Unit 2: Managing Business AS Activities

A business plan is a documented plan for developing a business. It turns an idea into connected assumptions about what the business will offer, how it will operate and whether it may be financially workable.

The sections should agree. A sales forecast affects staffing, inventory, cash needs and finance; inconsistent assumptions reveal a decision that needs more evidence.

A business plan is relevant when it helps owners or finance providers judge whether a proposal is credible. Its value comes from the reasoning and evidence behind it, not from the document alone.

The plan can later compare actual performance with forecasts and be revised when costs, demand or circumstances change. Relevance therefore depends on current, realistic evidence and the decision being made.

Owner capital is money supplied by the owner; for a start-up this commonly means personal savings accumulated before the business begins. It is an internal source because the funding comes from the owner rather than an outside finance provider.

Personal savings often suit a sole trader or partnership needing a manageable start-up sum. Suitability depends on the amount required, how much of the owner's savings would remain, and the consequences if the business failed.

Retained profit is profit kept in the business after tax and any distribution to owners, so that it can finance future activity. It is internal finance and is available only when the business has traded profitably and chosen not to distribute all the profit.

It can suit equipment, expansion or a new outlet when sufficient profit has accumulated and cash is available. An established business may compare its speed and cost with selling assets or arranging external finance.

Sale of assets raises internal finance by converting resources owned by the business into cash. Suitable candidates are assets no longer required for efficient operation, such as spare equipment, vehicles, premises or usable inventory.

An established business replacing equipment may sell the old asset and put the proceeds towards the new one. This avoids interest and new ownership, but the opportunity cost is the asset's next-best use.

A source of finance is the person or organisation from which funding comes. This differs from the method: a business angel is a source, while the funding supplied might take the method of venture capital or share capital.

Suitability depends on amount, purpose, time period, risk, business stage, legal form and how much control the owner will share. A blend may fit better than one source.

A method of finance describes the arrangement by which funds or assets are provided. The strongest choice matches how long the asset or need will last, when cash returns, the legal form and the owner's tolerance for repayment or shared control.

A long-lived asset may justify a loan or lease; short-lived inventory may suit trade credit or an overdraft. Amount, security, cash-flow reliability and total cost then refine the choice. Several methods can be combined.

Sole traders, partnerships and private limited companies organise ownership differently. The best form depends on the number of owners, desired control, risk, continuity and finance needs.

A business may change form as its market, scale, profitability and finance needs grow. More owners can bring capital and expertise, but decision rights and returns must be shared.

Franchising, social enterprise, lifestyle business and online business describe different ways to organise or operate enterprise. They are not four mutually exclusive legal ownership forms: an online or social business can also be a company or sole trader.

For a franchisor, expansion can use franchisees' capital and local effort; quality control and support are essential because one outlet can affect the shared brand.

Growth to public limited company status allows shares to be offered to and traded by the public. Stock market flotation is the process of bringing shares to a stock exchange, enabling a private company to raise public share capital.

Suitability depends on the scale of finance needed, growth opportunity, existing borrowing options and whether owners value control or established objectives more than rapid expansion.

Unlimited liability means the owner may be personally responsible for business debts, so personal assets can be at risk. Limited liability means shareholders normally risk only the amount invested in shares because the company has a legal identity separate from its owners.

Reduced personal exposure can make shares more attractive and help a company raise finance. It can also alter incentives, but directors still need responsible decisions because the company can fail and creditors can lose money.

Choosing finance begins by removing methods the business cannot legally or practically access, then matching the remaining choices to purpose, duration, cash flow, cost, security and control.

For a short cash gap, compare overdraft or trade credit; for equipment, compare loan, lease, retained profit or a suitable mix. A lender may still require evidence, security or a personal guarantee, so limited liability alone never guarantees access.

Sales volume is the number of units sold during a stated period. Sales revenue is the money generated by those sales before any costs are deducted.

Use consistent units and the price actually charged. If 840 units sell at £12.50 each, sales revenue is £12.50 × 840 = £10,500. If revenue is £10,500 and price is £12.50, volume is £10,500 ÷ £12.50 = 840 units.

Fixed costs do not change with output over the relevant period, while variable costs change as output changes. Classify each cost before calculating totals.

Suppose monthly fixed costs are £2,400, variable cost is £3 per unit and output is 600 units. Total variable cost is £1,800, total cost is £4,200, and average cost is £4,200 ÷ 600 = £7 per unit.

