Unit 3 Finance and accounts

Business finance provides and manages money for operating, investing and growing. It supports decisions about resources, risk, timing and control.

Finance asks not only whether a project could create value, but whether the business can fund it, survive its cash timing and accept the risk. Capital expenditure builds long-term capacity; revenue expenditure keeps current operations running.

A bakery may want a larger oven to raise output, but the finance decision includes purchase cost, maintenance, expected demand and the cash needed for wages before extra revenue arrives.

Profitability and cash availability are different constraints. A project can look profitable while creating a short-term cash crisis.

Capital expenditure buys or improves a long-term asset; revenue expenditure is the recurring spending needed to operate the business. Sales revenue is income from selling goods or services, possibly through more than one stream.

The classification helps managers forecast capacity, cost and cash timing. A one-off asset purchase may support future output, while rent, energy and wages recur. Revenue can be predictable or volatile depending on customers, prices and the mix of streams.

A gym may earn membership fees and personal-training revenue. A new treadmill is capital expenditure; cleaning and staff wages are revenue expenditure. Mixing them obscures both the investment decision and operating margin.

Capital does not mean “expensive” and revenue does not mean “profit”. Classify by economic purpose, then analyse the timing and effect.

Internal finance is money generated within or introduced into the business: owner’s capital, retained profit or the sale of assets. It avoids an external lender, but it is still scarce and has a cost in what the business gives up.

Retained profit avoids interest and can be arranged quickly, while owner’s savings preserve control. Selling an asset or using sale-and-leaseback releases cash but may remove future capacity or create rental commitments.

A small retailer with retained profit can fund new stock without borrowing, but using all of it may leave no buffer for a cash-flow shock. The appropriate choice depends on amount, timing, existing assets, owner risk and the opportunity cost of other uses.

‘Interest-free’ does not mean free and internal finance is not automatically sufficient. Name the foregone alternative, the liquidity effect and the business purpose before recommending it.

External finance comes from outside the business, including share capital, loans, overdrafts, trade credit, leasing, crowdfunding, micro-finance and business angels. Each source exchanges cash for a different obligation, cost or loss of control.

A long-term loan or share issue can fund land or machinery; an overdraft can cover a short working-capital gap; trade credit delays payment to suppliers. Leasing provides use without ownership, while an angel may bring expertise but also a stake and a voice in decisions.

A start-up choosing crowdfunding must persuade many small investors and deliver the promised product; a secured loan may be cheaper but puts assets at risk if repayments fail. Match the source to cash-flow capacity, risk, control and the size and duration of the need.

There is no universally best external source. Availability, interest rates, collateral, investor expectations and business scale change the decision; do not list advantages without linking them to the case.

Short-term finance covers a temporary working-capital need; long-term finance supports assets or projects whose benefits and repayments extend over years. The term should fit the timing of cash inflows rather than simply the size of the purchase.

An overdraft or trade credit can bridge a seasonal stock purchase, but an overdraft may be called in and interest can rise. A mortgage, long-term loan or share capital is more suitable for a building or major equipment that generates returns over time.

If a café needs cash for ingredients until customers pay, short-term credit may be sensible. Funding a ten-year oven with a one-month facility creates refinancing pressure; funding a brief shortage with a long loan may leave unnecessary interest and restrictions.

‘Short’ and ‘long’ describe duration, not whether a source is internal or external. A recommendation must compare repayment timing, risk, flexibility and the asset or cash-flow cycle.

Fixed costs do not change with output in the relevant range; variable costs change as output changes; total cost is fixed cost plus variable cost. Direct costs can be traced to a product, while indirect costs are shared overheads.

Rent and core administration may remain when output is zero, whereas raw materials and packaging usually rise with units. Variable cost is not guaranteed to rise proportionally: purchasing economies or capacity limits can change the slope.

If fixed cost is $4,000 and variable cost for 500 units is$2,500, total cost is $6,500. A manager can then ask whether an extra unit adds only its direct variable cost or also triggers a new shift, machine or delivery overhead.

