I NEED ANSWER OF A, B, C, D
You are probably familiar with (and may have used)
back belts, which are widely used by workers to protect their lower
backs from injuries caused by lifting. A study was conducted to
determine the usefulness of this protective gear. Here is a partial
description of the study, published in the Journal of the
American Medical Association and reported by the
Associated Press (December 5, 2000):
New research suggests that back belts, which are
widely used in industry to prevent lifting injuries, do not work.
The findings by the National Institute for Occupational Safety and
Health stem from a study of 160 Wal-Mart stores in 30 states.
Researchers [based their findings on] workers’ compensation data
from 1996 to 1998.
Although you do not know the
study’s particulars, think about how you would go about
investigating the effect of back belt usage on back injuries.
Assume that you have data on each of the 160 retail stores in your
study. For each store, you know whether back belt usage was low,
moderate, or high. You classify 50 stores as having low belt usage
by employees, 50 stores as having moderate usage, and 60 stores as
having high usage. You also know the number of back-injury workers’
compensation claims from each store. This information permits you
to calculate the mean number of claims for low-usage,
moderate-usage, and high-usage stores.
A. The following hypothesis suggests
that back belt usage helps prevent injury: In a comparison of
stores, stores with low back belt usage by employees will have more
worker injuries than will stores with high back belt usage. What is
the independent variable? What is the dependent variable? Does this
hypothesis suggest a positive or negative relationship between the
independent and dependent variables? Explain.
B. Fabricate a mean comparison table
showing a linear pattern that is consistent with the hypothesis.
Sketch a line chart from the data you have fabricated. (Because you
do not have sufficient information to fabricate a plausible mean
for all the cases, you do not need to include a “Total” row in your
mean comparison table.)
C. Use your imagination. Suppose the
data showed little difference in the worker injury claims for
low-usage and moderate-usage stores, but a large effect in the
hypothesized direction for high-usage stores. What would this
relationship look like? Sketch a line chart for this
relationship.
There us no data, you have to hypothesis
it.
In: Math
Overview: For this task, you will examine how a healthcare organization’s vision, mission, and values are aligned to its marketing goals, and you will recommend marketing strategies to ensure a larger profit for the organization.
Prompt: First, consider the following scenario: You are the new assistant to the chief operating officer (COO) at a pediatric surgery group practice in Chicago. The practice has 15 physicians, 7 nurse practitioners/physician assistants, 27 nurses, and 10 support/administrative/office staff. You report directly to the COO, and the COO reports directly to the Chief Medical Officer (CEO) of the practice. The market for pediatrics in Chicago is very competitive, and your group practice has managed to make a slim profit every year in the ten years it has existed. The Board of Directors, which consists of all the physician owners, has charged the COO with creating and implementing a plan to ensure that the organization's values not only support the practice's mission and vision but also ensure a larger profit margin. The COO has passed this assignment down to you.
The Teal Trust, a former leadership organization most known for its leadership style indicator, suggested that the following five activities encourage people to uphold behavioral norms that support the achievement of their organization’s mission and vision:
1. Communicate values clearly and constantly both within and outside of the organization. Everyone inside and outside the organization knows what you represent.
2. Enroll new members of the organization in the culture of values immediately. Value-focused information and indoctrination should start with the selection process.
3. Revisit and refresh your values periodically. Healthcare is constantly changing; you must ensure that your organizational values have kept pace.
4. Confront contradictory behavior. Provide feedback to those who do not live the organization’s values.
5. Periodically solicit feedback. Ask people, both inside and outside the organization, what they believe the organization’s values are.
Next, use the Teal Trust's five behavioral norms presented in Chapter 3 of Healthcare Marketing: A Case Study Approach to develop a 1- to 2-page paper that addresses what you, as assistant to the COO, will present at the next board meeting. Be sure to address the following in your response:
Values/Mission/Vision:
How can you ensure that the organization’s values support the practice’s mission and vision?
Marketing Strategies:
What marketing strategies can you recommend that will ensure a larger profit margin for the organization? Be sure to justify your recommendations.
Reference
Cellucci, L. W., Wiggins, C., & Farnsworth, T. J. (2014). Healthcare Marketing: A Case Study Approach. Chicago, IL: Health Administration Press.
In: Operations Management
JAVAFX
You will create a GUI that solves the quadratic equation shown below.
