Questions
A College's School of Liberal Arts has 3 departments Estimated information for next year is presented...

A College's School of Liberal Arts has 3 departments Estimated information for next year is presented below. Once table information is completed please provide the following information:

Does the allocation of equal amounts of indirect cost provide a "fair" allocation? Yes or No and explain

Which cost driver services the self-interest of the Science Department? History Department? English Department?

What cost driver(s) would you suggest that the school use to assign a "fair" portion of overhead costs to each department? Why?

INFORMATION:

Number of Students per year: Science = 1400, History = 800, English =400

Number of classes per semester: Science - 70, History = 40, English = 30

Number of professors: Science =20, History = 24, English = 10

Revenues: Science = $30,000,000, History = $17,000,000, English = $9,000,000

Direct Expenses: Science = $25,000,000 History = $14,000,000 English = $7,000,000

Each department keeps 20% of the profit it generates

Indirect costs are projected to be $5,000,000

Use a different table of the one below for each plan:

Plan 1: Allocate Equal Amounts of Indirect Costs to Each Department

Plan 2: Allocate Indirect Costs using # of Students as Cost Driver

Plan 3: Allocate Indirect Costs using # of classes/semester as cost driver

Plans 4: Allocate Indirect Costs using # of professors as cost driver

Science History English
Revenues
Direct Exp
Indirect Exp
Net Inc
20% Net


In: Finance

Prepare balance sheets for end of each semester. Edwina Haskell was an accomplished high school student...

Prepare balance sheets for end of each semester.

Edwina Haskell was an accomplished high school student who looked forward to attending Southern New England University (SNEU). SNEU was unique in that it operated on a trimester basis, its policy was to actively foster independent development among the students. Edwina’s mother and father each own their own small businesses. Soon after freshman orientation at SNEU, Edwina recognized a need among the students that could be the basis for developing a small business. Freshman students could not bring their cars on the campus. In effect, they were confined to the dorm; if they wished to travel, they had to take school-provided buses that operated on a fixed schedule. Further, the university’s cafeteria closed at eight in the evening. Students who wanted to have some food or snacks after 8:00 p.m. had to call local restaurants that delivered. The few restaurants in the neighborhood around SNEU that had delivery services often were late in their deliveries, and hot food, such as pizza, was frequently delivered cold.

Edwina felt that there was a niche market on the campus. She believed that students would be interested in ordering sandwiches, snacks, and sodas from a fellow student provided that the food could be delivered in a timely fashion. After talking with several students in her dorm complex, she believed that offering a package of a sandwich, a soda, and a small snack, such as potato chips, for $5 and a guaranteed delivery of 15 minutes or less would be a winner. Because her dorm complex consisted of four large adjoining buildings that house nearly 1,600 students, she felt that there would be sufficient demand to make the concept profitable. She talked about this concept with her roommates and with her parents. Her roommates were willing to help prepare the sandwiches and deliver them. She planned on paying each of them $250 per trimester for taking orders, making sandwiches, and delivering them. All three roommates, whom she knew from high school, were willing to be paid at the end of the trimester.

Edwina recognized that for this business plan to work, she would have to have a sufficient inventory of cold cuts, lettuce, tomatoes, soda, chips, and condiments to be able to meet student demands. The small refrigerators in the dorm rooms would not be sufficient. After talking to her parents, they were willing to help her set up her business. They would lend her $1,000 to buy a larger refrigerator to place in her dorm room. She did not have to repay this loan until she graduated in four years, but her parents wanted her to appreciate the challenges of operating a small business. They set up several conditions. First, although she did not have to pay back the $1,000 for the refrigerator for four years, she had to pay interest on this “loan.” She had to repay 3 percent of this loan each trimester. Further, they reminded her that although she could pay her friends at the end of the semester, she would need funds to buy the cold cuts, bread, rolls, soda, snacks, condiments, and supplies such as foil to wrap the sandwiches, plus plates and paper bags. Although Edwina was putting $500 of her own money into her business, her parents felt that she might need an infusion of cash during the first year (i.e., the first three trimesters). They were willing to operate as her bank—lending her money, if needed, during the trimesters. However, she had to pay the loan(s) back by the end of the year. They also agreed that the loan(s) would be at a rate of 2 percent per trimester.