Fixed means constant over a chosen activity range, not forever; variable does not mean every cost rises smoothly. Classify the cost in context and state the output range before drawing a conclusion.

Sales revenue is quantity sold multiplied by selling price over a period. Revenue streams are other recurring or occasional inflows such as subscriptions, donations, dividends, sponsorship or advertising.

A business with several products should calculate each quantity–price stream and then add them. Revenue is the top-line inflow; profit still depends on the costs required to earn it and on the timing of cash collection.

If 39,264 packs sell at £8.75 and 4,275 tonnes at £123.95, calculate each stream separately and add the results. A subscription service may have predictable revenue, while donations or advertising depend on different customers and conditions.

Higher revenue does not prove higher profit or liquidity. Check units, price, volume, discounts, timing and the costs attached to the activity before judging performance.

Accounts are structured records that summarise a business’s financial performance and position. They help managers, owners, lenders and other stakeholders judge what has happened, what resources and obligations exist, and what decisions are affordable.

The purpose is not merely compliance: accounts support planning, financing and control. Revenue, costs, profit, liquidity and asset values answer different questions, so the useful statement depends on the decision and the reliability of the underlying records.

A business seeking a loan may need to show stable operating performance and enough liquid resources to service debt. A manager deciding whether to expand also needs forecasts and cash timing, not only last year’s profit figure.

Profit is not cash, and one statement cannot answer every stakeholder question. Historical accounts may also be outdated, aggregated or shaped by accounting judgments, so compare periods and use forecasts or non-financial evidence when the decision concerns future performance.

Final accounts present a period’s financial performance and the business’s position at a point in time. The statement of profit or loss focuses on revenue, expenses and profit; the statement of financial position shows assets, liabilities and equity.

Capital expenditure creates or improves a non-current asset used over more than one period, while revenue expenditure supports day-to-day trading. Depreciation allocates an asset’s cost over its useful life and reduces reported profit without being a cash payment in that period.

A company can report a profit while struggling to pay suppliers if cash is tied up in inventory or receivables. Read the statements together and ask whether the business’s purpose is measuring performance, solvency, liquidity or resources.

A balance-sheet total is not a market valuation, and profit is not the same as cash generated. Read both statements consistently, check the reporting period and accounting policies, and avoid judging liquidity from profit alone.

An intangible asset is a non-current resource without physical substance, such as a patent, licence, brand or development-related right. Its value comes from expected future benefits, not from its material form.

Recognition depends on control, identifiable rights and evidence that future benefits are probable and measurable. The asset may be amortised over its useful life; uncertain internally generated reputation is not automatically recorded as an asset.

A purchased licence used for five years can be allocated as an expense across that period, reducing the carrying amount as benefits are consumed. A valuable idea that cannot be separately controlled may remain an expense rather than a balance-sheet asset.

Intangible does not mean imaginary, and a strong reputation does not automatically become a recorded asset. Goodwill normally arises when one business acquires another for more than the fair value of its identifiable net assets; internally generated reputation may be valuable without meeting recognition criteria.

Depreciation records the falling carrying value of a non-current asset through time, use or obsolescence. Straight-line depreciation spreads depreciable cost evenly; units-of-production depreciation follows measured use.

Straight-line annual depreciation is (historic cost − residual value) ÷ useful life. Under units of production, first calculate depreciable cost per expected unit, then multiply by the units or hours used in the period.

For a €280,000 balloon with €52,500 residual value and a seven-year life, straight-line depreciation is €32,500 per year and the year-one book value is €247,500. A heavily used machine may be better represented by usage-based depreciation.

Depreciation is not a cash payment and it does not necessarily equal current market-price change. Keep historic cost, residual value, useful life and the selected method consistent throughout the calculation.

Method suitability asks whether an asset loses usefulness mainly with time or with use. Straight-line is simple and predictable when decline is even; units of production is more informative when wear tracks output or operating hours.

