and plays a role in helping sperm live at different salt levels. Sperm with the P1 allele have lower fitness than those with the P2 allele when salinity is greater than 3.5%. Imagine a population living in a salinity of 3.7% that currently has a P1 allele frequency of 0.25 and a P2 allele frequency of 0.75. How would you expect the allele frequency to change over many generations?Question 10 options:a. The frequency of P1 will not changeb. The frequency of P1 will increase to ~0.5 and then stay there indefinitelyc. The frequency of P1 will decrease to nearly 0.0, but some of few alleles will be retained in case the population experiences lower salinity in the futured. The frequency of P1 will decline to 0.0 and the allele will be lostSaveQuestion 11 (1 point)11) Suppose, that in the presence of kuru, the relative fitness of three PrPc genotypes are: MM = 1.0 ; MV = 1.5 ; VV = 1.0. Over multiple generations, what would tend to happen to a population exposed to kuru that began with an M allele frequency of 0.95?Question 11 options:a. There is a 95% probability that M will go to fixationb. There is an ~100% probability that M will go to fixationc. The frequency of M will tend to decrease to ~0.5 and stay there indefinitelyd. The frequency of M will tend to decrease and eventually be lostSaveQuestion 12 (1 point)12) The pesticide malathion reduces insects? ability to reproduce even when applied at a sub-lethal dose. It is known that a mutation of the MdalphaE7 protein, changing residue 251 from a Tryptophan (W) to a Serine (S), confers dominant resistance to malathion in house flies. What is the expected result of repeatedly spraying a sublethal does of malathion on a population of house flies?Question 12 options:a. The rate of W to S mutations increases, resulting in the population showing more and more resistance to malathionb. If at least one W to S mutation occurs, the mutant (S) allele will increase in frequency because individuals with the S allele have higher fitnessc. Individuals gradually adjust to the higher levels of malathion and eventually can tolerate the pesticide even if they have the W alleled. The population will probably generate resistant individuals to avoid extinctionSaveQuestion 13 (1 point)13) Which of the following best summarizes the role of population size in affecting the rate of fixation by genetic drift?Question 13 options:a. Larger populations show more rapid fixation by drift because they contain more allelesb. Larger populations are less affected by genetic drift because chance changes in allele frequency between generations will tend to be lessSmaller populations are more subject to drift because they experience less selectiond. Population size does not affect the rate of fixation by driftSaveQuestion 14 (1 point)14) Suppose, that in the absence of malaria, the relative fitness of three hemoglobin genotypes are: AA = 1.0 ; AS = 0.9 ; SS = 0.2. Over multiple generations, what would tend to happen to a large, malaria-free population that began with an A allele frequency of 0.95?Question 14 options:a. The frequency of A will not changeb. The frequency of A will decrease to an intermediate value and stay there indefinitelyc. The frequency of A will drop to zerod. The frequency of A will increase to 1.0 and the S allele will be lostSaveQuestion 15 (1 point)15) Suppose, that in the presence of malaria, the relative fitness of three genotypes at the HemoglobinA locus are: AA = 1.0 ; AS = 1.3 ; SS = 0.2. Over multiple generations, what would tend to happen to a large, malaria-exposed population that began with an A allele frequency of 0.99?Question 15 options:a. The frequency of A will not changeb. The frequency of A will decrease to an intermediate value and stay there indefinitelyc. The frequency of A will drop to zerod. The frequency of A will increase to 1.0 and the S allele will be lost

Siblings, Inc., is expected to maintain a constant 4.0 percent growth

Siblings, Inc., is expected to maintain a constant 4.0 percent growth rate in its dividends, indefinitely. The company has a dividend yield of 5.8 percent.What is the required return on the company’s stock? (Do not round intermediate calculations and round your final answer to 2 decimal places. (e.g., 32.16)) Required return%

Lohn Corporation is expected to pay the following dividends over the n

Lohn Corporation is expected to pay the following dividends over the next four years: $15, $12, $11, and $3.50. Afterwards, the company pledges to maintain a constant 6 percent growth rate in dividends forever. If the required return on the stock is 10 percent, what is the current share price? (Do not round intermediate calculations and round your final answer to 2 decimal places. (e.g., 32.16)) Current share price$

Assume a corporation is expecting the following cash flows in the futu

Assume a corporation is expecting the following cash flows in the future: $-4 million in year 1, $9 million in year 2, $23 million in year 3. After year 3, the cash flows are expected to grow at a rate of 5% forever. The discount rate is 7%, the firm has debt totaling $40 million, and 10 million shares outstanding. What should be the price per share for this company?