Within the first three weeks of her first trimester at SNEU, Edwina purchased the $1,000 refrigerator with the money provided by her parents and installed it in her dorm. She also went out and purchased $180 worth of supplies consisting of paper bags; paper plates; and plastic knives, spoons, and forks. She paid for these supplies out of her original $500 personal investment. She and her roommates would go out once or twice a week, using the SNEU bus system to buy what they thought would be the required amount of cold cuts, bread, rolls, and condiments. The first few weeks’ worth of supplies were purchased out of the remainder of the $500. Students paid in cash for the sandwiches. After the first two weeks, Edwina would pay for the food supplies out of the cash from sales.

In the first trimester, Edwina and her roommates sold 640 sandwich packages, generating revenue of $3,200. During this first trimester, she purchased $1,710 worth of food supplies. She used $1,660 to make the 640 sandwich packages. Fortunately, the $50 of supplies were condiments and therefore would last during the two-week break between the trimesters. Only $80 worth of the paper products were used for the 640 sandwich packages. Edwina spent $75 putting up posters and flyers around the campus promoting her new business. She anticipated that the tax rate would be approximately 35 percent of her earnings before taxes. She estimated this number at the end of the first trimester and put that money away so as to be able to pay her tax bill.

During the two weeks off between the first and second trimester, Edwina and her roommates talked about how they could improve business operations. Several students had asked about the possibility of having warm sandwiches. Edwina decided that she would purchase two Panini makers. So at the beginning of the second trimester, she tapped into her parents’ line of credit for two Panini grills, which in total cost $150. To make sure that the sandwiches would be delivered warm, she and her roommates spent $100 on insulated wrappings. The $100 came from cash. The second trimester proved to be even more successful. The business sold 808 sandwiches, generating revenue of $4,040. During this second trimester, the business purchased $2,100 worth of food supplies, using $2,020 of that to actually create the 808 sandwich packages. They estimated that during the second trimester, they used $101 worth of supplies in creating the sandwich packages.

There was only a one-week break between the second and third trimesters, and the young women were quite busy in developing ideas on how to further expand the business. One of the first decisions was to raise the semester salary of each roommate to $300 apiece. More and more students had been asking for a greater selection of warm sandwiches. Edwina and her roommates decided to do some cooking in the dorms so as to be able to provide meatball and sausage sandwiches. Edwina once again tapped into her parents’ line of credit to purchase $275 worth of cooking supplies. One of the problems they noticed was that sometimes students would place calls to order a sandwich package, but the phones were busy. Edwina hired a fellow student to develop a website where students could place an order and select the time that they would like a sandwich package to be delivered. The cost of creating and operating this website for this third trimester was $300.

This last semester of Edwina’s freshman year proved to be the most successful in terms of sales. They were able to fulfill orders for 1,105 sandwich packages, generating revenue of $5,525. Edwina determined that the direct cost of food for these sandwich packages came out to be $2,928.25. The direct cost of paper supplies was $165.75. At the end of her freshman year, Edwina repaid her parents the $425 that came from her credit line that was used to purchase the Panini makers and the cooking utensils.

In: Accounting

1. For school counselors: A teenage boy has had a sudden drop in grades, totally out...

1. For school counselors: A teenage boy has had a sudden drop in grades, totally out of character. When you see him for your first session what would be some of the questions you would ask him in your initial assessment? What might you look for?

2. An elderly man comes in for therapy 4 months after his wife died. He says he is there because his family is making him. How would you differentiate between normal grieving and major depression. What questions would you ask and what do you look for?

3. What is there to learn for the legacy of loss and traumatic experience (such as Jews in holocaust, being a veteran) and how it plays a role in a persons life? What cues do we look for in a persons history to see if they did experience it?