Straight-line supports stable budgeting but can misstate a vehicle or machine used intensely early and lightly later. Units of production matches usage better but requires reliable activity data and produces less predictable yearly expense.

A pizza oven expected to last 12,000 hours should use usage data if hours drive wear: depreciable cost per hour multiplied by first-year hours gives the expense. A low-use office asset with steady obsolescence may suit straight-line instead.

The method is not chosen only because a formula is easy. Consider obsolescence, usage pattern, materiality, data quality and reporting rules; depreciation still does not prove the asset’s market value.

Profitability ratios show how much revenue becomes profit or how effectively invested capital generates profit. Gross profit margin = gross profit ÷ sales revenue × 100; profit margin uses profit before interest and tax; RoCE = profit before interest and tax ÷ capital employed × 100.

Gross margin focuses on cost of sales, profit margin includes operating costs, and RoCE links profit to long-term finance. Compare a ratio with the same business over time or with similar firms, not with an unrelated sector’s normal structure.

If gross profit is £105,731 on revenue of £124,653, gross margin is about 84.82%. A RoCE calculation also needs capital employed; keep units consistent and show what the percentage means for the business decision.

A high ratio is not automatically healthy: price, quality, risk, leverage and one-off events can change it. Ratios support judgement; they do not replace the accounts or context.

Profitability improves when more of each sales pound becomes profit or when the same capital produces more operating return. Actions should be linked to the ratio that is weak rather than chosen from a generic list.

Gross margin can rise through higher prices, a better product mix or lower direct costs; profit margin also depends on overheads. RoCE can improve by increasing operating profit without new capital or by releasing capital that earns too little.

Bulk buying may reduce unit cost but can increase storage and stock risk; cutting staff may reduce overhead but harm service and productivity. A branch with the lowest RoCE may be a closure candidate, but demand, strategic role and restructuring cost still matter.

Cost cutting is not automatically improvement, and a benchmark such as 20% is not a universal rule. Explain the mechanism, likely side effects and time horizon before recommending an action.

The current ratio = current assets ÷ current liabilities. The acid-test ratio = (current assets − inventory) ÷ current liabilities. The second is stricter because inventory may take time to sell or may realise less than its book value.

A current ratio of 3.07:1 means £3.07 of current assets per £1 of short-term liabilities; if inventory is £8,250 in the same example, the acid test is 1.44:1. Whether that is safe depends on credit terms, stock speed and industry norms.

A stock-heavy retailer can look liquid on the current ratio while struggling to turn stock into cash. Compare both ratios with cash-flow forecasts and the timing of payables rather than treating one threshold as a guarantee.

Liquidity is not profitability and a high ratio can signal idle stock or receivables. Check the quality and timing of current assets, not just the quotient.

Liquidity improves when cash or near-cash assets arrive sooner, short-term obligations are delayed or unnecessary stock is converted into cash. The action must be judged against cost, supplier relationships and future demand.

Collect receivables faster, negotiate longer supplier terms, sell excess stock or add capital can increase available cash. An overdraft or short loan may bridge a temporary gap, but it raises obligations and can be withdrawn.

A retailer may reduce its customer credit period and clear slow stock before a seasonal bill falls due. The improvement is real only if customers do not leave, stock is not sold at a damaging loss and the next cash forecast remains viable.

Selling assets or leasing them can improve immediate cash while creating future payments; raising new capital can dilute control. State the cash-flow timing, trade-off and evidence before calling a measure ‘improvement’.

Efficiency ratios show how effectively a business manages stock, customer credit, supplier credit and long-term finance. Debtor days = debtors ÷ credit sales × 365; creditor days = creditors ÷ cost of sales × 365; stock turnover compares cost of sales with average stock; gearing compares non-current liabilities with capital employed.

Lower debtor days usually means faster collection; higher creditor days can preserve cash but may damage supplier trust. A high stock-turnover rate can indicate efficient sales, while high gearing increases financial risk and interest exposure.