Because sales revenue equals price multiplied by sales volume, a business can try to increase revenue by changing the selling price, the number sold, or both. The demand response determines whether a change works.

Customer retention can also increase repeat purchases. The business should compare the new revenue with added marketing, capacity and service costs, even though this objective focuses on sales.

A sales forecast is an estimate of future sales volume or revenue over a stated period. Its purpose is to make present decisions more coherent before actual demand is known.

A monthly forecast can guide short-term stock and staffing; a longer forecast may support investment. The period, assumptions and range should match the decision. Revising the forecast as evidence changes preserves its usefulness.

A forecast should change only when a factor has a credible route to the business's future sales. The same external change can affect products differently, so context matters.

State the direction and mechanism before changing the figure: higher interest rates may reduce disposable income, lowering forecast volume for a discretionary purchase. A competitor action matters only if customers notice and can switch.

Sales forecasting is difficult because future customer and competitor behaviour is uncertain. The forecast is most vulnerable when the market changes faster than the available evidence.

Businesses can use recent evidence, separate trend from seasonality, state assumptions, prepare ranges or scenarios, and update forecasts. These actions reduce avoidable error but do not eliminate uncertainty.

Contribution per unit is the amount from each sale left after its variable cost. That amount contributes towards fixed costs; only after fixed costs are covered does further contribution create profit.

If a product sells for £5.50 and variable cost is £1.00 per unit, contribution is £4.50 per unit. Selling 100 units creates £450 of total contribution, which is compared with total fixed costs.

The break-even point is the output or sales level at which total revenue equals total cost. At that point the business makes neither profit nor loss.

Suppose fixed costs are £1,000, selling price is £10 and variable cost is £5 per unit. At 200 units, revenue is £2,000 and total cost is £1,000 + (£5 × 200) = £2,000, so 200 units is the break-even output.

After the amount left by one sale is known, break-even becomes a coverage problem: how many identical unit amounts are required to absorb the whole fixed-cost total?

1. Find the amount available from one sale after its variable cost. 2. Use that amount as the divisor of total fixed cost. 3. State the result as units for the specified period. 4. Round a fractional answer upward because the final whole unit is needed to cover the remaining fixed cost.

A trader has fixed expenses of 5,400 LKR. A product sells for 2,000 LKR and incurs 650 LKR variable cost, leaving 1,350 LKR from each sale. The threshold is 5,400 ÷ 1,350 = 4 units.

Margin of safety is the difference between actual sales or output and the break-even level, measured on the same basis and for the same period.

If actual attendance is 198 places and break-even attendance is 112, the margin of safety is 198 - 112 = 86 places. Sales could fall by 86 places before reaching break-even; any further fall would create a loss.

A business can try to widen the margin by increasing sales or reducing break-even through higher contribution or lower fixed costs. Each move has possible demand, quality or cost effects.

A break-even chart normally places output on the horizontal axis and cost or revenue on the vertical axis. Read the labels and scale before interpreting any line.

If actual output is marked, the horizontal distance from break-even to actual output is the margin of safety. A steeper total-revenue line represents more revenue per unit; a steeper total-cost line represents more variable cost per unit, if the axes are unchanged.

Break-even analysis is useful for testing how price, cost and output interact, but its conclusion is only as reliable as the assumptions used.

The model remains valuable for comparing scenarios, setting a minimum sales reference and seeing which assumption matters most. A range of prices, costs and volumes is stronger than one precise point.

A cash-flow forecast estimates cash entering and leaving during each period, then carries the resulting balance into the next period.

Complete the table in order: inflows and outflows, then net flow, then closing balance. Interpret timing as well as totals; a negative period may be manageable if the opening balance is sufficient.

A cash-flow forecast helps a business anticipate when cash may be available or insufficient, so action can be taken before a payment problem occurs.

Usefulness rises when assumptions are evidence-based, receipts reflect credit timing, scenarios are tested and actual cash is compared with forecast. A forecast is especially useful where inflows are concentrated but payments continue throughout the year.

A budget is a financial plan prepared in advance for a stated period. It sets targets for revenue, costs, cash or departmental spending and provides a basis for coordinated action.

Budgets can expose overspending early and help managers decide whether to reduce cost, increase revenue or revise priorities. Comparing periods or units can support performance review when their contexts are genuinely comparable.

