| Syllabus Section | Key Sub‑topics | Assessment Objectives (AO) Alignment |
|---|---|---|
| 1 Understanding Business Activity | Business objectives, types of business, profit vs non‑profit, stakeholders, external influences | AO1 – define terms; AO2 – apply to case studies; AO4 – evaluate business decisions |
| 2 People | Organisational structure, motivation theories, leadership styles, HR planning, recruitment, training, health & safety | AO1 – list concepts; AO2 – illustrate with examples; AO3 – analyse impact on performance; AO4 – evaluate HR policies |
| 3 Marketing | Market research, market segmentation, marketing mix (4 Ps), pricing strategies, promotion, distribution channels, product life‑cycle | AO1 – state definitions; AO2 – apply to real‑world products; AO3 – interpret market data; AO4 – assess marketing effectiveness |
| 4 Operations Management | Production methods, costs & break‑even analysis, sustainable production, quality control & assurance, location decisions | AO1 – define; AO2 – use case‑studies; AO3 – calculate & interpret data; AO4 – evaluate trade‑offs |
| 5 Finance | Sources of finance, cash flow, budgeting, break‑even, ratio analysis, investment appraisal | AO1 – list finance options; AO2 – apply to business scenarios; AO3 – analyse financial statements; AO4 – evaluate financial decisions |
| 6 External Influences | Economic, political, legal, social, technological, environmental (PESTLE) factors; globalisation, ethics | AO1 – identify influences; AO2 – link to case‑studies; AO4 – evaluate impact on strategy |
Discuss how a sole trader’s objective of “survival” might conflict with a public company’s objective of “maximising shareholder wealth”.
A fast‑growing tech start‑up expects to double its staff in 12 months. Recommend two recruitment methods and evaluate their suitability.
| Product | Price | Place | Promotion |
|---|---|---|---|
| Features, quality, branding, eco‑design, life‑cycle. | Cost‑plus, competition‑based, price‑skimming, penetration, psychological pricing. | Direct sales, retail, e‑commerce, distribution channels, logistics. | Advertising, sales promotion, public relations, personal selling, digital marketing. |
Analyse the advantages and disadvantages of using a price‑skimming strategy for a new smartphone.
A start‑up sports‑shoe brand launches a limited‑edition sneaker. Job production suits the low volume and unique design. As demand rises, the firm could shift to batch or lean production to lower unit costs while retaining flexibility.
| Cost Type | Definition | Example |
|---|---|---|
| Fixed cost (FC) | Does not vary with output level | Rent, salaries of supervisors |
| Variable cost (VC) | Changes directly with output | Raw material, direct labour per unit |
| Total cost (TC) | FC + VC | £50 000 + (£5 × units) |
| Average cost (AC) | TC ÷ units produced | £10 per unit at 5 000 units |
| Marginal cost (MC) | Cost of producing one additional unit | £5 for the next shoe |
Assume:
Contribution per unit = £50 − £30 = £20
BEP (units) = Fixed Costs ÷ Contribution per unit
BEP = £120 000 ÷ £20 = 6 000 units
At 6 000 units the business makes no profit and no loss. Any sales above this level generate profit.
Explain how a 10 % increase in the selling price would affect the break‑even point and why this is important for decision‑making.
| Method | Typical Advantages | Typical Disadvantages |
|---|---|---|
| Energy efficiency | Lower energy bills; reduced carbon emissions | May require capital‑intensive upgrades (e.g., new machinery) |
| Renewable energy | Long‑term cost stability; positive public image | High upfront cost; intermittency (need storage or backup) |
| Waste minimisation | Reduced disposal fees; material cost savings | Requires new processes and staff training |
| Eco‑design (product life‑cycle) | Product differentiation; longer product life‑cycle | Design phase may be longer and more expensive |
| Lean production | Higher efficiency; lower inventory costs | Implementation can be disruptive to existing workflow |
| Supply‑chain sustainability | Improved brand credibility; risk reduction | Limited supplier options; possible higher purchase price |
A factory uses 500 000 kWh of electricity per year at £0.15 per kWh (£75 000 total). Installing high‑efficiency motors cuts consumption by 12 %.
