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Question:Amazon Beverages produces and bottles a line of soft drinks using exotic fruits from Latin America and Asia. The manufacturing process entails mixing and adding juices and coloring ingredients at the bottling plant, which is a part of Mixing Division. The finished product is packaged in a company-produced glass bottle and packed in cases of 24 bottles each.

Because the appearance of the bottle heavily influences sales volume, Amazon developed a unique bottle production process at the company’s container plant, which is a part of Container Division. Mixing Division uses all of the container plant’s production. Each division (Mixing and Container) is considered a separate profit center and evaluated as such. As the new corporate controller, you are responsible for determining the proper transfer price to use for the bottles produced for Mixing Division.

At your request, Container Division’s general manager asked other bottle manufacturers to quote a price for the number and sizes demanded by Mixing Division. These competitive prices follow:

Volume Total Price Price per Case 580,000 equivalent casesa $ 5,220,000 $ 9.00 1,160,000 9,280,000  8.00 1,740,000 12,528,000  7.20  

a An equivalent case represents 24 bottles.

Container Division’s cost analysis indicates that it can produce bottles at these costs:

Volume Total Cost Cost per Case 580,000 equivalent cases $ 4,344,000 $ 7.49 1,160,000 7,708,000  6.64 1,740,000 11,072,000  6.36  

These costs include fixed costs of $980,000 and variable costs of $5.80 per equivalent case. These data have caused considerable corporate discussion as to the proper price to use in the transfer of bottles from Container Division to Mixing Division. This interest is heightened because a significant portion of a division manager’s income is an incentive bonus based on profit center results.

Mixing Division has the following costs in addition to the bottle costs:

Volume Total Cost Cost per Case 580,000 equivalent cases $ 1,980,000 $ 3.41 1,160,000 2,780,000  2.40 1,740,000 3,580,000  2.06  

The corporate marketing group has furnished the following price-demand relationship for the finished product:

Sales Volume Total Sales Revenue Sales Price per Case 580,000 equivalent cases $ 12,644,000 $ 21.80 1,160,000 22,968,000  19.80 1,740,000 29,232,000  16.80  

Required:

a. Amazon Beverages has used market price-based transfer prices in the past. Using the current market prices and costs and assuming a volume of 1.74 million cases (Enter your answers in thousands of dollars.)

a-1. Calculate operating profits for Container Division.

a-2. Calculate operating profits for Mixing Division.

a-3. Calculate operating profits for Amazon Beverages.

b-1. Calculate operating profits for Container for volumes of 580,000, 1,160,000 and 1,740,000cases. (Enter your answers in thousands of dollars.)

b-2. Calculate operating profits for Mixing for volumes of 580,000, 1,160,000 and 1,740,000cases. (Enter your answers in thousands of dollars.)

b-3. Calculate operating profits for Amazon Beverages for volumes of 580,000, 1,160,000 and 1,740,000cases. (Enter your answers in thousands of dollars.)

 

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write my assignment 15984

The final assignment for the course will test your knowledge on one particular area of study in the field of Organizational Behaviour. The topics to choose from are:

 Working in teams

 Bias in the workplace

 Conflict resolution

 Performance feedback

 Organizational culture

 Facilitating creativity

 Decision making obstacles

 Communication in organizations

 Job and organizational design

 Contemporary work environments

If you would like to use a different topic, you must request approval from me first. You are expected to make an argument on the topic and back it up with strong sources. Make it convincing and make it stand up to scrutiny. The argument must not be something as simple as ethics in organizations are important. Make it more specific, answer a question you find interesting. And then convince me that your argument is true utilizing knowledge gained in the course.

Your paper must include:

1) Introduction where you will introduce to topic, define any terms, and provide your thesis or argument (for example: expending resources on conflict resolution tools in the workplace is not a valuable use of money)

2) Evidence and a strong argument to back up your thesis. I expect external academic sources to be used, two or three sources should suffice. Further referencing from non-academic sources may support your paper but will not count towards the peer-reviewed source expectation

3) A summary/conclusion of the paper

 

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I am trying to write a recursive method that searches a string for a Byrd. A Byrd has the following properties. Its first character is an ‘A’. If it is a two character Byrd then its second and last character is an ‘H’. If it is not a two character Byrd then it is one of these forms: ‘A’ followed by ‘B’ followed by a Byrd, followed by a ‘C’. OR ‘A’ followed by a ‘D’ or ‘E’ followed by a string of one or more ‘F’s followed by a ‘G’. Nothing else is a Byrd.Examples: AH, ABAHC, ABABAHCC, ADFGC, ADFFFFFFGC are all ByrdsABC, ABAH, DFGC, ABABAHC are not Byrds

I am trying to write a recursive method that searches a string for a Byrd. A Byrd has the followingproperties. Its first character is an ‘A’. If it is a two character Byrd then its second and last…

 

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Phase changes of water (conversions between ice, liquid water, and water vapor) occur constantly in Earth’s atmosphere. Heat is either released into the atmosphere (heating the air) or extracted from the atmosphere (cooling the air) during phase changes. Use your knowledge of phase changes to answer questions 7 through 9.