A historical budget adjusts previous financial figures, while a zero-based budget starts each period from zero and requires proposed spending to be justified.

A business with new routes, products or large external cost changes may find history less representative. Zero-based review may improve control, but repeated justification can consume management time and overlook long-term capability.

A variance is the difference between an actual figure and its budgeted figure. Calculate the difference, then decide whether it is favourable or adverse from the business's perspective.

If budgeted sales revenue is £295,000 and actual revenue is £302,087, variance is +£7,087 and favourable. If budgeted cost is £50,000 and actual cost is £53,000, variance is +£3,000 but adverse because higher cost is undesirable.

Investigate material variances before acting: higher sales may require higher variable cost, and lower cost may reflect weaker output or quality.

Budgeting is difficult because future figures are uncertain and targets influence behaviour. A technically correct spreadsheet can still guide poor decisions if assumptions or incentives are weak.

Historical budgets can preserve past waste; zero-based budgets can demand excessive justification. Realistic participation, clear assumptions, coordinated targets, variance review and flexible revision can reduce these difficulties.

Profit is the surplus left after relevant costs are deducted from revenue. A statement of comprehensive income separates three stages so the source of a change in profit can be identified.

If revenue is £420,000, cost of sales is £250,000, other operating expenses are £95,000 and interest is £8,000, gross profit is £170,000, operating profit is £75,000 and profit for the year is £67,000. Keep every figure in the same period and currency.

Because profit equals revenue minus costs, a business can seek higher revenue, lower costs, or both. Trace each proposal through demand, quality and relevant cost.

Build the chain in context: a restaurant might raise its fixed-price menu, increasing revenue per diner; but if demand is price elastic, the fall in diners could reduce total revenue. Restricting portions may lower food cost but damage the offer that attracts customers.

Compare the likely size and durability of each effect. A short-term cost cut can lower future revenue, while investment can reduce current profit before improving profitability.

A profit margin expresses a profit stage as a percentage of sales revenue. This relates profit to business scale, allowing comparisons across years or businesses when accounting bases and contexts are reasonably comparable.

Using revenue of £420,000, gross profit of £170,000, operating profit of £75,000 and profit for the year of £67,000 gives 40.48%, 17.86% and 15.95% respectively. Show the formula, substitute the correct profit stage and include the percentage sign.

Profit records revenue earned minus costs incurred for a period; cash records the timing of money entering and leaving. Credit periods and financing therefore make the two figures diverge.

Suppose a service worth £12,000 is completed on 28 June with 60-day credit. June can report the revenue and related profit, but the cash may arrive in August. Wages and rent due in July still require cash, creating a survival risk despite reported profit.

Debtor periods delay receipts; creditor periods delay supplier payments. Managers must coordinate both because employees, lenders and suppliers are paid with cash, not accounting profit.

Liquidity is the ability to meet short-term liabilities as they fall due. A statement of financial position supplies current assets, inventory and current liabilities for two related ratios.

If current assets are £180,000, inventory is £60,000 and current liabilities are £100,000, the current ratio is 1.8:1, the acid test ratio is 1.2:1 and working capital is £80,000. The acid test removes inventory because it may take time to sell and convert into cash.

Working capital is current assets minus current liabilities. It supports commitments while cash moves from purchasing inputs to collecting customer payments.

Rapid growth can create overtrading: orders and reported profit rise, but inventory, wages and receivables must be funded before customers pay. A service business with prompt customer payment may need less working capital than a manufacturer with long production and credit periods.

Manage the whole cycle. Factoring accelerates receivables but costs a fee; longer supplier terms delay outflow but may weaken relationships; JIT releases inventory cash but depends on reliable supply.

Internal causes arise within the business and are open to management action. They often reinforce one another, so explain causal chains rather than listing labels.

One weakness can amplify another: overestimated sales may create excess inventory; tied-up cash then makes supplier payment harder; supply disruption lowers quality or availability and reduces future revenue.

Importance depends on context. Quality may be critical to a marketplace with many sellers, while cash timing may dominate a fast-growing firm offering long credit. Controls reduce risk but cannot remove external shocks.

External causes originate outside the business's direct control. Failure usually occurs through their effects on demand, revenue, cost, cash or access to essential resources—not from the label alone.

