Ford Motor Company in automobile sector

1.   Introduction

Ford Motor Company is a multinational enterprise that deals with the automobile sector, and it is based in Dearborn, Michigan. The company designs, produces, markets, and services Ford trucks, cars, sports utility vehicles (SUVs), and Lincoln luxury vehicles among its products. The Ford Motor Company has announced superb profits over the last two years, with an increase in revenue and profit. In 2023, the company’s profit increased to 5.6 billion, representing consistent growth compared to the previous year. This is due to the corporation’s continued success in selling electric and hybrid automobiles, as well as its classical vehicle models, which also yield good profits. This report aims to discuss the financial and strategic evolutions of Ford Motor Company and its entry into the world of electric vehicles, as well as the obstacles that characterize it in light of the inventory disruptions. It also discusses dividend policy, source of finance, and financial performance of Ford using different ratio analyses.

2.   Section A

Development One: Climate Change & Growing Concerns for the Environment

Customers, investors, and regulators are increasingly challenging businesses to reduce carbon emissions and adopt clean technology. To carmakers, such as Ford Motor Company, this requires revamping cars, production, and supply chains to achieve high sustainability targets. The players who manage to adjust faster than others minimize the environmental damage and set themselves out to succeed in a market that is becoming more eco-sensitive. (Jatoi, Rasheed, and Wahla, 2023)

Effect on Financial Performance

The business organization has pledged to align with the United Nations Framework Convention on Climate Change (Paris Agreement) by reducing its carbon footprint across vehicles, operations, and supply chains. It has established interim emissions targets, which have received approval by the Science Based Targets initiative (SBTi), and announced its electric vehicle (EV) volume range objectives. Nevertheless, the attainment of such objectives will require enormous capital investments, emerging technologies, and processes. If the EV market does not grow as fast as expected, or the vehicles manufactured by Ford Motor Company are subjected to a negative image, or other players attract higher consumer attention, the revenues, margins, and returns on investments of the company may fall. Moreover, the inability to achieve the claimed climate targets (be it technological, regulatory, or market limitations) might affect the image of Ford, alter the customer buying behavior, discourage investors, and eventually lower the market share (Abdeljawad, El-Hafez, and Abualhassan, 2022)

Strategy Implemented to Mitigate/Exploit Impacts

The development of the electric car (EV) line in 2023 was one of the most significant strategic steps taken by Ford Motor Company. Ford had a strategy of utilizing its current plant to produce electric vehicles and those with internal combustion engines. This mixed-model approach means that in the short run, Ford can balance out the high development costs of EVs by generating high revenues from its conventional car sales. (Bossman et al., 2022)

Development Two:

Supply Chain Disruptions

The second significant event in 2023 affecting Ford was the continuous interruption in the supply chain, mainly due to the global supply problem of semiconductor chips, coupled with the increased prices of raw materials, notably lithium and cobalt. With the increased demand for electric vehicles, the competition over these essential materials is rising, which increases the ambiguity of future supply stability. These deficits compelled Ford to make changes in its production, and in worst-case scenarios, it had to shut down production lines. The increased costs of raw materials also strained profitability, and producing each car now costs more. Collectively, these problems had large-scale impacts in terms of slowing down vehicle manufacturing and delivery timelines, further creating pressure on cost and supply operations. (Nguyen et al., 2021)

Effect on Financial Performance

A negative aspect is that the company experienced production delays, resulting in a drop in vehicle shipments, particularly in major markets like China and Europe. This has led to a 7 percent decline in Ford’s total vehicle sales from 2022 to 2023, with global vehicle sales falling to 4.4 million units. The shortage in the supply of semiconductor chips also led to the rise in the cost of production, thereby adding more pressure on the margins of the company. Ford’s car gross profit margin fell by 1.5 percentage points compared to the previous year. Nonetheless, its impact on the bottom line was evident, with the net income in the year decreasing by 5.8% to 5.7 billion in 2023 compared to 5.9 billion in the previous year, 2022.

