Financial Management Class 12 NCERT Solutions PDF

Concept used. Capital structure is the mix of long-term sources of finance used by a firm. On the basis of ownership, business funds are classified into two categories – owners' funds (equity, retained earnings) and borrowed funds (debt, debentures, long-term loans). Capital structure refers to the proportion between these two – the debt-equity mix.

1. Definition. Capital structure is the relative proportion of owners' funds (equity + retained earnings) and borrowed funds (debt + debentures) in the total long-term capital of the firm.
2. Two extremes.
   • All equity, no debt. Low risk, but high cost of capital and missed trading-on-equity benefit.
   • Very high debt. Cheap on average but raises financial risk – the firm must service fixed interest payments out of variable EBIT.
3. Optimum capital structure. The debt-equity mix at which the firm's overall cost of capital is minimum and the market value of the share is maximum. Finding it is one of the central tasks of financial management.
4. Why it matters. Capital structure affects three things at once – the firm's cost of capital, its financial risk and its earnings per share (EPS).

Capital structure is the mix of long-term sources of finance used by a firm – specifically, the proportion between owners' funds (equity + retained earnings) and borrowed funds (debt + debentures). The optimum capital structure minimises cost of capital and maximises share price.

Concept used. Financial planning is essentially the preparation of a financial blueprint of an organisation's future operations – estimating the funds required, the timing, and the sources from which the funds will come. The NCERT explicitly lists two twin objectives of financial planning.

1. Objective 1: To ensure availability of funds whenever they are required.
   • Estimate the quantum of funds needed – short-term (working capital) and long-term (fixed capital).
   • Estimate the timing – when each instalment is needed.
   • Specify the sources – equity, debentures, banks, retained earnings.
   • Net effect: no production halt for lack of funds, no missed growth opportunity.
2. Objective 2: To see that the firm does not raise resources unnecessarily.
   • Surplus funds are an idle cost (interest on debt, dividend on equity, lost opportunity).
   • Excess equity dilutes EPS.
   • Excess debt raises financial risk.
   • Financial planning aligns the cash-in with the cash-out so that just-enough funds, of the right type, are raised at the right time.

The two objectives of financial planning are: (i) to ensure availability of funds whenever they are required (right quantum, right timing, right source) and (ii) to see that the firm does not raise resources unnecessarily (avoid idle surplus funds, avoid dilution and unnecessary financial risk).

Concept used. The concept described is Trading on Equity. When a firm finances part of its needs through fixed-charge sources (debt, preference shares) and earns a return on investment (ROI) higher than the cost of those fixed-charge funds, the surplus benefit accrues entirely to the equity shareholders – raising their earnings per share (EPS).

1. Definition. Trading on equity means the increase in profit available to equity shareholders due to the use of fixed-cost financing (debt or preference shares) in the capital structure.
2. How it works. Debt has a fixed cost (interest). If the firm earns more on its total investment than it pays on its debt, the excess belongs to the equity holders. Example: Firm earns 15% ROI; pays 10% interest on debt. The 5% spread on the debt portion goes to equity holders, boosting their EPS.
3. Condition. Trading on equity is beneficial only when ROI \(>\) cost of debt. If ROI \(<\) cost of debt, the spread becomes negative and trading on equity actually reduces EPS – this is the financial risk the firm assumes.

The concept is Trading on Equity. It is the rise in earnings per share for equity holders when the firm uses fixed-cost finance (debt, preference shares) and earns an ROI higher than the cost of that finance. The condition for it to be beneficial is ROI \(>\) cost of debt; otherwise the firm bears a negative spread (financial risk).

Concept used. The nature of business is the primary determinant of working capital requirement. A trading or service concern (which buys and sells, or sells a service, with no manufacturing) typically needs less working capital than a manufacturing concern, because it does not hold large stocks of raw materials, work-in-progress and finished goods.

1. Diagnose the business. Amrit runs a transport service – he provides a service (movement of goods) to industries. There is no manufacturing, no raw material, no work-in-progress and no finished-goods inventory.
2. Apply the principle.
   • Services typically need less working capital than manufacturing because there is no production cycle to fund.
   • Cash collection in transport is often quick (industries pay against invoices in 30-60 days; sometimes advance).
   • Operating expenses (fuel, driver salaries, maintenance) recur each month but are predictable.
3. Conclusion. The working capital requirement of Amrit's transport firm will be less compared with a manufacturing firm of similar scale.