7. Which of the six phase changes would release the largest amount of heat into the atmosphere a. Deposition b. Condensation c. Freezing d. sublimation

8. Which of the six phase changes would extract the most heat from the atmosphere a. Evaporation b. Sublimation c. Melting d. Condensation

9. What phase changes can occur during cloud formation a. Evaporation and condensation b. Sublimation and melting c. Condensation and deposition d. Freezing and sublimation

10.Saturation vapor pressure is a function of (related to)which weather variable (a) Wind speed (b) Air temperature (c) Precipitation amount (d) Dew point temperature (e) Relative humidity

11.Vapor pressure is a function of (related to) which weather variable (a) Wind speed (b) Air temperature (c) Precipitation amount (d) Dew point temperature (e) Relative humidity

The following air temperature (T) and dew point temperature (Td) values were reported at cities across the United States in late spring. Using this data to answer questions 12 through 16

12.Which city has the highest saturation vapor pressure? a. Detroit, MI b. Tucson, Az c. Bismarck, SD d. Dallas, TX e. Nashville, TN

13.Which city has the lowest relative humidity? a. Detroit, MI b. Tucson, Az c. Bismarck, SD d. Dallas, TX e. Nashville, TN

14.Which city has the highest vapor pressure? a. Detroit, MI b. Tucson, Az c. Bismarck, SD d. Dallas, TX e. Nashville, TN

15.Which city has the highest relative humidity? a. Detroit, MI b. Tucson, Az c. Bismarck, SD d. Dallas, TX e. Nashville, TN

16.Which city has the lowest vapor pressure? a. Detroit, MI b. Tucson, Az c. Bismarck, SD d. Dallas, TX e. Nashville, TN

17.What is the local time in Seattle, WA, for a weather observation made on Thursday, 07/20/2017 at 1500 UTC

a. 10:00 AM

b. 8:00 AM

c. 9:00 AM

d. 2:00 PM

e. None of the above

18.What is the local time in New York, NY, for a weather observation made on Tuesday, 12/13/2016 at 1200 UTC a. 10:00 AM b. 8:00 AM c. 7:00 AM d. 2:00 PM e. None of the above

19.What is the local time in Denver, CO, for a weather observation made on Wednesday, 08/16/2017 at 0001 UTC

a. 10:00 AM, Tuesday, 08/15/2017

b. 8:00 AM, Wednesday, 08/16/2017

c. 7:00 PM, Tuesday 08/15/2017

d. 2:00 PM, Tuesday 08/15/2017

e. None of the above

42. An unsaturated air parcel with a temperature of 10C is lifted 1500 meters. Assume that at this new level, the parcel is the same temperature as the environment. The temperature of the environment is closest to ________.

a. 19C

b. 13C

c. 3C

d. -3C

e. -5C

43. Under which set of the conditions below would you expect wet wash hanging outside on a clothesline to dry the fastest? Air Relative Wind Temp Humidity Speed

a. 80F 60% 25 mph

b. 50F 60% 25 mph

c. 50F 30% 15 mph

d. 80F 30% 25 mph

e. 80F 60% 15 mph

44. Suppose a parcel of cool air has a temperature and dew point of 40F, while a parcel of hot air has a temperature of 100F and a dew point of 25F. The hot air contains ________ water vapor than the cold air, and the cold air has a ________ relative humidity. a. less, lower b. less, higher c. more, lower d. more, higher e. more, similar

45. Clouds and precipitation are more likely on the ________ side of a mountain, due to ________.

a. windward, overrunning

b. leeward, overrunning

c. windward, orographic lifting

d. leeward, orographic lifting

e. windward, surface divergence

46. Suppose the sun’s average surface temperature increases from 6000 K to 12,000 K. What is the wavelength (in micrometers) at which the sun would be emitting the majority of its radiation (Use Wien’s Law to calculate the wavelength)

a. 0.5 m

b. 0.67 m

c. 0.25 m

d. 1 m

e. 10 m

47. If cold outside air of temperature 10F is brought indoors and warmed with no change in its water vapor content, the relative humidity of this air will ________ and the dew point will ________.

a. increase, decrease

b. decrease, remain the same

c. increase, remain the same

d. decrease, increase

e. decrease, decrease

48. How many heating degree-days would there be in a city when the maximum temperature is 40 oF and the minimum temperature is 20 oF (assume a base temperature of 65 oF)

a. 40 heating-degree days

b. 20 heating-degree days

c. 35 heating-degree days

d. 40 heating-degree days

49. How many cooling degree days would there be in a city when the maximum temperature is 95 oF and the minimum temperature is 75 oF (assume a base temperature of 65 oF) a. 40 cooling-degree days

b. 20 cooling-degree days

c. 35 cooling-degree days

d. 40 cooling-degree days

50. Using the Stefan-Boltzmann law, how much energy (in W/m2 ) would the earth’s surface be emitting if its surface temperature was 300 K?

a. 450 W/m2

b. 460 W/m2

c. 500 W/m2

d. 420 W/m2

 

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