Strategy Implemented to Mitigate/Exploit Impacts

Ford Motor Company has applied a two-prong strategy. First, the company has been trying to diversify its supplier base,  which may help it avoid being overexposed to a small number of suppliers and limit exposure in high-stakes areas, including semiconductor chips. Ford has also put more emphasis on long-term contracts with the leading suppliers to stabilize prices and provide a more predictable supply of vital materials. With production, Ford has invested in its manufacturing capacity, and this includes efforts to be more efficient and flexible to successfully minimize supply disruptions. (Zou and Bai, 2022)

3.   Section B:

Dividend Policy and Theory at Ford Motor Company

Dividend Relevance Theory

Ford Motor Company adheres to the Dividend Relevance Theory to inform its decision-making regarding its dividend policy. According to this theory, a dividend directly affects the stock price of a company because shareholders appreciate consistent and sustainable dividends as a sign of the financial fitness and stability of the company. Due to the payment of dividends, the company demonstrated a healthy financial state and interest in satisfying its shareholders in terms of funding, which creates a positive impact on investor confidence. (Bakri, Ayub, and Gazali, 2024).

Dividend History and Trend for the Last Three Years

The dividend paid by Ford in the last three years indicates a robust post-pandemic recovery and the increasing amount of trust in the financial stability of the company. Ford resumed its Common and Class B Stock dividend in 2021 at a rate of $0.10 per share, following its suspension in 2020. It was then followed by a significant growth of dividends in 2022, when dividends amounted to 0.50 dollars per share and provided evidence of increasing earnings and cash flow strength.

In 2023, both regular and supplemental payouts increased sharply to $1.25 per share in the form of dividends. Remarkably, during the first quarter of 2023, Ford announced an ordinary dividend of 0.15 dollars per share and an extraordinary dividend of 0.65 dollars per share, compensating shareholders for the company’s strong performance. This increase of one-third of payouts in 2023 was backed by strong demand for lucrative truck and SUV lines by Ford and advancements in its electric strategy.

The trend of these years indicates a very strategic, confidence-based policy: reinstatement in 2021 was very cautious, in 2022 substantial, and a large reward once market and operational conditions have become more stable. The additional dividend demonstrates Ford is willingness to share surplus money, while also continuing to invest in growth activities. Ford Motor Company, on the 6th6th of February, 2024, added a new lease to the dedication by proclaiming an ordinary portion of 0.15 per share and a top-up portion of 0.18 per share, demonstrating prolonged interest in developing returns to its investors.

All in all, the trend shows that Ford Motor Company is trying to balance shareholder rewards with strategic investments, and supplemental dividends are just a flexible means of returning value when a financial performance is exceeding expectations. This path will rely on the continued profitability, the maintainability of the supply chain, and the success of Ford to evolve towards a more electrified product strategy.

The Influence of Developments on Dividend Decisions

Ford is in a solid position, and its attractive financial position has helped it retain regular dividend payments as it continues to perform well in major segments such as its Ford Pro business and the Ford Blue segment. Despite difficulties, including a surge in raw material prices and supply chain interruptions, Ford’s dividend payments have not shown significant changes. The emphasis on continuing sustainable cash generation in its traditional vehicle business, alongside EV penetration into its product, has also helped the company to support dividend payouts and further extend investments in future expansion. (Taher and Al-Shboul, 2022).

External Factors Affecting Dividend

Certain external factors can have an impact on Ford’s ability to pay dividends in the future. As an illustration, there is a probability that the high debt load resulting from heavy spending on electrification and other strategic plans may significantly impact Ford’s ability to pay or raise dividends. Global semiconductor shortages have also increased the costs of the company and temporarily affected our production.

4.   Section B

Sources of Finance at Ford Motor Company

Equity

Ford’s total equity declined from 43.167 billion dollars at the end of 2022 to 42.798 billion dollars as of 2023. This decline was primarily caused by reduced accumulated other comprehensive income that was influenced by adverse foreign currency translation adjustments and changes in the gains and losses that occurred in the measurement of the pension. Also, through shareholder distributions in the form of higher dividends and presidential buybacks, there was a contribution to the reduction. Although the business produced a positive net income, it was paying these shareholders and market-related adjustments in valuation methodology, and thus, equity decreased year over year. (Kanapickiene, Keliuotyte-Staniuleniene and Teresiene, 2021).

Non-Current Liabilities

The non-current liability increased $128.981 billion in 2023 compared to the pre-tax provision of $115.851 billion in 2022. The increase was predominantly due to the rise in long-term debt and lead expenses because of the investments that continued into electrification, manufacturing capacity, and technology development. Pension and postretirement benefit obligations also experienced an adjustment as a result of changes in interest rates and actuarial assumptions. This increase in long-term debts underscores Ford’s calculated decision to utilize financing for long-term projects, while maintaining a balance between debt and equity contracts to aid transformation objectives.