Part 1: Create the GUI 25%
Create a user interface that offers the user a space to enter values for A, B, and C. (Use a different text field for each.) Be sure to either set the text in these so that the user knows which is for A, which is for B, and which is for C or add labels so that it is clear.
Create a button that the user will press to generate the answers. (Or make sure it’s clear how the user should submit their values in another way.)
Create a node that will display both X values that result from the math. This can be 2 labels, a single label, a Text object… whatever.
Put these in a simple layout and make sure everything displays before moving on. Add enough styling so that things look neat.
Part 2: Add EventHandler 75%
After your nodes are created but before your scene and stage commands, add
an event handler. I would like it to be an ActionEvent type.
Inside of the handle method, you will get the values from A, B, and C and solve for both X values. Make sure you store A, B, and C as doubles, not integers. Display the two answers that you get back to the GUI. There will be times where X will have no values. Handle this as addressed below.
Be sure to check first to see if A has a 0 in it. If it does, the math should not be performed and the user should be informed that A cannot be 0.
Also check to see if the discriminant is negative. This is the part that occurs under the square root. We know that if it’s negative, then finding the square root of it will result in an imaginary number. Your program won’t crash if this happens but Java will display either ??? or NaN. Have the program check the discriminant before continuing with the math and display a custom message if the discriminant is negative.
The only acceptable printed outcomes are: a message saying A cannot be 0; a message saying that the inputted values will result in an imaginary number; or the two X values that result from the equation.
One final task: Make sure both X answers are formatted to three decimal places. You can use String.format(), which was covered in Lab 1, the DecimalFormat class, or any other means for displaying 3 decimal places accurately.
Test values are below.
A: 3.0, B: 5.0, C: -2.0 → X = -2.000 and X = 0.333
A: -3.0, B: 10.0, C: 8.0 → X = 4.000 and X = -0.666
In: Computer Science
Properly poised and magnificently coiffed, Michelle entertains the room. After taking one last spoonful of soup, she politely excuses herself from the dinner table and retreats to the bathroom. Uncovering a toothbrush concealed in her purse, she pushes the toothbrush down her throat and gags. With this behavior, Michelle conceals much more than a toothbrush.
Patterns of mental illness might be concealed all too well by external variables, such as a successful lifestyle, a well-groomed appearance, or a dynamic personality. At times, those suffering with mental illness may be able to control external variables, thus hiding any signs and symptoms. As a result, the differentiation between mental health and mental illness is not always so clear. As a future professional in the field of psychology, you must consider how mental health differs from mental illness for an accurate diagnosis on the basis of the DSM.
For this Discussion, consider the different ways to conceptualize mental health and mental illness in the field of psychology. Think about how this conceptualization may influence your assessment and diagnosis of a client.
With these thoughts in mind:
A brief explanation of the different ways in which mental health and mental illness may be conceptualized in the field of psychology. Then explain at least two ways in which this conceptualization may influence your assessment and diagnosis of a client. Provide examples based on current literature and Learning Resources.
Resources
· Paris, J. (2015). The intelligent clinician’s guide to the DSM-5 (2nd ed.). New York, NY: Oxford University Press. Retrieved from the Walden Library.
Chapter 2, “The History of Diagnosis in Psychiatry”
Chapter 4, “What Is (and Is Not) a Mental Disorder”
· Bonanno, G. A. (2004). Loss, trauma, and human resilience:
Have we underestimated the human capacity to thrive after extremely
aversive events? American Psychologist, 59(1),
20–28.
Retrieved from the Walden Library databases.
· Davydov, D. M., Stewart, R., Ritchie, K., & Chaudieu, I.
(2010). Resilience and mental health. Clinical Psychology
Review, 30(5), 479–495.
Retrieved from the Walden Library databases.
· Payton, A. R. (2009). Mental health, mental illness, and
psychological distress: Same continuum or distinct phenomena?
Journal of Health and Social Behavior, 50(2),
213–227.
Retrieved from the Walden Library databases.
· Pierre, J. M. (2012). Mental illness and mental health: Is the glass half empty or half full? Canadian Journal of Psychiatry, 57(11), 651–658. Retrieved from the Walden Library databases.
In: Psychology
Science Model
One share of Global Core Development Systems, Inc (an imaginary company with the abbreviation: Go-CDS) stock was priced at $14.59 on January 1, 2015. Your tasking in this problem is to determine how long does it take for a stockholder to double their money who has invested in Go-CDS? In other words, how long until the price per share has doubled.