With debtors of €31,200 and credit sales of €241,200, debtor days are about 47.23. Interpret the number against agreed terms, product cycle and industry rather than treating a single benchmark as universally good.

Every efficiency ratio has a trade-off and a denominator that matters. Never compare ratios across unrelated sectors without checking business model, seasonality and accounting definitions.

Use complete, consistent formulas: average stock $=(\text{opening stock}+\text{closing stock})/2$; stock turnover $=\text{cost of sales}/\text{average stock}$, reported as times per year; debtor days $=\text{trade receivables}/\text{credit sales}\times365$; creditor days $=\text{trade payables}/\text{credit purchases}\times365$ (cost of sales may be used only when the course data require that convention); gearing $=\text{non-current liabilities}/\text{capital employed}\times100$. State the convention used and do not mix annual and partial-period figures.

Efficiency improves when a business converts stock into sales, collects receivables or uses capital with less waste and risk. The action should target the ratio’s mechanism, not simply make the number larger or smaller.

Faster invoicing and credit checks can reduce debtor days; better stock forecasting and smaller, more frequent orders can improve stock turnover; negotiated supplier terms can raise creditor days. Each choice changes relationships, service, cost or resilience.

A retailer may clear slow stock and automate reminders, but discounting too heavily can reduce margin and pressuring a key supplier can lose trade credit. Lower gearing may reduce risk while also limiting funds for productive expansion.

A ‘better’ ratio is context-dependent: high creditor days may be late payment, and fast stock turnover may reflect stockouts. Check the target, side effects and cash-flow evidence before recommending a change.

A business is insolvent when it cannot meet debts as they fall due or its liabilities exceed the value of its assets. Bankruptcy is a legal process for an unincorporated owner; a company may instead enter administration or liquidation.

A profitable business can become cash-flow insolvent if money is tied up in stock or receivables, while a temporary loss does not necessarily mean failure if finance remains available. The ownership form changes the legal consequences and who bears the loss.

If suppliers demand payment before a seasonal customer pays, a cash-flow forecast may reveal an immediate gap. Negotiating terms, raising finance or selling assets may help; if recovery fails, administration can protect a company while a plan is attempted, whereas liquidation sells assets and closes it.

Insolvency is not identical to bankruptcy, and one bad ratio does not prove either. Test whether debts can be paid when due and whether liabilities exceed assets, then identify the ownership form and applicable legal process before drawing a conclusion.

Profit is revenue minus the costs recognised for a period; cash flow tracks money actually entering and leaving the business. A firm can report profit while lacking cash because customers have not paid or cash is tied up elsewhere.

Cash-flow forecasts separate inflows, outflows, net cash flow, opening balance and closing balance. Net cash flow = total inflows − total outflows; closing balance = opening balance + net cash flow, and it becomes the next period’s opening balance.

If a month has £2,800 inflows and £4,414 outflows, net cash flow is −£1,614. A positive opening balance can absorb the shortfall, but a later negative closing balance signals when finance or a change in timing is needed.

Profit is not cash and a forecast is not a guarantee. Check collection timing, loan receipts, supplier payments and assumptions before deciding whether the business is safe.

Working capital = current assets − current liabilities. It funds day-to-day activity, but current assets differ in liquidity: cash can settle a bill now, while stock or debtors must first be converted.

A business can be profitable yet cash-poor if it offers long customer credit or holds too much stock. Working-capital management therefore links inventory, receivables, payables and short-term borrowing to the operating cycle.

If current assets are £11.2m and current liabilities £11.5m, working capital is −£0.3m. The firm may need faster collection, stock reduction or negotiated supplier terms, but each can affect service, margin or relationships.

Positive working capital does not guarantee immediate cash and negative working capital is not always fatal in a fast-cash retail model. Interpret the composition, timing and business model.