Gearing Ratio

The gearing ratio (defined as the Ratio of long-term debt to equity) of Ford has been of significance in gauging the over-leverage and risk of the company. (Aldo, 2022).

Formula = Gearing Ratio = Long Term Debt / Total Equity

The gearing Ratio of Ford has been relatively high in the last three years, meaning that the company has a larger portion of debt in its capital. Ford’s plan, which involves leveraging its debts to fund growth, aligns with the capital-intensive nature of its business, particularly given its anticipated shift towards electric vehicles, a model that requires substantial capital investments.

Year

Long-term debt ( USD in billion

Equity ( USD in billion

Gearing Ratio

2021

75.6

39.80

1.90

2022

79.2

42.78

1.85

2023

86.4

43.16

2.00

M&M theory (Modigliani and Miller)

The M&M theory posits that a company’s overall value is independent of its capital structure. Specifically, an increase in debt levels does not necessarily affect the cost of capital or the company’s market value, provided there are no taxes or bankruptcy risks. The theory is especially relevant to Ford, given its high gearing ratio and expansionist attitude, which tends to shift towards debt financing as a means of cost-effective capital acquisition. Due to a lower cost of borrowed money in recent years, Ford has been able to keep its operational flexibility and invest in the most critical potential growth areas, in this case, the production of electric vehicles, at a cost of its debt. (Becker, 2021).

Determinants of Capital Structure

Along with using debt financing as a means of financing its growth, the external factors also affect the capital and financial structure of Ford (Stoiljković et al., 2022). The macroeconomic conditions, technological investment, and regulatory pressures are these factors. This shift towards electrification and encouragement of digital services has increased the capital expenditure of the company and has caused it to require more external finance. The term regulatory factors is also dependent on the environmental standards and emissions, which put pressure and require making investments in cleaner technology. The investments can also influence some of the capital structure issues at Ford Motor Company.

5.   Section C

Ratio Calculation

1.    Profitability Ratio

Gross Profit Margins

The Gross Profit Margin is calculated by dividing the difference between Total Revenues and the Cost of Goods Sold by Total Revenues, then multiplying by 100 to obtain the percentage. (Shi et al., 2021)

Gross Profit Margins = (Total Revenue – Cost of Goods Sold) / Total Revenue X 100

The Gross Profit Margin shows how the dollars in Turnover are held onto as profit, being subtracted after expenses of production. Likewise, the Gross Profit Margin in 2022 was 14.99%, and in 2023, it declined by a small margin to 14.55%. The decrease shows that although the revenue improved by 11.5 percent in 2023 to $176,191, compared to 2022, the rate at which the cost of sales grew was more significant than that of the revenue, which contributed to a lower core-operating profitability. This may be due to the increase in production costs or inflationary effects that have affected the cost of goods sold (COGS).

Description

2022 ( In million $)

2023( In million $)

Total Revenues

158,057

176,191

Cost of Sales

134,397

150,550

Gross Profit

(158087-134397)/ 158057

(176191-150550)/176191

Gross Profit %

14.99%

14.55%

Operating Profit Margins

In calculating Operating Profit Margin, operating profit is divided by total revenue, and this value is multiplied by 100. It draws attention to the percentage of revenue following the payment of expenses involved in operation, like wages and rent, not including non-operating expenditure like interest and taxes. (Evmenchik et al., 2021)

Operating Profit Margins = (Operating Profit) / Total Revenue) X 100

Operating Profit Margin declined by 0.87 in 2023 compared to 2022, when it was 3.97. This decline implies that the company experienced an increase in revenues, although the operating profit increased at a lower rate compared to the revenues. This might be due to the rise in expenditure, which could be attributed to higher overhead costs or reduced operational efficiency.