Here are some facts about Go-CDS:
Write a MATLAB program to solve the following questions: Use matlab to make plot
1. In what month does the stock exceed 2 times the price of $14.59?
2. Prepare a plot of the stock's per-month price movement over the course starting from the first month of year 2017 until the price has exceeded 2 times the price of $14.59. (You plot should start from month 25, and should cover the month that is the answer to Question #1.) You will need to adjust the plot routine to ONLY show these months.
To limit the plot to these months, add the following command after your xlabel and ylabel commands:
| axis ([25, 56, 19, 31]) |
| xticks (0:4:length(P)) |
| yticks (0:2:31) |
In: Computer Science
In Real Problem 10-1, you installed VirtualBox and created a VM. In this project, you install Ubuntu Desktop, a popular Linux distro (short for distribution). Complete the following steps:
a. Go to ubuntu.com and download the Ubuntu Desktop OS to your hard drive. This is a free download, so you can decline to make any donations. The file that downloads is an ISO file. Ubuntu is a well-known version of Linux that offers both desktop and server editions.
b. Open VirtualBox. Select the VM and click Settings. In the VM’s Settings box, click Storage in the left pane. In the Storage Devices area, to the right of Controller: SATA, click the Adds optical drive icon, which looks like a disc with a green (+) symbol on it, as shown in Figure 10-59.
c. A dialog box appears. Click Choose Disk. Browse to the location of the ISO file that contains the Ubuntu desktop operating system setup files. Select the ISO file, click Open and then click OK. You will return to the Oracle VM VirtualBox Manager window.
d. With the VM selected, click Start on the toolbar. Your VM starts up and begins the process of installing the operating system. Click Install Ubuntu. Follow the prompts and accept all default settings. If given the option, don’t install any extra software bundled with the OS. You’ll need to restart the VM when the installation is finished. When prompted to remove the installation media, press Enter because the ISO file was automatically removed already.
e. In the welcome windows, read about Ubuntu and skip the Livepatch setup. Install any OS updates offered. Monitor the update by clicking the Software Updater app in the dock and restart when it’s ready. To verify that you have an Internet connection, open the Mozilla Firefox browser and surf the web.
f. Good IT technicians must know how to use many operating systems. Poke around in the Ubuntu desktop interface to get familiar with it. You can also search the web for tutorials videos on how to use Ubuntu Desktop. How do you open the Settings app to change settings in the OS, such as background-image, notifications, privacy, and network connections?
g. When you’re ready to shut down your VM, click the power icon in the upper-right corner of your screen, click the next power icon and click Power Off in the menu that appears. As with physical computers, it’s important to properly shut down the VM correctly to prevent the corruption of its OS and other files.
In: Computer Science
Using the table of data at the bottom.
Part One:
1) Construct a scatter diagram and comment on the relationship, if any, between the variables Weekly Hours and Weekly Earnings.
2) Determine and interpret the correlation for hours worked and earnings. The CORREL function in Excel will be helpful. Based upon the value of the correlation, is your answer to the previous question reasonable?
3) Based upon the data given, estimate the average weekly earnings for a workweek of 33.8 hours. How confident are you in your estimate? You should use a linear regression model to make your prediction. To create the linear regression model in Excel, right-click on a data point and click Add Trendline... In the options that display on the right, click Display Equation on chart.
4) Increase/decrease in weekly hours:
a) For a production worker who wishes to increase weekly earnings, would you recommend a decrease in hours worked per week? Why or why not?
b) Does a decrease in hours worked cause an increase in weekly pay?
Part Two
Using the same table of data:
1) Construct a scatter diagram and comment on the relationship, if any, between the variables Year and Hours Worked.
2) Determine and interpret the correlation for the year and hours worked. Based upon the value of the correlation, is your answer to the previous question reasonable?
3) Based upon the data given, estimate the average weekly hours worked this year. How confident are you in your estimate? You should use a linear regression model to make your prediction.
4) Assuming a linear correlation between these two variables, what will happen to the average weekly hours worked in the future? Is it possible for this pattern to continue indefinitely? Explain.
Part Three:
1) Construct a scatter diagram and comment on the relationship, if any, between the variables Year and Weekly Earnings.
2) Determine and interpret the correlation for the year and weekly earnings. Based upon the value of the correlation, is your answer to the previous question reasonable?
3) Based upon the data given, estimate the average weekly earnings this year. How confident are you in your estimate? You should use a linear regression model to make your prediction.
