Unit 3: Business A2 Decisions and Strategy

A mission statement expresses a business's broad purpose; corporate aims give its general long-term direction; corporate objectives translate that direction into specific results the whole business intends to achieve.

Useful objectives are commonly SMART: specific, measurable, achievable, relevant and time-bound. Relevance keeps the objective linked to the mission; measures and deadlines make progress reviewable. Functional objectives then align marketing, people, finance and operations with the corporate result.

A mission statement is useful when it gives stakeholders a credible sense of purpose and direction, but critical appraisal asks whether the words influence real decisions rather than merely sounding positive.

A credible mission can coordinate employees, support motivation, signal priorities to investors and customers, and provide a reference point for setting objectives. Its value rises when leaders communicate it consistently and use it to choose between alternatives.

Ansoff's Matrix classifies growth by whether products and markets are existing or new; Porter's Strategic Matrix asks how a business will gain competitive advantage across a broad or narrow market. They are decision frames, not automatic answers.

A drinks producer launching a new flavour to existing customers is product development in Ansoff. It could pursue that growth through differentiation if the flavour creates valued uniqueness, or through cost leadership only if its system can deliver sustainably lower cost at broad scale. A focused version targets a narrow segment.

The aim of portfolio analysis is to compare a business's products or business units so managers can decide where to invest, maintain, harvest or withdraw resources. The Boston Matrix uses market growth and relative market share as its two dimensions.

A balanced portfolio can use cash generated by established products to support promising products that need investment. It can also reveal excessive dependence on one market and prompt innovation or withdrawal decisions.

A strategic decision is long term, organisation-wide and directed at an overall objective; a tactical decision is a shorter-term action used to implement or adjust that strategy. Both can change human, physical and financial resources.

Analyse the chain rather than naming a resource. For example, a long-term move into online direct sales may require software and distribution investment, staff retraining and finance before revenue grows. A tactical launch promotion then uses a smaller budget to support that strategic channel decision.

SWOT organises evidence into internal strengths and weaknesses that the business can influence, and external opportunities and threats to which it must respond. Its value comes from using the diagnosis to choose action.

A small manufacturer might pair engineering expertise (strength) with growth in electric vehicles (opportunity), while treating limited investment funds (weakness) as a constraint and supply disruption (threat) as a reason to diversify suppliers. This turns a list into a strategic choice.

PESTLE scans political, economic, social, technological, legal and environmental influences outside the business. Application means tracing a relevant change into demand, cost, operations, risk or strategic opportunity - not merely naming its category.

Prioritise by likely size, timing, probability and the business's exposure. A technological shift may expand customer access but require investment; the net effect depends on adoption, competitor response and whether the firm has the skills and finance to exploit it.

A competitive environment is dynamic when the rivals, customer choices, costs, technology, routes to market or entry conditions affecting rivalry change over time. The business must trace what changed, how behaviour may respond and which advantage remains defensible.

Impact depends on switching costs, brand loyalty, cost position, spare capacity, speed and finance. A premium airline may resist price pressure through service and reputation, while still improving fuel efficiency to protect cost resilience.

Porter's Five Forces analyses pressures shaping an industry's potential profitability. Stronger forces usually make it harder to keep prices above costs, but their importance depends on the market and can change.

A growing market may attract entrants, while brand and scale raise barriers. A product can face rivals and substitutes at the same time; buyers' ability to switch determines how much those alternatives matter. Compare forces and identify the one most capable of changing margin or strategic freedom.

Growth objectives target cost, bargaining power, market presence or financial return. Benefits reinforce one another only when scale is efficient and demand supports added output.

Lower average cost can support lower prices or wider margins and build share, but investment may precede returns. Judge success by the objective, time horizon and net effect on cost, revenue and risk.

Organic growth expands a business through its own operations; inorganic growth combines with or gains control of another business. The distinction concerns the route to growth, not whether the final business is large or successful.

Opening a new branch, launching a product or entering a country through the firm's own investment is organic. Buying an established business in that country is inorganic because growth comes from acquiring an existing organisation.

A business grows organically when it expands its own operations rather than merging with or taking over another firm. Each method must create additional customers, sales or productive capacity.