Managers can diversify suppliers or markets, hold suitable liquidity reserves, insure selected risks, reduce debt exposure, monitor regulation and prepare continuity plans. These actions change vulnerability and recovery speed without controlling the original event.

Compare the shock's scale and duration with the business's exposure and response. Strong competitors are external, but failure to update a product or marketing offer is internal. The most defensible judgement often considers how both categories interacted.

A production method determines how work and resources are organised. The best fit depends on output volume, variety, customisation, skill, capital and required speed.

Job production can create pride and meet individual specifications. Batch spreads set-up over several units. Flow can produce consistently at speed. Cell production can reduce movement, strengthen ownership and identify quality problems within a team.

Productivity relates output to one unit of input during a stated period. Labour productivity and machine productivity therefore need an identified input and consistent time unit.

If 8 employees produce 960 units in a 6-hour shift, labour productivity is 960 ÷ 8 = 120 units per employee per shift, or 20 units per employee-hour. A machine producing 12.5 units per minute needs 70,000 ÷ 12.5 = 5,600 minutes, or 93.33 hours.

A business is productively efficient when it produces output at the minimum possible average cost, making effective use of labour, capital and materials.

If annual total cost is $420 million and output is 26 million items, average cost is$420m ÷ 26m = $16.15 per item. The calculation describes current unit cost; efficiency asks whether resources could produce that output at a lower average cost.

Labour-intensive production relies mainly on human effort and skill; capital-intensive production relies mainly on machinery, equipment or technology. Most businesses use both, so the distinction is about relative emphasis.

A handmade product may support differentiation and premium pricing, while automation may reduce unit cost once output is high enough. A hybrid can allocate precise repetitive stages to machinery and complex finishing or service to skilled employees.

Product lead-in time is the time from obtaining inputs and beginning development or production to making the finished product available to the customer. Shorter time can create competitive advantage in dynamic markets.

Lead-in time can fall through nearby or reliable suppliers, flexible teams, digital information, modular design and efficient production. These choices may also reduce inventory, but the business must preserve specification, safety and quality.

Speed matters most where tastes change quickly or customers value prompt delivery. It may matter less for bespoke products where customers accept waiting for craftsmanship, or where faster production raises defects and returns.

Capacity utilisation is the percentage of maximum possible output that a business actually achieves during the same period.

A restaurant that serves 1,110 lunchtime customers when it could serve 1,500 has utilisation of (1,110 ÷ 1,500) × 100 = 74%. A bus carrying 19 passengers from 45 seats has (19 ÷ 45) × 100 = 42.22%.

Under-utilisation means resources exceed current output needs; over-utilisation means resources operate so close to their limit that they become overstretched.

Under-utilised transport may retain frequent departures because convenient times protect market share and cope with seasonal peaks. Over-utilised production may postpone maintenance or training, increasing defects and making it impossible to meet an additional order.

The effect depends on duration, demand variability, cost structure and service promise. Some spare capacity is resilience; persistent spare capacity may be wasteful. Near-full use can be efficient briefly but fragile if there is no room for disruption.

Capacity utilisation can be improved by bringing actual output and maximum capacity into a more suitable relationship. The required direction depends on whether capacity is under- or over-used.

Match the response to the cause and expected duration. Flexible working or shared space can absorb variable demand without a permanent capacity commitment; expansion is stronger when demand is durable and finance is available.

An inventory control diagram normally places time on the horizontal axis and inventory level on the vertical axis. Falling lines show use; vertical rises show deliveries.

Read the axes and scale first. Trace backward from a delivery to the earlier point where the re-order level was reached. If inventory rises from 25 to 95 units, the order quantity is 70 units; if re-order occurs in week 3 and delivery in week 8, lead time is 5 weeks.

Buffer inventory is an emergency reserve held above zero to reduce the chance that unexpected demand or delayed supply stops sales or production.

A business with unreliable suppliers, long lead times or costly stock-outs may justify a larger reserve. A seller of perishable goods, a firm with stable rapid replenishment, or a business short of cash may prefer a smaller one.

Choose buffer size by comparing the probability and consequence of shortage with holding cost. Better forecasting, supplier reliability and shorter lead time can reduce the reserve needed without accepting the same stock-out risk.

Inventory control aims to hold enough inputs or finished goods for operations and sales without holding an unnecessarily costly surplus.