The working capital requirement of Amrit's transport service firm will be less, because a service business holds no raw material, no work-in-progress and no finished-goods inventory; only operating expenses (fuel, salaries, maintenance) need to be funded, and receivables turn over reasonably fast. Service firms have a shorter operating cycle than manufacturing firms.

Concept used. Working capital requirement is determined by the operating cycle: the time between paying for inputs (cash out) and collecting from customers (cash in). Two key determinants here are credit availed (from suppliers) and credit allowed (to customers). Both have changed in Ramnath's case.

1. Identify the two changes.
   • Credit availed from suppliers has increased from `cash purchase' (presumably) to 3 months.
   • Credit allowed to customers has decreased from credit sales (presumably) to cash sale.
2. Effect on working capital.
   • More supplier credit \(\Rightarrow\) Ramnath gets to use the supplier's money for 3 months, reducing his own funding need.
   • Cash sale to customers \(\Rightarrow\) no debtors; cash returns immediately.
   • Net effect: the operating cycle is shortened dramatically. Cash flowing in arrives before cash flowing out is paid.
3. Conclusion. Working capital requirement will decrease. In fact, the firm now operates almost on the suppliers' money, holding only inventory and minimal operating cash.

Yes, the change affects working capital – it decreases the requirement. Two reasons: (i) buying on 3 months credit lets Ramnath use the supplier's money for that period, postponing his cash outflow; (ii) selling for cash means immediate cash inflow with no debtors. The operating cycle shrinks, so much less working capital is needed.

Concept used. Financial risk is one of the two main risks of a business – the other being business risk (operating risk). Financial risk arises from the financing decisions of the firm, specifically the use of debt in the capital structure.

1. Definition. Financial risk is the risk that a firm may not be able to meet its fixed financial obligations – interest on debt, repayment of principal, and preference dividend.
2. Why it arises.
   • Debt carries a fixed cost (interest) which must be paid whether the firm earns profits or not.
   • Operating profits (EBIT) are variable – they rise in good years and fall in bad years.
   • When debt is high, even a small fall in EBIT can leave the firm short of cash to pay interest – triggering default.
   • Higher debt \(\Rightarrow\) higher fixed financial charges \(\Rightarrow\) higher financial risk.
3. Total risk = business risk + financial risk. A firm with low business risk (stable demand, low operating leverage) can take on more debt – and vice versa. Utility companies typically use high debt; tech start-ups use low debt.
4. Managing financial risk. Maintain a balanced debt-equity ratio, build cash reserves, ensure interest-coverage ratio (ICR) and debt-service coverage ratio (DSCR) well above 1.

Financial risk is the risk that the firm may fail to meet its fixed financial obligations – interest, principal repayment and preference dividend. It arises because debt carries fixed charges, while operating profit (EBIT) is variable; in a bad year the firm may not have enough EBIT to service its debt. The greater the proportion of debt in the capital structure, the higher the financial risk.

Concept used. Current assets are one of the two broad categories of assets on the balance sheet (the other being fixed assets). They are at the heart of working capital management.

1. Definition. Current assets are assets which, in the normal routine of the business, get converted into cash or cash equivalents within one year (or one operating cycle, whichever is longer). They are the firm's short-term, liquid resources.
2. Key properties.
   • High liquidity – convertible to cash quickly.
   • Lower return than fixed assets – they earn little or no income on their own.
   • Support operations – finance the day-to-day operating cycle.
3. Four examples (in order of liquidity).
   • Cash in hand / cash at bank – already in liquid form.
   • Marketable securities – short-term investments easily sold.
   • Bills receivable / debtors – amounts due from customers, payable within a year.
   • Inventories – raw materials, work-in-progress, finished goods.
   • Prepaid expenses – expenses paid in advance (rent, insurance).

Current assets are assets that get converted into cash or cash equivalents within one year (or one operating cycle) in the normal routine of the business. Four examples: (1) cash in hand / cash at bank, (2) marketable securities, (3) bills receivable / debtors, and (4) inventories of raw materials, work-in-progress and finished goods.

Concept used. Financial management is concerned with the optimal procurement and usage of funds. Its primary objective is wealth maximisation of the equity shareholders. The NCERT explains the link between wealth maximisation and the firm's three financial decisions.