A retailer opening its own stores abroad adds locations and reaches a new geographic market. It must recruit people, establish supply and build awareness; growth occurs only when the added capacity produces sustainable sales.

Organic growth can be easier to control because the business expands its existing organisation step by step, but its slower pace may leave opportunities to faster rivals. Evaluation depends on finance, market speed and internal capability.

Organic growth is attractive when the business has a proven model, transferable capabilities and time to build demand. It is weaker when rapid entry, scarce technology or an established distribution network is essential and cannot be developed quickly.

A merger usually joins businesses by agreement into one organisation; a takeover occurs when one business buys control of another. Both are inorganic growth and can add assets, capabilities and revenue quickly.

Other motives include entering a market, accessing technology, staff, intellectual property or distribution, removing a rival and creating synergy from complementary resources. The intended reward may be immediate revenue, stronger market power or lower average cost.

Financial risks include the purchase price, interest or depleted cash, integration spending, redundancies, duplicated assets and underperforming acquired operations. Rewards arise only if added revenue and cost savings exceed acquisition and integration costs.

Inorganic growth can transform a business quickly by adding an established organisation, but the price paid and the ability to integrate it determine whether the expected advantages become real.

Evaluate strategic fit, purchase finance, integration plan, culture, regulation and opportunity cost. A costly takeover can still succeed if it supplies capabilities that would take too long to build; a cheap deal can fail if customers, staff or systems are lost.

Diseconomies of scale occur when expansion beyond an efficient size causes average cost per unit to rise. The problem is not high total cost alone: cost must increase faster than output.

If total cost rises from £800,000 for 100,000 units to £1,020,000 for 120,000 units, average cost rises from £8 to £8.50. Output grew, but coordination and operating costs grew faster.

As a business grows, more employees, departments, sites and management layers create additional communication routes. Information can become slower, distorted, inconsistent or detached from the people who need to act on it.

Clear responsibility, suitable channels, shared systems, concise reporting and deliberate feedback can reduce the problem. For example, a single inventory record helps sales and operations act on the same data, while local authority avoids waiting for every decision from headquarters.

Overtrading occurs when sales grow faster than the working capital and operating capacity needed to support them. A business can be profitable on paper yet run out of cash before customers pay.

Warning signs include persistent overdraft use, late supplier payments, rising receivables, inventory strain, rushed quality and rejected orders despite growing sales. Working capital equals current assets minus current liabilities, but the timing and convertibility of those balances also matter.

A business can slow growth, negotiate supplier credit, collect customer cash sooner, improve inventory control, raise longer-term finance or phase capacity. The remedy must finance the cash cycle without destroying profitable demand.

A moving average smooths short-term fluctuations so the underlying direction of a time series is easier to see. Use the number of consecutive observations named in the question and keep the original unit.

For annual percentages 65, 66 and 72, the three-period moving average is (65 + 66 + 72) / 3 = 67.67%. Then move the window forward one period and repeat; do not reuse a three-year total as though it were a single observation.

Compare successive moving averages: a rising series indicates an upward trend after irregular variation has been smoothed. The calculation describes the historical trend; it does not by itself explain why sales changed.

A scatter graph plots paired observations. The direction and closeness of the points show correlation; a line of best fit represents the general relationship and can be extended to estimate a future value.

Identify the input value, move to the line of best fit, then read the estimated output from the other axis. Interpolation stays within observed data; extrapolation extends beyond it and assumes the past relationship continues.

If the fitted line links advertising expenditure to sales, a future advertising budget can be mapped to an estimated sales figure. State it as an estimate and use the axis scale and units precisely.

Quantitative forecasting converts historical data into a numerical trend, but its apparent precision depends on the relevance, quality and stability of the data and assumptions.

A forecast is more useful when past forecasts were accurate, the data are recent and comparable, and the business tests alternative assumptions. It is less useful in a rapidly changing market or over a long extrapolation distance.

The simple payback period is the time taken for forecast net cash inflows to recover the initial investment. A shorter payback normally means the cash is recovered sooner and is exposed to uncertainty for less time.

An investment of £120,000 returning £30,000 each year has a payback of £120,000 / £30,000 = 4 years. If £15,000 remains after year 3 and year 4 brings £30,000, payback is 3 + 15,000/30,000 = 3.5 years, or about 3 years 6 months.