4. How is family intervention and family therapy beneficial and how did family therapy evolve from the intrapsychic psychoanalytic and psychodynamic models?

In: Psychology

Below is a school problem of mine. WHAT I KNOW AND HAVE DONE. i have three...

Below is a school problem of mine.
WHAT I KNOW AND HAVE DONE.
i have three variables for input
n for nunber of wnemies
k for fight capacity

an arraylist set to the size of n because it only needs to be as large as the number of enemies coming.

and x which is just the time stamps that will go into the arraylist.

i also have tHe array sorted from least to greatest because it doesnt matter what order they enter the times at but the time of the oppenets matters.

HELP NEEDED HERE.
I need help on how to handle the conditions of the program.
i know that it takes 1000secs to defeat an enemy. if an enemy appears and it is before 1000secs and less than an avengers capacity i need to add an avenger.
im having trouble on how to implent this into my program.


After many sacrifices and multiple time-heists, our beloved Avengers, finally managed to reverse

Thanos’ snap and bring everyone back to Earth. Now, only the final battle remains. Thanos’

army is huge and unpredictable, and the Avengers need to know when they will be attacking.

Luckily through Dr. Strange’s time travelling skills, he has seen the future and knows the arrival

time for each enemy. It is your job to find out how many avengers are needed to fight off

Thanos’ army.

Please make sure you are using an ArrayList<Integer> in this assignment. This is a requirement.
he timestamps are in chronological order. i.e. they will be entered by the user in increasing order.
To simplify this problem, we will make the following assumptions.

1) Every avenger can fight off equal number of enemies at once.

2) Each enemy takes 1000 seconds to defeat.

3) Multiple enemies may arrive at the same time.

Inputs

Your program will take the following inputs.

N: The total number of enemies to defeat.

K : the number of enemies each avenger can handle at once.

A list of N numbers, representing timestamps (in seconds).

Output

Your program should output the MINIMUM number of avengers needed to fight off Thanos’

army.

Sample Cases

Test Run 1

Input

Enter number of enemies (N) : 2

Enter fighting capacity of each avenger(K) : 1

Enter time of arrival for each enemy

300

1500

Output

1 avenger(s) are needed to fight off the army

Explanation: Avenger 1 starts fighting at t=300, defeats the first enemy at t=1300, can thus fight

the next enemy at t=1500. No additional avengers needed.

Test Run 2

Input

Enter number of enemies (N) : 3

Enter fighting capacity of each avenger(K) : 2

Enter time of arrival for each enemy

500

510

1499

Output

2 avenger(s) are needed to fight off the army

Explanation: Avenger 1 starts fighting at t=500, at t=510, 2nd enemy arrives, A1 can handle 2

enemies at once (see value of K), so still just 1 avenger needed. Next enemy arrives at t=499,

which is less than (500+1000), which means A1 is still fighting off 2 enemies at t=1499. Hence a

2nd avenger is needed, to deal with the last enemy. So minimum number = 2

Test Run 3

Input

Enter number of enemies (N) : 14

Enter fighting capacity of each avenger(K) : 3

Enter time of arrival for each enemy

100

200

345

980

1123

1242

1466

1777

1900

2000

2000

2001

2500

3000

Output

3 avenger(s) are needed to fight off the army

Explanation for Test Run 3 (A1 , A2 , A3 represents each avenger)

earliest

100

A1

earliest

100 200

A1 A1

earliest

100 200 345

A1 A1 A1

earliest

100 200 345 980

A1 A1 A1 A2

earliest

1123 200 345 980

A1 A1 A1 A2

earliest

1123 1242 345 980

A1 A1 A1 A2

earliest

1123 1242 1466 980

A1 A1 A1 A2

earliest

1123 1242 1466 1777

A1 A1 A1 A2

earliest

1123 1242 1466 1777 1900

A1 A1 A1 A2 A2

earliest

1123 1242 1466 1777 1900 2000

A1 A1 A1 A2 A2 A2

earliest

1123 1242 1466 1777 1900 2000 2000

A1 A1 A1 A2 A2 A2 A3

earliest

1123 1242 1466 1777 1900 2000 2000 2001

A1 A1 A1 A2 A2 A2 A3 A3

earliest

2500 1242 1466 1777 1900 2000 2000 2001

A1 A1 A1 A2 A2 A2 A3 A3

earliest

2500 3000 1466 1777 1900 2000 2000 2001

A1 A1 A1 A2 A2 A2 A3 A3

Approach

1) Each timestamp represents the time at which an enemy arrives.