Liquidity is the ability to pay short-term obligations from available current assets. The current ratio = current assets ÷ current liabilities; the acid-test ratio = (current assets − inventory) ÷ current liabilities.

The acid test removes stock because stock may take time to sell or may realise less than its recorded value. A current ratio of 3.07:1 and acid test of 1.44:1 tell different stories about a stock-heavy firm’s immediate capacity.

Compare ratios with cash-flow forecasts, credit terms and industry practice. A firm with fast customer payments can operate safely with less liquidity than one whose inventory and receivables turn slowly.

Liquidity is not profit and a ratio threshold is not a universal safety line. Check the quality and timing of current assets, upcoming bills and access to finance.

A cash-flow forecast estimates inflows and outflows over a future period so a business can anticipate shortages, surpluses and finance needs. It is useful because each assumption can be changed and the knock-on effect traced.

Carry the closing balance forward as the next opening balance and recalculate after any change in wages, sales, stock or loan payments. Forecasts can support borrowing and planning, but their reliability depends on research, skill and realistic assumptions.

If a new assistant raises monthly wages by £3,000, total outflows, net cash flow and every later closing balance change. The model exposes when the extra cost becomes affordable rather than hiding it in a single annual profit figure.

A precise-looking table is not accurate evidence by itself. Test sensitivity to external shocks, seasonal sales and payment timing, and distinguish an expected balance from money already in the bank.

Investment is spending on an asset or project expected to create future value; profit records performance over a period, while cash flow records the timing of payments and receipts. They can move in opposite directions during growth.

A new machine may require a large cash payment now but later increase capacity, quality or price. Depreciation spreads its accounting cost across years, so reported profit will not mirror the original cash outflow.

A business that buys equipment before sales rise may show a temporary cash squeeze even if the investment is strategically sound. Compare the forecast, funding terms, expected returns and downside rather than rejecting the investment from one month’s balance.

Investment is not automatically good and profit is not proof that cash is available. State the timing, financing and expected mechanism before judging a project.

Cash-flow strategies aim to bring cash in sooner, delay or reduce outflows, or add finance while protecting the business’s ability to operate. The right choice depends on whether the gap is temporary, structural or caused by weak profitability.

Faster invoicing, tighter credit control, selling excess stock, negotiated supplier terms, an overdraft, new capital or sale-and-leaseback can all change cash timing. Each carries a cost: lost customers, lower margins, interest, dilution or future lease payments.

A seasonal café may use a short overdraft before summer receipts, while a business with persistently negative forecasts needs deeper cost, pricing or business-model changes. Recalculate the forecast after each action.

One cash injection does not cure an unprofitable operation, and delaying suppliers indefinitely can destroy creditworthiness. Explain the mechanism, duration and side effects of the strategy.

Payback period measures how long net cash inflows take to recover the initial investment. Average rate of return (ARR) expresses average annual accounting profit as a percentage of the initial investment.

For equal annual net cash inflows, payback $=\text{initial investment}/\text{annual net cash inflow}$. For uneven flows, add yearly net cash inflows until recovery; if $R$ remains at the start of the recovery year and that year's flow is $F$, payback $=\text{completed years}+R/F$. For ARR, calculate $\text{total profit}=\text{total returns}-\text{initial investment}$, then $\text{average annual profit}=\text{total profit}/\text{project life}$ and $\text{ARR}=\text{average annual profit}/\text{initial investment}\times100$.

Use currency units for the investment, returns and profit; report payback in years (and convert the fractional year consistently if months are required) and ARR as a percentage. A shorter payback improves liquidity exposure, while a higher ARR indicates a stronger average accounting return, but the two rankings can disagree because they measure different things.

Payback ignores cash flows after recovery and does not measure total return; ARR uses accounting profit and ignores when returns occur. Compare projects with consistent assumptions, then evaluate forecast risk, finance, capacity, strategic fit and non-financial effects before recommending one.