Compare the result with the firm's target payback and with alternatives calculated on the same basis. Faster recovery can support liquidity, but does not establish which project creates the most total return.

Average accounting rate of return (ARR) compares the average annual profit generated by a project with its initial investment and expresses the result as a percentage.

ARR (%) = (average annual profit / initial investment) × 100, where average annual profit = total forecast profit over the project's life / number of years.

If total forecast profit is £287,550 over 6 years and the initial investment is £150,000, average annual profit is £47,925 and ARR = (£47,925 / £150,000) × 100 = 31.95%.

A higher ARR is normally preferred and should be compared with the firm's required return or other projects. The percentage helps compare projects of different scale, provided profit definitions and time periods are consistent.

Discounted cash flow recognises that money received later is worth less than money received now. Net present value (NPV) compares the present value of forecast net cash flows with the initial cost.

If the discounted cash inflows total £21,635 and the machine costs £10,000 now, NPV = £21,635 − £10,000 = £11,635. A positive NPV means the forecast return exceeds the return represented by the chosen discount rate.

With comparable risk and assumptions, a higher positive NPV is financially more attractive; a negative NPV fails to meet the chosen discount rate. The result remains a forecast, not cash already earned.

Investment appraisal figures are useful only when their meaning is matched to the decision. Payback focuses on recovery time, ARR on average profit relative to investment, and NPV on value after discounting future cash flows.

First confirm that figures use comparable time periods, costs and assumptions. Then connect the result to the firm's objective: a cash-constrained firm may value rapid payback, while a long-term investor may give greater weight to NPV.

A method can rank alternatives differently because it measures a different feature. Use the figures together with project scale, risk, finance and strategic fit rather than searching for one universally decisive number.

All investment appraisal methods simplify an uncertain future. Their usefulness depends on the accuracy of cash-flow or profit forecasts and on whether the technique matches the firm's objective.

Forecast error matters more for a large, long-lived or irreversible project. Sensitivity testing, comparison of methods, experienced estimates and qualitative analysis can improve the decision, but cannot remove uncertainty.

A decision tree displays alternative choices and uncertain outcomes in a sequence. It makes the assumptions visible so managers can compare options consistently.

Draw choices from left to right. After each choice, add its possible outcomes, label probabilities and returns, and check that mutually exclusive probabilities at each chance node sum to 1. Put any initial cost on the relevant option.

Work back from right to left after calculating expected values. The tree helps compare alternatives, but the final recommendation should also test whether the inputs and omitted qualitative factors are credible.

Expected monetary value (EMV) is the probability-weighted average financial outcome. Calculate it at each chance node, then deduct the initial cost of the option to compare net expected values.

EMV at a chance node = Σ(probability × financial outcome). Net expected value of an option = EMV − initial investment cost.

Option A has a 0.4 probability of £7m and a 0.6 probability of −£1m: EMV = (0.4 × £7m) + (0.6 × −£1m) = £2.2m. If a separate initial cost exists, subtract it once after weighting the outcomes.

On the quantitative evidence alone, choose the option with the highest net expected value. Then consider the range of outcomes, affordability, time, strategic fit and reliability of the probabilities before making a recommendation.

A decision tree structures uncertainty and makes alternatives comparable, but its numerical result is only as credible as the estimated probabilities, returns and choices included.

The technique is strongest for clearly defined alternatives with defensible probabilities and comparable monetary consequences. It is weaker for novel, long-term decisions dominated by human response or external shocks.

Critical path analysis (CPA) represents a project as linked activities with durations and dependencies. Its purpose is to identify the minimum completion time and the activities that cannot be delayed without delaying the whole project.

CPA can coordinate a building project, factory change or marketing launch. Managers can see where a delayed critical activity will affect every dependent activity and where resources might be reallocated.

A project network links activities in dependency order. Complete a semi-finished network, calculate timings through it, and identify the route whose activities determine the minimum project duration.

A delay to a critical activity delays the project unless time is recovered elsewhere on the critical path. A non-critical activity may be delayed only up to its available float before it becomes critical or affects a successor.