For a seasonal seller, excess stock after the event may have little resale value, while shortage during the event permanently loses the sales opportunity. The same quantity can therefore be too high after demand and too low before it.

Use updated demand evidence, accurate records, re-order levels, stock rotation, supplier lead-time monitoring and appropriate buffers. Each control has administrative cost, so precision should match the inventory's value and risk.

Just in time (JIT) arranges for inputs to arrive shortly before they are needed, keeping raw materials, work in progress and finished inventory to a minimum.

JIT is stronger where suppliers are nearby or dependable, lead times are short, information is accurate and production is coordinated. A business facing long, uncertain international supply or safety-critical availability may retain buffer inventory.

JIT supports waste minimisation and lean production because excess materials and waiting are reduced. Its success comes from process reliability, not merely ordering less inventory.

Waste minimisation reduces materials, time, energy, movement and output that do not add value for the customer. This can improve efficiency and lower unit cost.

Perishable inputs, uncertain sales and long transport make waste harder to control. Historical demand, modern tracking, chilled storage and using older stock first may reduce losses, but each method has a cost.

Lean production is an approach that removes activities and resources that do not add customer value while preserving the quality and flow customers require.

Lower material, space, time and defect costs can support lower prices or higher margins. Faster, more reliable delivery and consistent quality can strengthen reputation, repeat purchase and differentiation.

Competitive advantage depends on implementation and rivals. JIT can fail when supply is unreliable; fewer resources can leave no recovery margin; training and redesign cost money. A large rival may match the savings or compete through a different strength.

Quality means how well a product or service does what it is intended to do. Control, assurance and quality circles improve it through different responsibilities and timing.

Assurance may suit complex or high-value output where prevention matters; final control can remain useful in mass production or for safety checks. Circles are strongest where employees understand the process, can collaborate and trust managers to respond.

Total Quality Management (TQM) is an organisation-wide culture in which every employee and process is responsible for meeting customer requirements and preventing defects.

Fewer recalls, returns and repairs can reduce waste and cost; reliable output can strengthen trust and repeat purchase. TQM is especially valuable where a fault is costly or damages a warranty and reputation.

Implementation needs leadership, time, training, reliable data and employee commitment. It may initially add cost or slow a process, and production-focused TQM cannot by itself correct a poor product design or missing customer demand.

Kaizen is continuous improvement through frequent, incremental changes suggested and implemented close to the work. It treats today's process as capable of becoming better.

Small changes usually require less finance and disruption than a major redesign. Participation can improve motivation and reveal practical problems managers cannot see, while accumulated gains can reduce waste and unit cost.

Managers need to listen, provide time and feedback, share useful measures and avoid punishing the reporting of problems. Some situations still require a radical technology or capacity change rather than incremental adjustment.

Quality management can create competitive advantage by delivering a product or service consistently at the level customers expect, making the business more attractive than rivals.

Importance varies with product risk, price, customer expectations and ease of switching. For an expensive technical product, failure and return costs make quality crucial; in another market, speed, price or range may matter more.

Quality and speed can reinforce one another: preventing defects avoids rework and shortens delivery. They can also conflict if rushed output weakens checking. The strongest system manages both rather than assuming one universal priority.

Economic influences change the environment in which a business buys, finances, produces and sells. Trace the effect through the business rather than assuming every firm moves identically.

Effect size depends on debt, savings, import/export exposure, necessity versus discretion, customer income and price sensitivity. A food retailer may see stable total demand but movement between premium and value ranges.

Legislation creates legal requirements that businesses must follow. Analyse the operational change, its cost or opportunity, the affected stakeholder and the consequence for demand, risk or profit.

The same law can raise short-term cost yet improve long-term reputation, reliability or entry barriers. Impact depends on existing compliance, firm size, workforce, product risk and whether all rivals face the same rule.

Competition is rivalry among sellers seeking customers, sales, market share or profit. Its effect depends on how many rivals exist, their scale and the actions they take.

Impact is greatest when customers see offers as close substitutes and can switch easily. Loyalty, differentiation, reputation, regulation and market growth can reduce or redirect the pressure.

A small business often cannot match a large rival's purchasing power, advertising reach or capacity. It can compete by choosing customers and benefits that reward focus and flexibility.

Choose a coherent combination. A specialist offer plus credible service can support a premium; focused promotion makes the target aware of it. Competing only through low price may require a sales volume the small firm cannot sustain.