Description

2022 ( In million $)

2023( In million $)

Total Revenues

158,057

176,191

Operating Profit

6,276

5,458

Operating Profit

6276/ 158057

5458/176191

Operating Profit Margins

3.97%

3.10%

Net Profit Margins

Net Profit Margin is computed by Net Income over Total Revenues and then multiplied by 100. It indicates the company’s ability to generate a profit beyond all operational expenses, including operating costs, interest, taxes, and other non-operational expenditures. (Islam et al., 2023)

Net Profit Margins = (Net Profit) / Total Revenue) X 100

Net Profit Margin, which was recorded as a negative 1.36 percent as of 2022, changed drastically in the year 2023, achieving a positive rate of 2.46 percent. This acute rise means that the company has turned a profit after incurring losses in the previous year, 2022. The increase in positive change of the net income can be attributed to the reversal of a loss of 2,152 in 2022 and a gain of 4,329 in 2023, likely due to more efficient cost reporting and higher revenues.

Description

2022 ( In million $)

2023( In million $)

Total Revenues

158,057

176,191

Net Income

(2,152)

4,329

Net Income Margin

(2152)/ 158057

4329/176191

Net Income Margin

-1.36%

2.46%

   

2.    Liquidity Ratio

  • Current Ratio

The Current Ratio is derived by dividing Total Current Assets by Total Current Liabilities, and is used to gauge the company’s capacity to meet short-term obligations through its short-term assets. (Sari et al., 2022b)

Current Ratio = Total Current Assets / Total Current Liabilities

In 2022, the Current Ratio was 1.20 and has stayed the same in 2023 at 1.20. In both years, the company possesses sufficient current assets to pay off its current liabilities, thus maintaining stable short-term financial health. With a ratio of 1.2 or thereabouts, the company is operating at the right level in that it is neither too leveraged nor underfinanced.

Description

2022 ( In million $)

2023( In million $)

Current Assets

116,476

121,481

Current liabilities

96,866

101,531

Current Ratio

116476/96866

121481/101531

Current Ratio

1.20

1.20

Quick Ratio

Quick Ratio is simply a stricter form of the current Ratio, whereby it omits inventories as current assets, and as such, demonstrates the capacity of the business to offset short-term payments without having to sell its inventories. (Sari et al., 2022)

Quick Ratio = (Total Current Assets-Inventories) / Total Current Liabilities

The Ratio of Quick Ratio was slightly lower in 2023 than it was in 2022 (1.06 vs. 1.04). Although the Ratio is not below 1, indicating the company can cover its short-term liabilities without using inventory, the slight reduction can be attributed to a slight increase in inventory dependency or a sudden decline in asset liquidity.

Description

2022 ( In million $)

2023( In million $)

Current Assets

116,476

121,481

Current liabilities

96,866

101,531

Total Inventories

14,080

15,651

Quick Ratio

(116476-14080)96866

(121481-15651)/101531

Quick Ratio

1.06

1.04

3.    Efficiency Ratio

  • Inventory Turnover

Inventory Turnover is the number of times an inventory is sold and replaced in a period. It can be computed as Cost of Goods Sold divided by average inventory. (Eryatna, Eltivia, and Handayawati, 2021).

Inventory Turnover Ratio = cost of goods sold / Average inventory

The Inventory Turnover Ratio increased slightly to 9.55 in 2022 and then to 9.62 in 2023. This growth indicates that there are marginal changes in which the company is capable of effectively managing its stock. The company is turning over its stocks at a slightly faster rate, which is usually a positive sign for operational efficiency.

Description

2022 ( In million $)

2023( In million $)

Cost of Sales

134,397

150,550

Average Inventory

14,080

15,651

Inventory Turnover

134397/14080

150550/15651

Inventory Turnover

9.55

9.62

  • Receivable Turnover

The Receivable Turnover is used to determine the number of times a company receives its average receivable in a certain period. It is obtained by taking Total Revenues and dividing them by Average Trade Receivables (Wajo, 2021)

Receivable Turnover =Total Revenue / Average Trade Other Receivables

The Receivables Turnover rose between 2022 and 2023 by 1.24 (10.05 and 11.29). This indicates that the company has enhanced its capability to receive its customers’ payments either through better credit management or enhanced collections, leading to more frequent Turnover of the receivables

Description

2022 ( In million $)

2023( In million $)

 Total Revenue

         158,057

         176,191

 Average Trade Other Receivables

           15,729

           15,601

 Receivable Turnover

 158057/15729

 176191/15601

 Receivable Turnover

             10.05

             11.29

4.    Leverage ratio

Debt-to-Equity Ratio

The Debt-to-Equity Ratio is determined by dividing Total Liabilities by Total Equity. It shows the Ratio of the debt invested in funding the company’s assets to the shareholders’ equity. (Susilawati, Shavab, and Mustika, 2022)

Debt-to-Equity Ratio = Total Liabilities / Total Equity

The Debt-to-Equity Ratio improvements were also made; in 2022, the Ratio stood at 4.93, while in 2023, the Ratio will be 5.39. This rise signifies that the company has used more debt compared to its equity, which might imply a more leveraged capital structure. This can entail increased financial risk as the business will be increasingly dependent on the debt to fund operations and expansion.