Earliest start time (EST) is found by a forward pass; latest finish time (LFT) is found by a backward pass. Together they show how much an activity can slip without delaying the project.

If an activity starts from an event with EST 8, lasts 4 weeks and ends at an event with LFT 16, total float = 16 − 4 − 8 = 4 weeks. Zero float indicates a critical activity.

The start event normally has EST 0. At the final event, EST and LFT equal the minimum project duration. At a merge use the largest forward value; at a split use the smallest backward value.

CPA is a planning model. Errors in activity duration, dependencies or resource assumptions can make the calculated completion date and float misleading.

CPA is more useful for familiar, divisible projects with reliable estimates and active monitoring. Managers should update the network, build contingencies and combine timing information with cost, quality and risk controls.

Contribution is the amount remaining after variable costs are deducted from sales revenue. It first contributes toward fixed costs; only contribution above total fixed costs becomes profit.

Contribution isolates the extra amount generated by a product or decision before fixed cost allocation. This helps analyse product mix, pricing, special orders and whether limited capacity should be used for one option rather than another.

Contribution must be calculated with consistent units. Find per-unit contribution for a single product decision or total contribution when assessing the overall result.

Contribution per unit = selling price per unit − variable cost per unit. Total contribution = contribution per unit × output. Profit = total contribution − fixed costs.

If a product sells for £50, variable cost is £32 and 4,000 units are sold, contribution per unit is £18 and total contribution is £72,000. With fixed costs of £55,000, profit is £17,000.

Higher total contribution provides more toward fixed costs and profit, but output, capacity use and any additional fixed cost must be included. When a scarce resource constrains output, compare contribution per unit of that limiting factor.

Contribution analysis asks how a decision changes revenue and variable cost, then whether the resulting contribution is sufficient given fixed costs, capacity and alternatives.

A special order at £28 with variable cost £22 adds £6 contribution per unit if spare capacity exists. It may help cover fixed costs, but displacement of regular sales or an added fixed setup cost could reverse the decision.

Use contribution for the incremental financial effect, then test demand, capacity, opportunity cost, quality and strategy. The recommendation should state which assumptions make the decision worthwhile.

Corporate culture is the shared values, assumptions and accepted ways of working that influence decisions and behaviour. Its strength describes how widely and deeply those expectations are shared, not whether they are desirable.

A strong culture can support success when its values fit the strategy and are reinforced by leaders, recruitment and rewards. Growth, different sites or subcultures may weaken consistency, while market demand and operational competence still matter alongside culture.

Power, role, task and person cultures classify the dominant way authority, work and individual interests are organised. Classify from evidence rather than from the business's size or industry alone.

A firm may contain a role culture in compliance, task culture in product development and power culture around its founder. Identify the dominant pattern for the decision or unit being analysed and explain the evidence.

Culture develops over time as leaders and systems repeatedly signal which behaviour is expected, rewarded and tolerated. Employees learn it from decisions and daily practice as well as formal statements.

If a founder prioritises customer service, recruits for empathy, trains staff to solve complaints and rewards retention, the same value is reinforced through several systems and may become a shared assumption.

Changing culture requires more than announcing new values. Existing goals, roles, processes, rewards, communication, attitudes and assumptions form an interlocking system that can pull behaviour back toward the old pattern.

Change is more credible when the business explains the strategic need, involves affected employees, aligns leaders and rewards, develops new capability and reinforces consistent behaviour over time. The appropriate pace depends on urgency, workforce trust and how deeply the old culture is embedded.

A stakeholder is an individual or group with an interest in, involvement in or influence over a business's decisions and outcomes. Internal stakeholders operate within or own the organisation; external stakeholders are outside it but are affected by or can affect it.

Classification is only the first step. Identify each group's interest, power and ability to influence objectives—for example through purchasing, voting, negotiation, finance, employment decisions or public pressure.

Stakeholder objectives are the outcomes a group wants from the business. They arise from the group's relationship, exposure to risk and ability to influence the decision.

Objectives can complement one another: investment in quality may help customers, employees and long-term shareholder returns. They can also conflict when one group's gain changes prices, costs, risk or control for another. Stakeholder mapping compares each group's power and interest so attention matches the decision.