2) You can represent the above data structure using an arraylist.

ArrayList<Integer> arr = new ArrayList<Integer>();

3) Every time you encounter a timestamp, you first check to see if 1000 secs has passed

since the earliest timestamp in your list. If yes, then the corresponding avenger has fought

off the earliest enemy in your list and has a ”slot open” to now fight the current enemy.

4) If 1000 secs have NOT passed since the earliest, then do one of the following

a. If the latest avenger is capable of simultaneously fighting more enemies than he is

currently fighting, then assign the current enemy to one of the “empty slots”

b. If all avengers are at full capacity, then introduce a new avenger, increment

minimum number of avengers needed by 1

In: Computer Science

Activities, predecessors and duration for a School Building Project Activity Description Immediate predecessor Duration (days) A...

Activities, predecessors and duration for a School Building Project

Activity

Description

Immediate predecessor

Duration (days)

A

Clear Site and mobilize labour and equipment

None

5

B

Excavate foundation

A

15

C

Procure materials (sand, cement, chippings etc.)

A

10

D

Pour foundation concrete

B, C

5

E

Mould sandcrete blocks (substructure)

C

5

F

Construct substructure block work

D, E

15

G

Construct superstructure block work

F, H

30

H

Make doors and window frames

I

10

I

Procure and preserve roof timber

C

10

J

Roofing, plastering and painting

G, I

25

K

Fabricate roof trusses

I

15

L

Mould sandcrete blocks (superstructure)

C

10

  1. Draw the network diagram.
  2. What is the critical path of the above project?
  3. Calculate the total and free floats for the activities.

In: Civil Engineering

2 Program 1 - Special Values Patrick Star wasted a lot of time in Boating School...

2 Program 1 - Special Values

Patrick Star wasted a lot of time in Boating School instead of signing up for his Spanish Class. Unfortunately for him, Spanish 101 is now full, and the only other class that will suit his schedule is Advanced Math. Patrick is determined not to let this defeat him. He will make his way up the stairs of learning one way or another. However, it’s been a while since Average Everyday Math, and he is somewhat behind. Patrick is going to put his programming class (he took that last term) to good use and write programs to do his homework. For the rest of this homework, you are Patrick Star, trying to outwit the math teacher.

For this program, we define a new term called Special Value. The Special Value of a number is the product of a random number between 15 and 25 (inclusive) and the difference between the number and its reverse.

1

For example, the Special Value of 1234 could be 55566 ( 18 * ( | 4321 - 1234 | ) ).
In this program, you are required to find the sum of the special values of a set of numbers. Make

sure you conform to the following requirements.

  1. Write a function called reverse that takes a number as a parameter and returns the reversed number. (20 points)

  2. Write a function called value that accepts a number as a parameter, calculates the special value of that number, and returns it. This function should call the reverse function. (12 points)

  3. In the main function, accept a seed for the Random Number Generator from the user, and use it to set up the RNG. (3 points)

  4. Then, accept a series of numbers from the user. Stop if the number entered is 0. Use the value function to find the special value of each of the numbers as they are entered, and calculate their sum. Finally, print the sum. (10 points)

  5. Make sure you add comments to explain your logic. (5 points)

2.1 Sample Run

Please note that the final answer depends on the random number generated at each function call, and you might get a different answer.

Enter the seed for the random number generator: 75361
Enter the numbers (0 to stop):
123
603
957
63
4567
62576
19
0
The sum of the special values is 99468

In: Computer Science

what are racial boundaries and why they form among school-age children and adolescents. In what ways...