Description

2022 ( In million $)

2023( In million $)

Total liabilities

212,717

230,512

Total Equity

43,167

42,798

Debt-to-Equity Ratio

212717/43167

230512/42798

Debt-to-Equity Ratio

4.93

5.39

  • Debt to Total Assets

The Debt to Total Assets ratio is calculated by dividing Total Liabilities by Total Assets and represents the percentage of a firm’s funding that comes from debt. (Kurniawan, 2021)

Debt to total Assets = Total Liabilities / Total Assets

The Debt to Total Assets ratio experienced a slight increase from 0.83 in 2022 to 0.84 in 2023. Although this is only a small change, it is an indication that a larger percentage of the company’s assets is funded by debt in 2023. This might be attributed to an increase in its liabilities, which may be a result of expansion or other strategic investments, which in turn may have increased the financial risk marginally

Description

2022 ( In million $)

2023( In million $)

Total Liabilities

212,717

230,512

Total Assets

255,284

273,310

Debt to Total Assets

212717/255284

230512/273310

Debt to Total Assets

0.83

0.84

6.   Conclusion

To sum up, although Ford’s financial performance remains strong, the company is experiencing excellent growth in profits and has introduced a new strategy for electric vehicles. However, it will need to balance growing debts with budgetary tensions. The underlying problems of the supply chain and the increased cost of production must also be reduced so that there is sustainable growth in the long run. Ford is focusing on the further development of electric-driving vehicles, implementing effective operational strategies, and ensuring reliable dividend payments, which demonstrates its commitment to growth. However, it should be cautious about the financial risks that could impact its aggressive expansion plans.