A stakeholder model considers the effects of objectives and decisions on all relevant stakeholder groups. A shareholder model focuses the business on returns to its owners, particularly dividends and increasing share value.

The models need not always prescribe opposite actions. Better employee conditions or responsible sourcing can serve wider stakeholders and strengthen long-term profit; the distinction lies in whose interests are treated as ends rather than only as routes to shareholder return.

Conflict occurs when a profit-based shareholder objective and a wider stakeholder objective require incompatible resource uses or distributions of costs and benefits.

Trace both sides through time. Lower current dividends may protect long-term shareholder value through trust, staff retention or lower risk; an expensive initiative with little impact may simply transfer value from owners.

The balance depends on stakeholder power and interest, the size and reversibility of effects, constraints and whether compromise creates durable value. Consultation can reveal trade-offs but cannot make incompatible objectives disappear.

Business ethics concerns the moral rights and wrongs of strategic decisions. A trade-off exists when improving an ethical outcome may reduce profit or when pursuing profit imposes harm on people, animals or the environment.

There may be no lasting trade-off if customers value the ethical choice, employees become more committed or costs fall over time. Conversely, ethical claims can fail commercially when target customers prioritise price, the action is costly or rivals gain an advantage.

Assess the scale of harm and cost, stakeholder values, demand response, competitive position, time horizon and whether the action is genuine and measurable. Strategic ethics concerns organisation-level choices, not an isolated employee's conduct.

Pay and rewards become ethical issues when the distribution or conditions of reward appear unfair, discriminatory, misleading or disconnected from contribution and consequences.

Evaluate who sets the reward, what evidence links it to performance, whether affected stakeholders can challenge it, and how it changes motivation, retention, reputation, cost and risk. Transparent criteria can improve legitimacy without resolving every disagreement.

Corporate social responsibility (CSR) is voluntary business action and self-regulation that considers stakeholder, social and environmental effects beyond a narrow short-term profit focus.

Compare CSR reports and measurable actions with the mission statement, core operations and resource commitment. Consistent targets, transparent results and willingness to change harmful practice provide stronger evidence than isolated donations or promotional claims.

CSR is most likely to support strategy when it addresses material impacts, fits the business model and matters to powerful stakeholders. Its net effect depends on cost, authenticity, customer response, competitor action and the time horizon.

A statement of comprehensive income summarises revenue, costs and profit for a trading period. Read it from the top down: each subtotal shows what remains after a further category of cost is deducted.

Shareholders may examine profit and its trend when judging dividends, risk and management performance. Lenders look for capacity to pay interest; managers compare cost categories and margins; employees may consider whether performance can support pay or jobs. Compare several years or similar businesses and investigate why a figure changed.

A statement of financial position records assets, liabilities and equity at one date. It shows what resources the business controls and how those resources are financed, so it complements rather than repeats the income statement.

Net assets equal non-current assets plus current assets, less current and non-current liabilities. They are financed by total equity. Capital employed equals non-current liabilities plus total equity. Lenders assess solvency and security; suppliers examine short-term payment capacity; shareholders and managers consider asset use, debt and financial resilience.

Use figures from the same period and keep each denominator consistent. Profitability ratios use the income statement; liquidity and finance ratios also use the statement of financial position.

If revenue is £800k, gross profit £320k and operating profit £120k, gross margin is 320 ÷ 800 × 100 = 40%, while operating margin is 15%. If current assets are £240k, inventory £90k and current liabilities £150k, the current ratio is 1.6:1 and the acid test is 1:1.

Interpretation turns a number into a decision-relevant claim. First identify what the ratio measures, then compare it with the same business over time, a competitor or an industry benchmark. Finally connect the movement to evidence and consequences.

For example, a lender may reject further borrowing when gearing is above 50% and cash flow is weak, while accepting the same gearing if debt funds a reliable expansion. Shareholders may favour higher ROCE, but ask whether profit rose or capital employed fell through under-investment.

Ratios simplify financial statements, but their meaning depends on the quality, timing and comparability of the underlying data. A sensible judgment tests each apparent signal against context and further evidence.

A falling margin may signal weak cost control, deliberate introductory pricing or investment in service. A low current ratio may be dangerous for a seasonal manufacturer but manageable for a retailer with rapid cash sales. Use trends and industry comparisons, then investigate the causal story.