Net present value is the total of discounted future net cash flows minus the initial investment. Discounting reflects that money received later has a lower present value and that today’s funds could have been used elsewhere.

Multiply each future net cash flow by its discount factor, add the discounted values including the negative initial outlay, then interpret the sign. A positive NPV suggests value at the chosen rate; a negative NPV suggests the forecast return does not cover that opportunity cost.

For a £325,000 project with discounted future inflows of £100,100, £74,400, £56,250, £44,200 and £37,200, the total including the initial outlay is −£12,550. That is a warning under the 10% discount rate, not a guarantee that every non-financial benefit is worthless.

NPV depends on forecast cash flows and the discount rate. It can ignore environmental or strategic value and become misleading when assumptions are weak; show units, timing and sensitivity before accepting the result.

A cost centre is a department or unit judged mainly by the costs it controls. A profit centre is judged by both the revenue it generates and the costs it incurs, so its performance can be compared through profit.

The distinction gives managers a clearer budget and a defined area of responsibility. It can speed local decisions and reveal which units need support, but costs shared across products or locations may be difficult to allocate fairly. A manager should not be blamed for a cost they cannot influence.

For example, a retailer can treat each store as a profit centre while head-office IT and human resources operate as cost centres. Store managers can respond to local demand, while the centre manager monitors whether a sales gain came from genuine performance or simply higher spending.

A profit centre is not automatically a separate business and a cost centre is not ‘unproductive’. Both are control units; the useful question is whether the chosen measures match the manager’s actual decision rights and the organisation’s objectives.

A budget is a financial plan for a stated period. It converts expected activity into planned revenue, costs, staffing, output or marketing spending, then gives managers a reference point for monitoring performance.

Historical budgeting starts with past figures and adjusts for expected changes such as inflation, demand or exchange rates. Zero-based budgeting starts each spending item at zero and requires evidence for every request; it can challenge waste but takes more time and skill.

Departmental budgets are combined into a master budget. A sales forecast may drive production, staffing and marketing plans, so the numbers should be coordinated rather than prepared as isolated targets. Negotiation and available finance also shape the final allocation.

A budget is not a prediction that must be obeyed regardless of context. It is an agreed plan and control baseline; weak data, biased assumptions or a sudden market change can make a technically precise budget poor guidance.

A budget variance is the difference between an actual result and the budgeted result. For revenue or profit, a higher actual figure is favourable; for costs, a lower actual figure is favourable. The same arithmetic sign can therefore mean different things.

Suppose planned revenue is £120,000 and planned costs £80,000, but actual revenue is £135,000 and actual costs £101,000. Budgeted profit is £40,000; actual profit is £34,000, so the profit variance is £6,000 adverse. Higher sales did not prevent a weaker final result because costs rose more.

Investigate the mechanism before acting: a cost variance may reflect waste, an input-price shock or a deliberate quality improvement. An adverse sales variance may point to demand, pricing or promotion, while a favourable cost variance deserves a quality check rather than automatic praise.

‘Favourable’ does not mean ‘good in every respect’, and ‘adverse’ does not prove poor management. Variance analysis identifies a signal; the decision comes from its cause, materiality, trend and effect on the wider objective.

Managers use budgets to allocate scarce resources, set targets and compare actual performance with an agreed plan. Variance analysis then shows where attention, training, reprioritisation or additional investment may be needed.

A department that repeatedly overspends may need a supplier review or process change; one that underspends may have spare capacity—or may be cutting maintenance and damaging quality. Decisions should connect the financial signal to operations, customers and strategy.

Budgets also coordinate departments: a marketing campaign can increase the sales budget while requiring extra production, staffing and working-capital finance. If demand changes suddenly, managers may need to revise the plan instead of protecting an obsolete target.

A budget is not a neutral measure of managerial worth. Targets can motivate, but unrealistic or short-term targets encourage gaming, rivalry or under-investment. Use the budget as evidence alongside context, non-financial indicators and the business’s longer-term aim.