7.   References

  • Abdeljawad, I., El-Hafez, R.A. and Abualhassan, S.A. (2022) ‘The Role of Debt and Dividends in Moderating the Relationship Between Overinvestment and Financial Performance: Evidence from Palestine,’ in Lecture notes in networks and systems, pp. 746–756. https://doi.org/10.1007/978-3-031-08954-1_64.
  • Aldo, M. (2022) ‘The effect of gearing, price-earnings ratio, interest rate, risk on abnormal return,’ Indonesian Interdisciplinary Journal of Sharia Economics (IIJSE), 5(2), pp. 752–768. https://doi.org/10.31538/iijse.v5i2.2195.
  • Bakri, M.A., Ayub, N. and Gazali, H.M. (2024) ‘Integrating agency and resource dependency theories: the moderating effect of board size on the relationship between dividends and firm value in Malaysia,’ Future Business Journal, 10(1). https://doi.org/10.1186/s43093-024-00324-6.
  • Becker, D.M. (2021) ‘The difference between Modigliani–Miller and Miles–Ezzell and its consequences for the valuation of annuities,’ Cogent Economics & Finance, 9(1). https://doi.org/10.1080/23322039.2020.1862446.
  • Bossman, A. et al. (2022) ‘Dividend policy and performance of listed firms on Ghana stock exchange,’ Cogent Economics & Finance, 10(1). https://doi.org/10.1080/23322039.2022.2127220.
  • Eryatna, E.N., Eltivia, N., and Handayawati, K.U. (2021) ‘The effect of cash turnover, receivable turnover, and inventory turnover towards profitability of consumer goods companies in Indonesia,’ Advances in Economics, Business and Management Research/Advances in Economics, Business and Management Research [Preprint]. https://doi.org/10.2991/aebmr.k.210717.039.
  • Evmenchik, O.S. et al. (2021) ‘The role of gross profit and margin contribution in decision making,’ in Studies in systems, decision and control, pp. 1393–1404. https://doi.org/10.1007/978-3-030-56433-9_145.
  • Islam, H. et al. (2023) ‘Impact of firms’ size, leverage, and net profit margin on firms’ profitability in the manufacturing sector of Bangladesh: An empirical analysis using GMM estimation,’ Journal of Ekonomi, 5(1), pp. 1–9. https://doi.org/10.58251/ekonomi.1275742.
  • Jatoi, M.Z., Rasheed, A. and Wahla, K.-U.-R. (2023) ‘Impact of Dividend Policy on Firm Performance: Evidence from Non-Financial Firms of Pakistan,’ Pakistan Journal of Humanities and Social Sciences, 11(2). https://doi.org/10.52131/pjhss.2023.1102.0430.
  • Kanapickiene, R., Keliuotyte-Staniuleniene, G. and Teresiene, D. (2021) ‘Disclosure of Non-Current Tangible assets information in private sector entities financial statements: the case of Lithuania,’ Economies, 9(2), p. 78. https://doi.org/10.3390/economies9020078.
  • Kurniawan, A. (2021) ‘ANALYSIS OF THE EFFECT OF RETURN ON ASSET, DEBT TO EQUITY RATIO, AND TOTAL ASSET TURNOVER ON SHARE RETURN,’ Journal of Industrial  Engineering & Management Research, 2(1), pp. 64–72. https://doi.org/10.7777/jiemar.v2i1.114.
  • Nguyen, A.H. et al. (2021) ‘The effect of dividend payment on a firm’s financial performance: An empirical study of Vietnam,’ Journal of Risk and Financial Management, 14(8), p. 353. https://doi.org/10.3390/jrfm14080353.
  • Sari, W.N. et al. (2022a) ‘Effect of current Ratio (CR), quick Ratio (QR), debt to Asset Ratio (DAR) and Debt to Equity Ratio (DER) on return on Assets (ROA),’ Journal of Islamic Economics and Business, 2(1), pp. 42–58. https://doi.org/10.15575/jieb.v2i1.20173.
  • Sari, W.N. et al. (2022b) ‘Effect of current Ratio (CR), quick Ratio (QR), debt to Asset Ratio (DAR) and Debt to Equity Ratio (DER) on return on Assets (ROA),’ Journal of Islamic Economics and Business, 2(1), pp. 42–58. https://doi.org/10.15575/jieb.v2i1.20173.
  • Shi, F. et al. (2021) ‘How is gross profit margin overestimated in China?’ Journal of Mathematics, 2021, pp. 1–13. https://doi.org/10.1155/2021/3924062.
  • Stoiljković, A. et al. (2022) ‘Determinants of Capital Structure: Empirical evidence of manufacturing companies in the Republic of Serbia,’ Sustainability, 15(1), p. 778. https://doi.org/10.3390/su15010778.
  • Susilawati, D., Shavab, F.A. and Mustika, M. (2022) ‘The effect of debt to equity ratio and current ratio on return on assets,’ Journal of Applied Business Taxation and Economics Research, 1(4), pp. 325–337. https://doi.org/10.54408/jabter.v1i4.61.
  • Taher, F.N.A. and Al-Shboul, M. (2022) ‘Dividend policy, its asymmetric behavior and stock liquidity,’ Journal of Economic Studies, 50(3), pp. 578–600. https://doi.org/10.1108/jes-10-2021-0513.
  • Wajo, Abd.R. (2021) ‘Effect of cash turnover, receivable turnover, inventory turnover and growth opportunity on profitability,’ ATESTASI Jurnal Ilmiah Akuntansi, 4(1), pp. 61–69. https://doi.org/10.57178/atestasi.v4i1.165.
  • Zou, Y. and Bai, Q. (2022) ‘The impact of dividend policies and financing strategies on the speed of firms’ capital structure adjustment,’ Discrete Dynamics in Nature and Society, 2022(1). https://doi.org/10.1155/2022/3209502.

Contact Details

If you need ethical academic writing support, homework guidance, assignment help, research writing support, editing, proofreading, formatting, referencing, or PowerPoint presentation guidance, you are welcome to contact Homework Assignment.  We are here to help students understand their academic tasks more clearly, improve their writing skills, organize their research, and approach their studies with greater confidence. Contact Alex John today through email, WhatsApp, or Facebook, and let us know how we can support your learning journey responsibly

Quick Order

Please fill in details to contact Writer

Student Assignment Work performed by the team of Homework Assignment