4) Assuming a linear correlation between these two variables, what will happen to the average weekly earnings in the future? Is it possible for this pattern to continue indefinitely? Explain.
| Year | Weekly Hours |
Weekly Earnings |
|---|---|---|
| 1967 | 38.0 | $101.84 |
| 1968 | 37.8 | $107.73 |
| 1969 | 37.7 | $114.61 |
| 1970 | 37.1 | $119.83 |
| 1971 | 36.9 | $127.31 |
| 1972 | 37.0 | $136.90 |
| 1973 | 36.9 | $145.39 |
| 1974 | 36.5 | $154.76 |
| 1975 | 36.1 | $163.53 |
| 1976 | 36.1 | $174.45 |
| 1977 | 36.0 | $189.00 |
| 1978 | 35.8 | $203.70 |
| 1979 | 35.7 | $219.91 |
| 1980 | 35.3 | $235.10 |
| 1981 | 35.2 | $255.20 |
| 1982 | 34.8 | $267.26 |
| 1983 | 35.0 | $280.70 |
| 1984 | 35.2 | $292.86 |
| 1985 | 34.9 | $299.09 |
| 1986 | 34.8 | $304.85 |
| 1987 | 34.8 | $312.50 |
| 1988 | 34.7 | $322.02 |
| 1989 | 34.6 | $334.24 |
| 1990 | 34.5 | $345.35 |
| 1991 | 34.3 | $353.98 |
| 1992 | 34.4 | $363.61 |
| 1993 | 34.5 | $373.64 |
| 1994 | 34.7 | $385.86 |
| 1995 | 34.5 | $394.34 |
| 1996 | 34.4 | $406.26 |
In: Statistics and Probability
Do a VECM analysis in STATA by using the variables FDI, GDP,
Trade openness, and Exchange rate. FDI is chosen as the dependent
variable.
Indicate the commands for the stationarity, lag choice, and model
stability.
Provide the Impulse Response Functions where FDI is the response
function.
| year | fdi_inflow | gdpcurrentus | exportimport | exneer | exchangerate | imf_gdpgrowth |
| 1980 | 18000000 | 6.88E+13 | 3,679,337 | 1177121 | 84.8 | -779 |
| 1981 | 95000000 | 7.10E+13 | 5,264,455 | 961635.3 | 81.88 | 4,365 |
| 1982 | 55000000 | 6.46E+13 | 6,498,011 | 745894.3 | 71.79 | 3,429 |
| 1983 | 46000000 | 6.17E+13 | 6,202,309 | 597710 | 73.95 | 4,758 |
| 1984 | 1.13E+11 | 6.00E+13 | 6,631,572 | 417444.8 | 67.54 | 6,823 |
| 1985 | 99000000 | 6.72E+13 | 7,015,557 | 315436.7 | 70.84 | 4,258 |
| 1986 | 1.25E+11 | 7.57E+13 | 6,714,885 | 204526 | 58.72 | 6,941 |
| 1987 | 1.15E+11 | 8.72E+13 | 7,197,477 | 144375.8 | 53.64 | 10,027 |
| 1988 | 3.54E+11 | 9.09E+13 | 8,135,124 | 85744.17 | 52.89 | 2,121 |
| 1989 | 6.63E+11 | 1.07E+14 | 736,106 | 61377.55 | 58.31 | 253 |
| 1990 | 6.84E+11 | 1.51E+14 | 5,810,786 | 46146.9 | 66.53 | 9,255 |
| 1991 | 8.10E+11 | 1.50E+14 | 6,458,618 | 29789.26 | 67.31 | 926 |
| 1992 | 8.44E+11 | 1.59E+14 | 6,433,734 | 17731.78 | 64.93 | 5,984 |
| 1993 | 6.36E+11 | 1.80E+14 | 5,214,379 | 12365.01 | 72.31 | 8,042 |
| 1994 | 6.08E+11 | 1.31E+14 | 7,780,772 | 4567.87 | 52.74 | -5,456 |
| 1995 | 8.85E+11 | 1.70E+14 | 6,059,266 | 2776.45 | 58.7 | 719 |
| 1996 | 7.22E+11 | 1.82E+14 | 5,323,459 | 1604.04 | 59.3 | 7,007 |
| 1997 | 8.05E+11 | 1.90E+14 | 5,408,106 | 944.86 | 63.34 | 7,528 |
| 1998 | 9.40E+11 | 2.69E+14 | 5,873,941 | 573.48 | 69.54 | 3,092 |
| 1999 | 7.83E+11 | 2.50E+14 | 6,537,102 | 365 | 71.77 | -3,389 |
| 2000 | 9.82E+11 | 2.67E+14 | 5,096,049 | 268.71 | 80.15 | 664 |
| 2001 | 3.35E+12 | 1.96E+14 | 7,568,819 | 142.44 | 63.98 | -5,962 |
| 2002 | 1.08E+12 | 2.33E+14 | 6,994,458 | 113.54 | 72.46 | 643 |
| 2003 | 1.70E+12 | 3.03E+14 | 6,814,688 | 100.74 | 78.94 | 5,608 |
| 2004 | 2.79E+12 | 3.92E+14 | 6,476,041 | 98.57 | 82.1 | 9,644 |
| 2005 | 1.00E+13 | 4.83E+14 | 6,292,181 | 104.17 | 91.65 | 901 |
| 2006 | 2.02E+13 | 5.31E+14 | 6,128,172 | 97.33 | 91.62 | 711 |
| 2007 | 2.21E+13 | 6.47E+14 | 6,307,776 | 100 | 100 | 503 |
| 2008 | 1.99E+13 | 7.30E+14 | 6,537,179 | 96.29 | 102.47 | 845 |
| 2009 | 8.59E+12 | 6.15E+14 | 7,247,836 | 85.41 | 95.73 | -4,704 |