Define the period and workforce consistently before calculating. Use the average number employed where staff numbers change during the period; for retention, count only start-of-period employees who remain.

A firm produces 48,000 units with an average of 120 employees: productivity is 400 units per employee. If 18 leave, turnover is 15%. If 100 of 120 starting employees remain, retention is 83.3%. If 240 of 24,000 possible days are lost, absenteeism is 1%.

HR calculations provide an overview, not a diagnosis. The same figure can have different meanings across industries, roles, periods and workforce structures, so managers should investigate causes before choosing a response.

Low turnover can preserve expertise and cut recruitment cost, but may also accompany weak renewal. Higher productivity can result from training or technology, yet excessive workload may later damage quality, absence and retention. Ask employees and compare quantitative evidence with operational outcomes.

Choose an HR strategy by matching its mechanism to the diagnosed cause. The intended outcomes are higher productivity and retention and lower turnover and absenteeism, but employee response, cost and implementation determine the result.

A bonus may lift measurable output but weaken quality; consultation may reduce resistance where poor scheduling drives absence; empowerment may improve service when frontline staff have expertise. A combined approach can address reward, voice and autonomy, although interactions make results harder to attribute.

Organisational culture is the shared assumptions, values and accepted ways of working that guide behaviour. Change is easier when its purpose and required behaviour fit those norms; conflict can create doubt, resistance or symbolic compliance.

Map the behaviour the strategy needs—for example collaboration across sites—against current incentives, leadership examples and informal norms. Align recruitment, training, measures and rewards; involve people who understand local subcultures; then monitor actual behaviour rather than slogans.

Size affects the resources available for change and the distance across which it must be coordinated. The relevant issue is not simply whether a business is large or small, but how scale, locations, layers and dependencies shape this particular change.

International expansion can require new reporting, training, performance management and cultural integration. A large firm may phase the change by site; a small firm may act at once because the owner communicates directly. Judge whether capacity offsets coordination cost.

Time and speed determine how quickly a change produces benefits and how much opportunity employees and systems have to adapt. Managers should compare the cost of delay with the operational and human risk of moving too fast.

Set critical deadlines, dependencies and minimum readiness conditions rather than choosing speed as a slogan. A tested digital service may be accelerated when demand shifts suddenly; an untested organisation-wide system may need a pilot, support and contingency route.

Resistance is behaviour that delays, challenges or avoids a proposed change. It can arise from uncertainty, loss of status or jobs, disrupted routines, lack of skill, distrust, workload or disagreement with the strategy—not simply stubbornness.

Identify affected groups, their power and specific concerns; involve them early where possible; align leaders, systems and rewards; provide support; then track adoption, morale, quality and performance. Trusted leadership and respect for valued culture can reduce fear.

Transformative, often called transformational, leadership seeks to inspire and empower people around a shared vision of positive change. Here the leadership itself drives a change in direction or ethos rather than merely reacting to an outside event.

It can align culture, motivate effort and help employees accept difficult change. Its impact depends on leader credibility, communication, operational competence, resources and whether the vision fits stakeholder needs. Measures and systems must translate inspiration into repeatable behaviour.

Risk assessment systematically identifies uncertain events, estimates how likely they are and evaluates their potential operational, financial and stakeholder impact. It helps managers focus attention and resources; it does not itself prevent the event.

Record each risk, cause, existing control, probability, impact, owner and review date. A simple probability–impact comparison is sufficient: investigate high-impact risks even when uncommon, then consider whether accepting, avoiding, limiting or transferring each risk is proportionate.

Risk mitigation chooses a proportionate response. A business may accept a risk, avoid the activity, limit probability or impact, or transfer part of the exposure to another party. The choice depends on cost, probability, impact and risk appetite.

For an IT failure, tested backups and alternative communication limit downtime; for a damaged site, an alternative location sustains priority work; for a key departure, trained deputies and documented knowledge reduce dependence. Assign triggers and rehearse the response, then revise it after tests or organisational change.

Compare the mitigation cost with expected harm and strategic importance. Insurance may transfer financial loss but not customer disruption; outsourcing may transfer an operation while creating supplier dependency. Plans reduce consequences, not all uncertainty.