1. Primary objective – Wealth Maximisation.
   • Meaning. Maximise the market price of the firm's equity share, which in turn maximises the wealth of equity shareholders.
   • Why not profit maximisation? Profit is short-term, ignores risk, ignores the time value of money and is open to accounting manipulation. Share price discounts future cash flows and reflects long-term value.
   • Achievement. A financial decision creates wealth only if its NPV (present value of future cash inflows minus present value of outflows) is positive at the firm's cost of capital.
2. Three derived objectives (the financial decisions).
   • Investment / capital budgeting decisions – choose projects with positive NPV; allocate funds to fixed and current assets.
   • Financing decisions – decide the mix of equity and debt that minimises the cost of capital.
   • Dividend decision – decide what part of profit to retain (for growth) and what part to distribute (to shareholders), so as to maximise long-run share price.
3. Operational objectives.
   • Ensure adequate funds at right time.
   • Ensure reasonable return to shareholders.
   • Ensure efficient use of funds (no idle funds, no waste).
   • Maintain liquidity to meet day-to-day obligations.
   • Manage risk (financial + business).

The primary objective of financial management is wealth maximisation of the equity shareholders – maximising the market price of the equity share. It is preferred over profit maximisation because it accounts for risk, time value of money and long-term cash flows. This primary objective is operationalised through three financial decisions – investment, financing and dividend – each of which must add to shareholder wealth.

Concept used. Financial management revolves around three broad financial decisions – each one a separate question the financial manager must answer to maximise shareholder wealth.

1. Investment Decision (Capital Budgeting).
   • Question: Where should the firm invest its funds?
   • Scope: fixed-asset investment (plant, machinery, building, R&D) is called capital budgeting; current-asset investment is called working capital management.
   • Factors affecting: cash flows, rate of return, investment criteria (NPV, IRR, payback), risk.
   • Effect: determines the asset side of the balance sheet and the firm's future earning power.
2. Financing Decision.
   • Question: How should the firm raise the funds for investment?
   • Scope: the mix of equity and debt – the capital structure.
   • Factors affecting: cost, risk, cash flow position, control, regulatory framework, stock market conditions, floatation costs.
   • Effect: determines the liabilities side of the balance sheet and the firm's financial risk.
3. Dividend Decision.
   • Question: How much of the profit should be distributed to shareholders as dividend, and how much should be retained in the business?
   • Factors affecting: earnings, stability of earnings, growth opportunities, cash flow, shareholder preference, taxation policy, stock market reaction, legal constraints.
   • Effect: determines retained earnings, future growth funding and the signal sent to the stock market.

The three broad financial decisions are: (i) Investment Decision (capital budgeting + working capital management – where to invest), (ii) Financing Decision (equity vs debt mix – how to raise funds), and (iii) Dividend Decision (how much to pay out vs retain). All three are interlinked and together aim at maximising shareholder wealth.

Concept used. The decision turns on Return on Investment (ROI) versus the cost of debt. Trading on equity is beneficial only when ROI \(>\) cost of debt. If ROI \(<\) cost of debt, raising debt would actually destroy shareholder value.

1. Compute ROI. \[ \text{ROI} = \frac{\text{EBIT}}{\text{Total Capital Investment}} \times 100 = \frac{\text{Rs.\ } 8{,}00{,}000}{\text{Rs.\ } 1{,}00{,}00{,}000} \times 100 = 8\%. \]
2. Cost of debt. Given as 10%.
3. Apply the rule. For debt to add value, ROI must exceed cost of debt. Here ROI \(=\) 8% and cost of debt \(=\) 10%, so ROI \(<\) cost of debt.
4. Consequence of issuing debt.
   • Every Rs. 100 of debt earns only Rs. 8 of EBIT but costs Rs. 10 of interest.
   • Net effect \(=\) a loss of Rs. 2 per Rs. 100 of debt, paid out of the existing equity holders' profits.
   • EPS of equity holders will fall, not rise.
   • Financial risk will also rise – the firm has taken on fixed interest obligations.
5. Recommendation. The company should not raise the Rs. 80 lakh through debentures.
   • Better alternatives: raise funds through equity (rights issue / fresh equity), retained earnings (if available), or a smaller debt issue once the new machines start improving ROI.
   • If debt must be used, negotiate a lower interest rate or wait until projected ROI on the expansion exceeds 10%.

