Free L5M6 Practice Test

The 2014 study by Reeves, Moose, and Venema for the Boston Consulting Group (BCG) revisited the classic growth-share matrix. A key finding was that the business environment has become significantly more dynamic than when the matrix was created. This increased dynamism and competition mean that product lifecycles are shorter. Consequently, products and business units now move through the four quadrants (Question Mark, Star, Cash Cow, Dog) much more rapidly than in the past. A 'cash cow' can quickly lose its position, and a 'question mark' can become a 'star' in a fraction of the time it once took.

A. Companies nowadays have more 'cash cow' items than in the past: The study suggests the opposite; the increased market dynamism makes the 'cash cow' position less durable and harder to maintain.
C. There is a higher correlation between share leaders and profit leaders nowadays than in the past: The study explicitly found that the correlation between market share and profitability has been declining over time, weakening a core assumption of the original matrix.
D. There is a longer time between innovation and adoption nowadays than in the past: The increased pace of business and shorter product lifecycles highlighted in the study imply a shorter, not longer, time between innovation and market adoption.

1. Reeves, M., Moose, S., & Venema, T. (2014). BCG Classics Revisited: The Growth Share Matrix. Boston Consulting Group. Retrieved from https://www.bcg.com/publications/2014/growth-share-matrix-bcg-classics-revisited.

Page 2, Paragraph 3: "Today’s business environment is much more dynamic. Cash cows can become dogs in a fraction of the time they once did. And with the right nurturing, a question mark can become a star in a flash." (Supports correct answer B and refutes A and D).

Page 2, Paragraph 4: "The correlation between market share and profitability has been declining. In many industries, the link is weak or nonexistent." (Refutes incorrect answer C).

'Should cost' analysis and value analysis are resource-intensive techniques aimed at optimising cost and function. Their application is most suitable for the 'Leverage' category in the Kraljic purchasing portfolio matrix. This category is characterised by high expenditure (high profit impact) and low supply risk (many alternative suppliers). The high spend means that even small percentage savings result in significant financial gains. The low supply risk and competitive market provide the buyer with the necessary power to use the findings from these analyses to negotiate favourable terms, switch suppliers, or drive value improvements without jeopardising supply continuity.

A. Strategic: The primary focus here is on long-term collaboration, innovation, and risk mitigation, not purely on aggressive cost reduction which can damage the partnership.
B. Bottleneck: The buyer has very little power due to high supply risk and few suppliers, making it difficult to demand the transparency needed for a 'should cost' analysis.
D. Non-critical: The low value of spend in this category means the cost and effort of conducting a detailed 'should cost' or value analysis would likely outweigh any potential savings. ---

1. Kraljic, P. (1983). Purchasing must become supply management. Harvard Business Review, 61(5), pp. 109-117. In his seminal article, Kraljic identifies 'Leverage items' as having high profit impact and low supply risk. The recommended strategic thrust is to "Exploit full purchasing power," for which tools like price and cost analysis are fundamental.

2. CIPS (Chartered Institute of Procurement & Supply). (2018). Managing Supply Chain Risk (L5M6) Study Guide. Profex Publishing. The guide explains that for the Leverage quadrant, procurement's strategy should focus on maximising commercial advantage through tactics like competitive bidding and detailed cost analysis, as the high spend and availability of suppliers create significant opportunities for savings.

3. Monczka, R. M., Handfield, R. B., Giunipero, L. C., & Patterson, J. L. (2016). Purchasing and supply chain management (6th ed.). Cengage Learning. Chapter 7, "Supplier Evaluation and Selection," discusses portfolio analysis. It specifies that for leverage items, where buyer power is high, strategies include using competitive bidding and leveraging volume with preferred suppliers, which are activities directly supported by should-cost and value analysis.

The International Association for Contract & Commercial Management (IACCM), now known as World Commerce & Contracting (World CC), provides extensive research, frameworks, and best practices on commercial relationships and contracting. This directly assists a Category Manager in selecting and implementing the most appropriate sourcing model for a specific category of spend. The choice of a sourcing model (e.g., transactional, collaborative, performance-based) is fundamentally determined by the desired commercial relationship and the structure of the contract, which is the core expertise of World CC. Their resources enable managers to align the sourcing approach with strategic objectives, moving beyond traditional procurement tactics to create more value-driven supplier relationships.

A. Choosing the correct supplier: World CC provides frameworks for supplier evaluation and relationship management, but it does not recommend or select specific suppliers for an organisation.
B. Analysing the market: While World CC's insights can inform market understanding, its primary focus is on the commercial and contractual engagement after a market has been analysed.
D. Completing benchmarking: World CC provides benchmarking data on contracting performance, but this is a supporting tool. Its main contribution is the strategic framework for sourcing and contracting itself.

1. CIPS. (2019). Category Management L5M6, Study Guide. Stamford, UK: Chartered Institute of Procurement & Supply. (Typically discusses professional bodies and their roles in sourcing strategy in chapters on developing category strategies).

2. World Commerce & Contracting. (2021). Contracting Principles: A New Foundation for Commerce. This publication outlines principles for establishing successful commercial relationships, which are the foundation for different sourcing and relationship models. Available at: https://www.worldcc.com/Resources/Content-Hub/View/ArticleId/15509/Contracting-Principles

3. Vitasek, K. (2013). Vested Outsourcing: Five Rules That Will Transform Outsourcing. Palgrave Macmillan. (This sourcing model was developed in partnership with the University of Tennessee and heavily promoted by IACCM/World CC, demonstrating their direct influence on sourcing models). DOI: https://doi.org/10.1057/9781137321819

Contract leakage, often termed 'value leakage,' refers to the erosion of value from a contract throughout its lifecycle. It represents the difference between the potential benefits and savings identified in the business case or pre-award negotiation stage and the actual value that is realized post-award. This gap can arise from various factors, including poor supplier performance, failure to claim credits or rebates, maverick spending outside the agreed terms, and inefficient contract management processes. The concept encompasses all forms of lost value, not just financial overspend.