Students should discuss whether a 3‑year pay‑back meets the company’s short‑term profit targets (AO4).
Analyse how the potential price increase (Disadvantage 5) could affect market share, profit margin, and the company’s long‑term sustainability goals. Suggest two strategies to mitigate any negative impact.
Compare the short‑term cost of implementing ISO 9001 certification with the long‑term benefits of reduced waste and improved brand reputation.
A clothing manufacturer is considering two sites: Site A (low rent, poor public transport, high carbon‑intensity electricity) and Site B (higher rent, excellent rail links, access to solar farms). Which site should it choose if the company’s strategic goal is to become carbon‑neutral within five years? Justify your answer.
| Source | Type | Key Features |
|---|---|---|
| Owner’s capital | Internal | No interest; risk limited to owner’s investment. |
| Bank loan | External – debt | Fixed interest, regular repayments, collateral often required. |
| Hire‑purchase | External – debt | Asset purchased in instalments; ownership transfers at final payment. |
| Equity finance (share issue) | External – equity | Shares sold to investors; no fixed repayments but dilution of control. |
| Retained earnings | Internal | Profits reinvested; no external interest. |
| Government grant | External – non‑repayable | Often tied to specific projects (e.g., green technology). |
Key ratios for AO3 evaluation:
Assess the suitability of a government grant for renewable‑energy equipment compared with a bank loan, considering risk, cost of capital and impact on control.
| Factor | Key Elements | Typical Business Impact |
|---|---|---|
| Political | Tax policy, trade restrictions, subsidies, stability | Changes in tax rates affect profit; subsidies may encourage green investment. |
| Economic | Inflation, exchange rates, interest rates, economic growth | Inflation raises costs; exchange‑rate moves affect import/export profitability. |
| Social | Demographics, lifestyle trends, health consciousness | Growing demand for sustainable products; ageing population influences service demand. |
| Technological | Automation, e‑commerce, R&D, digitalisation | Automation can reduce labour costs; digital channels open new markets. |
| Legal | Employment law, health & safety, environmental regulations | Compliance costs; failure can lead to fines and reputational damage. |
| Environmental | Climate change, resource scarcity, waste legislation | Pressure to adopt sustainable production; potential carbon taxes. |
Evaluate how increasing consumer awareness of climate change (Social & Environmental factors) could influence a multinational’s decision to locate a new plant in a country offering green‑energy incentives.
| Term | Definition (Cambridge wording) |
|---|---|
| Energy efficiency | The practice of using less energy to produce the same level of output. |
| Renewable energy | Energy obtained from sources that are naturally replenished (e.g., solar, wind, hydro). |
| Waste minimisation | Reducing the amount of waste generated through recycling, re‑use and better design. |
| Eco‑design (product life‑cycle design) | Designing products so they have a long life, are easy to repair, and can be recycled at the end of their life. |
| Lean production | A production approach that seeks to eliminate all forms of waste, using techniques such as just‑in‑time (JIT) inventory. |
| Supply‑chain sustainability | Ensuring that suppliers also adopt environmentally friendly practices. |
| Break‑even point (BEP) | The level of output at which total revenue equals total cost; no profit, no loss. |
| Quality control (QC) | Activities that check the quality of output, such as inspection and statistical process control. |
| Quality assurance (QA) | Systematic processes that aim to prevent defects from occurring. |
| Just‑in‑time (JIT) | A lean‑production technique where materials arrive exactly when needed, minimising inventory. |
| PESTLE | A framework for analysing Political, Economic, Social, Technological, Legal and Environmental influences on a business. |
Raw‑material sourcing → Eco‑design → Energy‑efficient & lean manufacturing → Waste minimisation & recycling → Product use → End‑of‑life collection → Remanufacture / recycling → (back to) raw‑material sourcing.
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