No, issuing debentures is not a rational decision. ROI is only \(\frac{8{,}00{,}000}{1{,}00{,}00{,}000} \times 100 = 8\%\), which is less than the cost of debt of 10%. Trading on equity will work against the firm – every rupee of debt loses 2 paise of shareholder wealth. The company should fund the expansion through equity or retained earnings, or wait until projected ROI on the modern machines exceeds 10%.

Concept used. Working capital is the lifeblood of the business – it funds the day-to-day operating cycle. Working capital affects two seemingly competing things: liquidity (ability to pay short-term obligations) and profitability (return on total investment). The trade-off between the two is one of the central tensions in financial management.

1. Net Working Capital (NWC). \[ \text{NWC} = \text{Current Assets} - \text{Current Liabilities}. \]
2. Effect on Liquidity.
   • Higher working capital \(\Rightarrow\) more cash, more inventory, more debtors \(\Rightarrow\) the firm can pay its bills, salaries and suppliers on time. Higher liquidity.
   • Lower working capital \(\Rightarrow\) risk of running out of cash, missing payments, losing supplier credit and customer trust. Lower liquidity.
3. Effect on Profitability.
   • Higher working capital (especially excess inventory and excess debtors) \(\Rightarrow\) funds blocked in low-return current assets \(\Rightarrow\) the same money would have earned more in fixed assets or paying down debt \(\Rightarrow\) lower profitability.
   • Lower working capital \(\Rightarrow\) more money in productive investments \(\Rightarrow\) higher return on investment.
4. The trade-off. Liquidity and profitability move in opposite directions with working capital level.
   • Too much WC \(\Rightarrow\) high liquidity, low profitability.
   • Too little WC \(\Rightarrow\) high profitability on paper, but risk of liquidity crisis that can stop production altogether.
   • The financial manager seeks the optimum WC level that keeps liquidity just adequate and profitability as high as possible.

Working capital simultaneously affects liquidity and profitability in opposite directions. Higher WC raises liquidity (more ability to pay short-term obligations) but lowers profitability (funds blocked in low-return current assets). Lower WC raises profitability (more funds in productive investments) but increases liquidity risk (cannot meet bills). The financial manager seeks the optimum WC level that balances the two.

Concept used. The case-study has two parts. Part (a) asks the student to recognise the description of financial planning and recall its objectives. Part (b) asks the student to evaluate the statement that dividend payment is unrestricted – a statement which is wrong, because of the legal and contractual constraints listed by NCERT.

1. Part (a) – Financial Planning identified.
   • Clue 1: ``Prabhu prepared a financial blueprint of the organisation's future operations'' – the textbook definition of financial planning.
   • Clue 2: He estimated amount and timing of funds needed.
   • Clue 3: He looked at internal sources first, then external.
   • Concept identified: Financial Planning.
2. Objectives of Financial Planning.
   • (i) To ensure availability of funds whenever they are required. Right amount, right timing, right source.
   • (ii) To see that the firm does not raise resources unnecessarily. No idle surplus; no unnecessary financial cost.
   • Other points of importance. Tackles uncertainty about future operations; helps in coordinating various business functions; reduces wastage; provides links between investment and financing decisions; ensures smooth functioning; aids in policy formulation.
3. Part (b) – ``No restriction on dividend payment'' is INCORRECT.
   • Dividend payment is restricted by both legal and contractual constraints.
   • Legal constraints (Companies Act 2013). itemize
   • Dividend can be paid only out of profits – current year's profit (after depreciation), or accumulated past profits, or both.
   • Dividend cannot be paid out of capital – this would be a return of capital, not income.
   • A specified percentage of profit must be transferred to reserves before dividend.
   • Dividend must be declared at the AGM on the recommendation of the Board; the AGM cannot increase the recommended rate.
4. Contractual constraints.
   • Long-term loan agreements (debentures, bank loans) often include covenants that restrict dividend until the loan is partly or fully repaid, or require the company to maintain a minimum debt-service-coverage ratio before declaring dividend.
   • Such covenants protect lenders.
5. Conclusion: The statement is wrong; there are several legal and contractual restrictions on dividend payment. itemize

(a) The concept is Financial Planning – the preparation of a financial blueprint of an organisation's future operations. Its two objectives are: (i) ensuring availability of funds when required, and (ii) ensuring that the firm does not raise resources unnecessarily. (b) The statement is incorrect. Dividend payment is restricted by legal constraints under the Companies Act (paid only out of profits, mandatory transfer to reserves, recommended by Board and declared at AGM) and by contractual constraints (loan covenants in debenture and bank-loan agreements often restrict dividend until loan is serviced).