  1. what are racial boundaries and why they form among school-age children and adolescents. In what ways can racial boundaries be challenged

  2. what impacts do parents have on children's prejudicial attitudes or lack thereof. examples of what research indicate about the transmission of prejudice from parents to children.

  3. how young children's perceptions of differences typically develop, and ways that parents, teachers, or other caregivers can help promote multicultural sensitivity in children.

Submit this assignment by Sunday of this week.

In: Psychology

I played high school football and I knew I was in real good shape and had...

I played high school football and I knew I was in real good shape and had a lot of muscle. After high school, my football days were over. My freshman year in college took some adjustment, even more so being away from home and all my buddies. I wasn’t exercising and gained 12 pounds that year. At 192 pounds, I still thought I was in pretty good shape. My sophomore year I stopped at the school’s annual health and fitness fair during the fall semester. There I had my body fat checked. It turned out to be 26.5 percent. I always thought I was pretty fit, and I wasn’t happy to be rated “overweight.” That one body fat test motivated me to enroll in the fitness and wellness course. In class, I learned how to set up a good aerobic and strength-training exercise program and eat better, and I learned about the value of increasing daily physical activity. At the end of the semester I had lost only 8 pounds, but I was pleasantly surprised to find that I had also gained 7 pounds of lean body mass (in essence, I lost 15 pounds of body fat) and my body fat decreased to 19.6 percent.

Critical Thinking Questions

1. List three factors that probably contributed to David’s weight gain.

2. Why might it be the case that some people who never had to worry about their weight in high school end up struggling with their weight in college (or later adulthood)?

3. Receiving the results of a fitness test or a body composition assessment that show that you are not where you would like to be can be a motivator for change. What other motivators have you experienced that made you decide to get healthier or achieve better fitness?

4. In addition to planned exercise, such as jogging or working out at a gym, what are some ways that you can incorporate more physical activity into your daily life?

In: Biology

Consider the following newsvendor environment with sales season in August (school year start). We are now...

Consider the following newsvendor environment with sales season in August (school year start). We are now in late-April and the best forecast for demand in August is that it is normally distributed with a mean of 4000 units and a standard deviation of 1000. We can buy now from a Chinese supplier at 6 $ per unit. Lead time for this order is 3 months, so an order placed now will be delivered before August. The item sells for 12 $ per unit. Inventory left over at end of August has to be discounted with a salvage value 2 $ per unit.

1.How many units do you buy now from China (only one order is placed)? If the Chinese supplier’s variable cost per unit is 50 cents, calculate the Chinese supplier’s profit for your order quantity. Do you expect to make more or less profit than the Chinese supplier? Explain.

2. Suppose in late June we will get to know the demand for August perfectly (our major customers place early orders); this is the demand forecast update. In late June, we can buy from a quicker but more expensive local supplier. The unit cost is 8 $ per unit and the lead time for orders is one month (so delivery is by late July, before the August selling season). In this case, how many units do you buy now from the Chinese supplier (knowing you can buy again later from the local supplier)? Explain your logic.

In: Operations Management

(a) Your daughter has expressed a wish to attend university when she finishes school in five...

(a) Your daughter has expressed a wish to attend university when she finishes school in five (5) years. You anticipate the cost will be $60,000 at the time she commences university. If your financial institution is offering you 4% pa (compounded monthly), how much do you need to deposit in your account each month in order to save the required amount before your daughter commences university?

(b) You have been offered the opportunity to purchase a start up company building electric cars for the Australian market called Green Motors P/L. Your initial investment is $22,000,000.
The term of the project is 5 years. The project has an expected rate of return of 10% pa. All expected cash flows for the project are below and you have an expected rate of return of 10%
pa.

pa.
End of year    Cash flow ($mil)
1 1.8
2 3.0
3 6.5
4 8.4

5 12.3

(i) Based on your required rate of return would you purchase this investment? Present all calculations to support your answer. (2.5 marks)
(ii) Would you change your opinion from (i) if the expected rate of return rose to 15%? Present all calculations to support your answer. (2.5 marks)

In: Finance