| 2010 | 9.10E+12 | 7.31E+14 | 613,779 | 89.42 | 106.72 | 8,487 |
| 2011 | 1.62E+13 | 7.75E+14 | 5,601,475 | 76.8 | 94.67 | 11,113 |
| 2012 | 1.36E+13 | 7.89E+14 | 6,445,355 | 75.69 | 98.96 | 479 |
| 2013 | 1.29E+13 | 8.23E+14 | 6,032,023 | 71.08 | 97.88 | 8,491 |
| 2014 | 1.28E+13 | 7.99E+14 | 6,508,054 | 62.34 | 92.23 | 5,167 |
In: Economics
Using the information presented in the Financial Statements of United Health Care, a major HMO, compute financial ratios for 1994 and 1995 and discuss some of the primary observations that you would conclude regarding the financial performance of the firm. Provide an overall evaluation of the financial position of this company.
United Healthcare Financial Ratios
Health Plan Median 2017 2016 2015
Liquidity
Current 1.32 1.18 2.87 .93
Days in Receivables 22.5 ? ? 19.8
Days Cash on Hand 89.9 ? ? 53.6
Capital Structure
Equity Financing % 48.9 ? ? 60.7%
Long Term Debt to Equity % 13.0 ? ? 3.67%
Cash Flow to Total Debt % 15.0 ? ? 37.7%
Times Interest Earned 13.1 ? ? 109.5
Activity
Total Asset Turnover 1.55 ? ? 1.74
Fixed Asset Turnover 16.8 ? ? 24.6
Current Asset Turnover 2.88 ? ? 5.07
Profitability
Total Margin % 3.6 ? ? 6.81
Return on Equity % 11.6 ? ? 19.6
Income Statement (000$)
Fiscal Year Ending 12/31/17 12/31/16 12/31/15
Net sales 5,670,878 3,768,882 3,115,202
Cost of goods 3,930,933 2,643,107 2,236,588
Gross profit 1,739,945 1,125,775 878,614
Selling, general and administration 1,030,906 555,649 491,635
Income before depreciation and 709,039 570,126 386,979
amortization
Depreciation and amortization 94,458 64,079 50,628
Nonoperating income -153,796 -35,940 122
Interest expense 771 2,163 3,046
Income before taxes 460,014 467,944 333,427
Provision for income tax 170,205 177,822 119,379
Minority interest 3,845 1,983 1,970
Net income before extraordinaries 285,964 288,139 212,078
Extraordinary items and discounted
Operations NA 1,377,075 NA
Net income 285,964 1,665,214 212,078
United Healthcare Corporation Balance Sheet (Data in Thousands)
Fiscal Year Ending 12/31/17 12/31/16 12/31/15
Assets
Cash 940,110 1,519,049 228,260
Marketable securities 863,815 135,287 172,610
Receivables 550,313 167,369 169,075
Other current assets 512,883 86,510 44,023
Total current assets 2,867,121 1,908,215 613,968
Prop. Plant, Equipment 417,166 273,431 215,628
Less Accumulated Depreciation 149,514 110,834 88,886
Net Prop and Equipment 267,652 162,597 126,742
Investment in Subsidiaries 1,274,470 1,115,054 768,563
Intangibles 1,751,743 303,613 278,081
Total assets 6,160,986 3,489,479 1,787,354
Liabilities
Accounts payable 1,236,217 470,591 535,863
Accrued expenses 566,770 122,993 52,027
Other current liabilities 631,009 70,718 70,844
Total current liabilities 2,433,996 664,302 658,734
Noncurrent capital leases 38,970 29,721 39,099
Total Liabilities 2,472,966 694,023 697,833
Preferred stock 500,000 NA NA
Common stock net 1,752 1,728 1,691
Capital surplus 822,429 752,472 659,359
Retained earnings 2,358,640 2,085,056 424,468
Other equities 5,199 -43,800 -108
Shareholders equity 3,688,020 2,795,456 1,085,410
Total liability and net worth 6,160,986 3,489,479 1,783,243
In: Finance
Using the information presented in the Financial Statements of United Health Care, a major HMO, compute financial ratios for 1994 and 1995 and discuss some of the primary observations that you would conclude regarding the financial performance of the firm. Provide an overall evaluation of the financial position of this company.