Concept used. Working capital is the capital needed to finance the day-to-day operations of the business – buying raw materials, paying wages, holding inventory, extending credit to customers – until cash returns from sales.

1. Meaning. Working capital \(=\) the firm's investment in current assets. Gross working capital \(=\) total current assets. Net working capital \(=\) current assets minus current liabilities: \[ \text{NWC} = \text{CA} - \text{CL}. \]
2. Five important determinants of working capital requirement.
   • (i) Nature of business. Manufacturing firms need more WC (raw materials, WIP, finished goods); trading and service firms need less.
   • (ii) Scale of operations. Larger scale \(\Rightarrow\) larger inventory and debtors \(\Rightarrow\) larger WC.
   • (iii) Production cycle. Longer cycle (heavy engineering, ship-building) \(\Rightarrow\) funds locked longer \(\Rightarrow\) more WC. Shorter cycle (FMCG) \(\Rightarrow\) less WC.
   • (iv) Credit allowed and credit availed. itemize
   • More credit allowed to customers \(\Rightarrow\) higher debtors \(\Rightarrow\) more WC.
   • More credit availed from suppliers \(\Rightarrow\) lower payable cash \(\Rightarrow\) less WC.
3. (v) Inflation. Rising prices push up the cost of inventory and wages, so even constant volume needs more WC.
4. (Other determinants for context.) Operating efficiency, availability of raw material, seasonal factors, business cycle (boom = more WC; depression = less), growth prospects, level of competition. itemize

Working capital is the capital required to finance day-to-day operations (current assets); NWC \(=\) CA \(-\) CL. Five important determinants: (1) Nature of business (manufacturing \(>\) service); (2) Scale of operations (large \(>\) small); (3) Production cycle (longer \(\Rightarrow\) more WC); (4) Credit allowed vs credit availed (more allowed \(\Rightarrow\) more WC; more availed \(\Rightarrow\) less WC); (5) Inflation (rising prices \(\Rightarrow\) more WC).

Concept used. Capital structure is the debt-equity mix. The choice of mix sets up a direct trade-off: debt is cheaper (interest is tax-deductible, lenders expect a lower return) but riskier (fixed obligations must be paid even in bad years); equity is costlier but safer. The capital structure decision is, in essence, choosing the point on this trade-off that maximises shareholder wealth.

1. Return side of the trade-off.
   • Debt is cheaper. Interest is tax-deductible: \[ \text{After-tax cost of debt} = \text{Interest rate} \times (1 - t). \] For a firm taxed at 30% borrowing at 10%, the after-tax cost is only 7%.
   • Equity holders, who bear residual risk, expect a higher return than 7%.
   • Therefore, using more debt lowers the weighted average cost of capital (WACC) and raises EPS – this is the trading on equity benefit.
2. Risk side of the trade-off.
   • Debt carries fixed obligations (interest, principal). Failure to pay can trigger default and bankruptcy.
   • Beyond a point, additional debt sharply raises financial risk.
   • Equity holders, seeing the rising risk, demand a higher return \(\Rightarrow\) cost of equity rises and share price may fall.
3. The optimisation problem.
   • As debt rises from zero, WACC falls (benefit dominates) and EPS rises.
   • At a certain point, the rising risk premium on equity equals the marginal tax-saving of debt – WACC bottoms out.
   • Beyond that point, WACC rises again – additional debt destroys value.
   • The optimum capital structure is the debt-equity mix at the bottom of this U-shaped WACC curve.
4. Factors a manager weighs in this trade-off. Cash-flow position, interest-coverage ratio, debt-service coverage ratio, ROI vs cost of debt, tax rate, floatation cost, risk consideration, flexibility, control considerations, regulatory framework, stock-market conditions, industry capital structure norms.

The statement is true. The capital structure decision is essentially a risk-return optimisation. Debt is cheaper (tax-deductible interest) and raises EPS up to a point (return side), but it also brings fixed financial obligations and raises financial risk (risk side). The financial manager balances the two by choosing the debt-equity mix at which the weighted average cost of capital is minimum and the market price of the equity share is maximum – the optimum capital structure.

Concept used. Capital budgeting decisions are decisions on long-term investment in fixed assets – buying plant, building a factory, launching a new product line, acquiring a competitor. They commit large funds for long periods and are generally irreversible. Their impact on the firm's future is therefore unique.

1. Yes, capital budgeting decisions can change the financial fortunes – four reasons.
   • (i) Long-term growth. Capital budgeting decisions determine the firm's future earning power. A wise investment (modern plant, R&D, new product line) drives years of growth; a poor one drags earnings down for years.
   • (ii) Large amount of funds involved. These decisions lock up a substantial portion of the firm's capital. A single project may absorb crores; if it fails, the firm may be crippled.
   • (iii) Risk involved. Capital budgeting commits funds whose returns stretch into an uncertain future. The risk is high; estimates of future cash flows are exposed to changes in technology, demand and policy.
   • (iv) Irreversible decisions. Once a plant is built or a competitor is acquired, reversing the decision is very costly – selling at a loss, writing off goodwill, retrenching staff. Most capital budgeting decisions cannot be undone without heavy loss.
2. Implication. Because of these four characteristics, capital budgeting decisions are taken only after careful analysis – NPV, IRR, payback period, sensitivity analysis, scenario analysis, real-option valuation – and only after the board and shareholders have considered the long-term strategic fit.
3. Real-world illustration. Reliance's investment in 4G telecom infrastructure ( Rs. 1.5 lakh crore through Reliance Jio) was a capital budgeting decision that re-shaped the firm and the entire Indian telecom industry – a textbook example of how a single capital budgeting decision can change the financial fortunes of a business.

Yes, capital budgeting decisions can change the financial fortunes of a business. Four reasons: (1) Long-term growth – they determine future earning power; (2) Large funds involved – they lock up a major share of the firm's capital; (3) High risk – returns stretch into an uncertain future; (4) Irreversibility – reversal is very costly. Because of these four characteristics, capital budgeting decisions are taken only after rigorous NPV/IRR analysis and board scrutiny.

Concept used. The dividend decision is the third financial decision – how much of the profit to distribute as dividend and how much to retain. The decision balances shareholder expectation (dividend in hand) against growth funding (retained earnings).

1. 1. Earnings. Dividend is paid out of profits. Higher and more stable earnings allow higher dividend.
2. 2. Stability of earnings. Companies with stable earnings (utilities, FMCG) can declare higher and more stable dividends; cyclical companies (steel, auto) keep dividend conservative.
3. 3. Stability of dividend. Most firms aim to maintain a stable dividend over time; abrupt cuts send a negative signal. Hence the dividend payout is conservative even in a good year so it can be sustained in a bad year.
4. 4. Growth opportunities. If the firm has many positive-NPV projects, it retains more (lower payout); if growth opportunities are few, it can pay out more.
5. 5. Cash-flow position. Profit is an accounting concept; dividend is paid in cash. Even a profitable firm may declare a low dividend if cash is locked up in receivables or inventory.
6. 6. Shareholder preference. Some shareholders (retired investors, pension funds) prefer steady dividend; growth investors prefer retention. The firm reads its shareholder base.
7. 7. Taxation policy. Tax treatment of dividend vs capital gains influences payout. (In India, dividend is taxable in the hands of the recipient; capital gains face long-term/short-term distinction.)
8. 8. Stock market reaction. Investors generally view a dividend rise as positive and a dividend cut as negative – the so-called signalling effect. Managers manage payout with the share-price reaction in mind.
9. 9. Access to capital markets. Firms with easy access to capital markets (big, well-known firms) can afford a higher payout because they can replenish funds by issuing fresh securities. Smaller firms retain more.
10. 10. Legal constraints. The Companies Act restricts dividends to be paid only out of current or accumulated profits; a percentage must be transferred to reserves; dividend cannot be paid out of capital.
11. 11. Contractual constraints. Long-term loan agreements may restrict dividends until the loan is serviced or until a minimum coverage ratio is maintained.

Factors affecting the dividend decision include: (1) earnings level, (2) stability of earnings, (3) stability of dividend (signalling), (4) growth opportunities (retain for positive-NPV projects), (5) cash-flow position, (6) shareholder preference, (7) taxation policy, (8) stock market reaction, (9) access to capital markets, (10) legal constraints (Companies Act), and (11) contractual constraints (loan covenants). The firm balances payout against retention to maximise long-run share price.