United Healthcare Financial Ratios
Health Plan Median 2017 2016 2015
Liquidity
Current 1.32 ? ? .93
Days in Receivables 22.5 ? ? 19.8
Days Cash on Hand 89.9 ? ? 53.6
Capital Structure
Equity Financing % 48.9 ? ? 60.7%
Long Term Debt to Equity % 13.0 ? ? 3.67%
Cash Flow to Total Debt % 15.0 ? ? 37.7%
Times Interest Earned 13.1 ? ? 109.5
Activity
Total Asset Turnover 1.55 ? ? 1.74
Fixed Asset Turnover 16.8 ? ? 24.6
Current Asset Turnover 2.88 ? ? 5.07
Profitability
Total Margin % 3.6 ? ? 6.81
Return on Equity % 11.6 ? ? 19.6
Income Statement (000$)
Fiscal Year Ending 12/31/17 12/31/16 12/31/15
Net sales 5,670,878 3,768,882 3,115,202
Cost of goods 3,930,933 2,643,107 2,236,588
Gross profit 1,739,945 1,125,775 878,614
Selling, general and administration 1,030,906 555,649 491,635
Income before depreciation and 709,039 570,126 386,979
amortization
Depreciation and amortization 94,458 64,079 50,628
Nonoperating income -153,796 -35,940 122
Interest expense 771 2,163 3,046
Income before taxes 460,014 467,944 333,427
Provision for income tax 170,205 177,822 119,379
Minority interest 3,845 1,983 1,970
Net income before extraordinaries 285,964 288,139 212,078
Extraordinary items and discounted
Operations NA 1,377,075 NA
Net income 285,964 1,665,214 212,078
United Healthcare Corporation Balance Sheet (Data in Thousands)
Fiscal Year Ending 12/31/17 12/31/16 12/31/15
Assets
Cash 940,110 1,519,049 228,260
Marketable securities 863,815 135,287 172,610
Receivables 550,313 167,369 169,075
Other current assets 512,883 86,510 44,023
Total current assets 2,867,121 1,908,215 613,968
Prop. Plant, Equipment 417,166 273,431 215,628
Less Accumulated Depreciation 149,514 110,834 88,886
Net Prop and Equipment 267,652 162,597 126,742
Investment in Subsidiaries 1,274,470 1,115,054 768,563
Intangibles 1,751,743 303,613 278,081
Total assets 6,160,986 3,489,479 1,787,354
Liabilities
Accounts payable 1,236,217 470,591 535,863
Accrued expenses 566,770 122,993 52,027
Other current liabilities 631,009 70,718 70,844
Total current liabilities 2,433,996 664,302 658,734
Noncurrent capital leases 38,970 29,721 39,099
Total Liabilities 2,472,966 694,023 697,833
Preferred stock 500,000 NA NA
Common stock net 1,752 1,728 1,691
Capital surplus 822,429 752,472 659,359
Retained earnings 2,358,640 2,085,056 424,468
Other equities 5,199 -43,800 -108
Shareholders equity 3,688,020 2,795,456 1,085,410
Total liability and net worth 6,160,986 3,489,479 1,783,243
In: Finance