Concept used. Trading on Equity is the practice of using fixed-cost finance (debt and preference shares) in the capital structure to enhance the return to equity shareholders. It is one of the most-tested concepts in the chapter because it operationalises the entire risk-return trade-off of capital structure.

1. Meaning. Trading on equity is the use of borrowed funds (or preference share funds) in the expectation of earning a return greater than the cost of those funds, so that the excess accrues to the equity shareholders and their EPS rises.
2. Why use it – the benefit.
   • Debt carries a fixed interest cost which is tax-deductible. Effective cost is even lower than the stated rate: \[ \text{After-tax cost of debt} = i \times (1 - t). \]
   • If the firm earns ROI \(>\) after-tax cost of debt, the surplus enriches equity holders – EPS rises sharply.
   • Used in moderation, trading on equity lowers the weighted average cost of capital and raises share price.
3. When to use it – the condition.
   • Condition 1: ROI \(>\) cost of debt. Without this, debt destroys value.
   • Condition 2: Stable EBIT. Firms with stable, predictable operating earnings (utilities, FMCG) can take more debt; firms with volatile EBIT (auto, steel) cannot.
   • Condition 3: Low business risk. The total risk (business \(+\) financial) should remain manageable.
   • Condition 4: Interest-coverage ratio (ICR) and debt-service coverage ratio (DSCR) should comfortably exceed 1.
4. How to use it – the mechanics.
   • Step 1. Raise long-term funds through debentures, term loans or preference shares – all carry fixed cost.
   • Step 2. Invest in projects whose ROI is comfortably above the cost of debt.
   • Step 3. Pay fixed interest / preference dividend from EBIT.
   • Step 4. The surplus (EBIT minus interest minus tax) belongs to equity holders, lifting EPS.
5. Numerical illustration. Suppose total capital is Rs. 1 crore. Compare two capital structures:
   • Plan A: 100% equity (1,00,000 shares of Rs. 100). EBIT \(=\) Rs. 20 lakh, tax 30% \(\Rightarrow\) PAT \(=\) Rs. 14 lakh; EPS \(=\) Rs. 14.
   • Plan B: 50% equity (50,000 shares of Rs. 100) + 50% debt @ 10%. EBIT \(=\) Rs. 20 lakh, Interest \(=\) Rs. 5 lakh, EBT \(=\) Rs. 15 lakh; tax 30% \(\Rightarrow\) PAT \(=\) Rs. 10.5 lakh; EPS \(=\) Rs. 21.
   Same EBIT, different capital structure \(\Rightarrow\) EPS rises from Rs. 14 to Rs. 21 – a 50% rise. This is trading on equity.
6. Caution. If EBIT falls – say to Rs. 5 lakh – the same plan B becomes painful: Interest Rs. 5 lakh swallows entire EBIT, tax-saving disappears, PAT is zero, EPS is zero. With Plan A (no debt), Plan A would still have EPS of Rs. 3.5. This is the financial risk of trading on equity.

Trading on equity is the use of fixed-cost finance (debt and preference shares) to enhance the return to equity shareholders. Why: the spread between ROI and the after-tax cost of debt accrues entirely to equity holders, lifting EPS. When: only when ROI \(>\) cost of debt, EBIT is stable, business risk is low, and ICR / DSCR are comfortably above 1. How: raise long-term debt or preference shares, invest in positive-spread projects, pay fixed charges out of EBIT, and let the surplus enrich equity EPS. Used in moderation it lowers WACC; used excessively it raises financial risk and can destroy value.

Concept used. A textbook composite case-study. Four sub-parts that knit together the whole chapter: role/objectives of FM, financial planning, capital structure factors, and fixed/working capital factors. Steel is heavily capital-intensive with a long production cycle and stable demand – these properties drive each answer.

1. Part (a) – Role and objectives of financial management for `S' Ltd.
   • Role: take the three financial decisions – (i) Investment / capital budgeting (whether and how to invest Rs. 5000 crore in the new plant); (ii) Financing (raise the funds through equity, debt or a mix); (iii) Dividend (how much of future profit to retain to keep funding the expansion).
   • Primary objective: wealth maximisation of the equity shareholders – maximise the market price of `S' Ltd. share.
   • Operational objectives: ensure availability of Rs. 5500 crore at the right time; ensure no surplus idle funds; ensure reasonable return to shareholders; maintain liquidity; manage financial and business risk.
2. Part (b) – Importance of financial planning for `S' Ltd.
   • Forecasts the funds required (Rs. 5000 crore fixed \(+\) Rs. 500 crore working) and the timing of each tranche.
   • Avoids both shortage of funds (which would stall the project) and excess (which would be idle cost).
   • Helps in coordinating purchase, construction, hiring and commissioning schedules with funding tranches.
   • Provides links between investment and financing decisions.
   • Imaginary plan. itemize
   • Year 0: Equity issue Rs. 2000 crore (rights / IPO).
   • Year 0–1: Long-term debt Rs. 2000 crore (debentures, term loans).
   • Year 1–2: Retained earnings + working-capital loan Rs. 500 crore.
   • Year 2–3: Additional equity Rs. 1000 crore if needed.
   • Year 3 onwards: Plant operational; dividend kept low till loans repaid; surplus reinvested in capacity expansion.
   itemize
3. Part (c) – Factors affecting capital structure of `S' Ltd.
   • Cash-flow position. Steel demand is buoyant and stable \(\to\) supports more debt.
   • ICR / DSCR. Stable EBIT means coverage ratios will be comfortable \(\to\) debt is feasible.
   • ROI vs cost of debt. Expected ROI on the new plant must exceed after-tax cost of debt; if 7-8% growth holds, this is likely.
   • Tax rate. Higher corporate tax makes debt's tax-shield more valuable.
   • Cost of equity. Equity is costlier than debt.
   • Floatation cost. A Rs. 2000 crore equity issue carries large merchant-banking and listing cost; a debt issue is cheaper to float.
   • Risk consideration. Steel is cyclical; too much debt is dangerous in a down-cycle.
   • Flexibility. Some debt capacity must be kept in reserve for emergencies.
   • Control. Fresh equity dilutes promoters' control; debt does not.
   • Regulatory framework. SEBI guidelines for public issue; banking norms for term loans.
   • Stock market conditions. A bullish market favours equity; a bearish one favours debt.
   • Capital structure of peers. Tata Steel, JSW Steel, SAIL benchmark debt ratios – `S' Ltd. uses these as a sanity check.
4. Part (d) – Factors affecting fixed and working capital in this capital-intensive sector.
   • Fixed capital – factors. itemize
   • Nature of business – steel is capital-intensive (blast furnace, rolling mill, refractories) \(\Rightarrow\) huge fixed capital.
   • Scale of operations – a green-field plant means very high fixed capital.
   • Choice of technique – automated, capital-intensive technology \(\Rightarrow\) more fixed capital.
   • Technology upgradation – modern steel plants need continuous-casting, blast-furnace upgrades.
   • Growth prospects – 7-8% growth supports building extra capacity for the future.
   • Diversification, financing alternatives, level of collaboration.
5. Working capital – factors.
   • Nature of business – manufacturing \(\Rightarrow\) raw material (iron ore, coking coal), WIP (heavy and slow), finished goods \(\Rightarrow\) large working capital. Trading concerns would need less.
   • Scale of operations – the larger the plant, the larger the inventory and debtor balances.
   • Production cycle – steel-making has a long cycle (weeks) \(\Rightarrow\) more funds tied up.
   • Business cycle – the buoyant phase means high inventory and more debtors \(\Rightarrow\) more working capital.
   • Seasonal factors – construction season pushes up demand, raising WC need.
   • Credit allowed / availed – B2B credit terms in steel are 30-90 days both ways; net effect depends on the gap.
   • Availability of raw material – erratic iron-ore supply forces higher stock levels.
   • Operating efficiency, growth prospects, level of competition, inflation.
   itemize

(a) FM's role for `S' Ltd. = take the three financial decisions (investment, financing, dividend) with the primary objective of wealth maximisation. (b) Financial planning ensures Rs. 5500 crore is available on schedule – imaginary plan: Rs. 2000cr equity + Rs. 2000cr debt + Rs. 500cr WC loan + Rs. 1000cr later equity. (c) Capital-structure factors: cash-flow, ICR/DSCR, ROI vs cost of debt, tax rate, floatation cost, risk, flexibility, control, regulatory framework, market conditions, peer structure. (d) In this capital-intensive sector, fixed capital is driven by nature of business, scale, capital-intensive technology, technology upgradation and growth prospects; working capital is driven by nature of business (manufacturing), scale, long production cycle, business cycle (buoyant), credit terms and raw material availability.