A. This describes a budget overrun or overspending. While this can be a component of contract leakage, it is not the complete definition of the concept.
B. This describes underspending against a forecast. This is not leakage and could potentially be a positive outcome if achieved through genuine efficiencies.
C. This describes a performance gap. Poor performance against Key Performance Indicators (KPIs) is a significant cause of value leakage, but it is a symptom, not the definition itself.

1. World Commerce & Contracting (formerly IACCM). The concept of value leakage is central to the research conducted by WorldCC. Their studies consistently find that poor contract management leads to an average value leakage of 9% of the contract's annual value. This leakage is defined as the failure to realize the full potential value of a negotiated agreement.

Source: World Commerce & Contracting, "The Business Case for Contract Management," (various reports, e.g., 2017/2019). The reports detail how this 9% leakage is the gap between the negotiated business case and the realized outcomes.

2. Gelderman, C. J., Semeijn, J., & Vluggen, R. (2017). "The impact of the procurement function’s involvement on value creation in a public-private partnership." Journal of Purchasing & Supply Management, 23(3), pp. 179-191.

Reference: This article discusses value creation and appropriation in complex contracts. It implicitly supports the definition of leakage by highlighting the challenges in realizing the intended value (p. 180, Section 2.2 on Value Creation), which is the core of the leakage concept. The gap between ex-ante (expected) and ex-post (realized) value is the essence of leakage. DOI: https://doi.org/10.1016/j.pursup.2017.04.002

3. University of Tennessee, "Vested Outsourcing: Five Rules That Will Transform Outsourcing" (Courseware/White Paper).

Reference: The Vested methodology, developed at the University of Tennessee, focuses on creating outcome-based agreements designed to minimize value leakage. The core principle is to align the parties' interests to ensure the intended value of the business case is achieved in practice, directly addressing the gap described in option D. (See "Creating a Win-Win Vested Agreement," White Paper, UT Center for Executive Education).

Leverage items, as defined by the Kraljic purchasing portfolio matrix, are characterised by high profit impact and low supply risk. This means they represent a significant portion of expenditure but are available from a competitive market with multiple qualified suppliers. E-auctions are most effective in such scenarios. They create a highly competitive, price-transparent environment where suppliers bid against each other, allowing the buying organisation to leverage its purchasing power to achieve the best possible price. The clear specifications and ample supply base for leverage items make them ideal for the price-focused, competitive nature of an e-auction.

A. Bottleneck: These items have high supply risk and few suppliers. Using an e-auction would be counterproductive, potentially alienating the limited supply base and jeopardising supply continuity.
C. Strategic: These items are critical and involve long-term, collaborative supplier relationships. An e-auction's focus on price can damage the trust and partnership essential for managing strategic items.
D. Non-critical: While an e-auction is possible, the low profit impact of these items means the potential cost savings may not justify the administrative effort and resources required to run the event.

1. CIPS (Chartered Institute of Procurement & Supply). (2019). Managing Ethical Procurement and Supply (L5M6). CIPS Official Course Book. Profex Publishing. In the section on portfolio analysis, it outlines that the appropriate strategy for leverage items is to exploit purchasing power through competitive bidding, for which e-auctions are a primary tool (typically discussed in Chapter 2).

2. van Weele, A. J. (2018). Purchasing and Supply Chain Management (7th ed.). Cengage. Chapter 5, "Purchasing Portfolio Analysis," details the Kraljic matrix. It explicitly links the 'Leverage Quadrant' to sourcing strategies such as "competitive bidding" and "e-auctions" to exploit the buyer's power in a market with many suppliers (pp. 168-170).

3. Kraljic, P. (1983). 'Purchasing Must Become Supply Management'. Harvard Business Review, 61(5), pp. 109-117. The original article establishes the framework. Leverage items are defined as those where the "balance of power" favours the buyer, making competitive pressure tactics, like auctions, a logical approach.

A virtual, cross-functional team brings together individuals from different professional disciplines and organisational divisions who rely on technology to collaborate. Each function (e.g., procurement, engineering, finance) and division often has its own specialised vocabulary, jargon, and acronyms. In a virtual environment, the absence of non-verbal cues and spontaneous, informal interactions makes it difficult to clarify meanings. This lack of shared context and common language can lead to significant misunderstandings, misaligned efforts, and ultimately, project failure. Establishing a common communication protocol and glossary is therefore critical to overcoming this barrier.

A. Geography: This is a defining characteristic of a virtual team, which technology is designed to overcome, rather than being a direct barrier to success itself.
C. Time: While time zone differences present a logistical challenge for virtual teams, they can be managed effectively through careful scheduling and asynchronous communication tools.
D. Cost: Virtual teams typically reduce costs associated with travel and physical office space, often making them a more cost-effective option, not a barrier.

1. Cramton, C. D. (2001). The Mutual Knowledge Problem and Its Consequences for Dispersed Collaboration. Organization Science, 12(3), 346–371. This study highlights that a primary failure in dispersed teams is the inability to share and maintain a mutual understanding of context, including the meaning of specific terms. On page 352, Cramton notes that "different meanings for the same event" is a common problem, directly supporting the idea that language and acronyms are a significant barrier. DOI: https://doi.org/10.1287/orsc.12.3.346.10098

2. CIPS Official Course Book L5M6 - Supplier Relationships. The curriculum emphasizes that effective communication is a cornerstone of successful collaboration in cross-functional teams. It discusses the need to establish clear communication channels and a "team charter" that often includes defining common terms and acronyms to prevent the "silo mentality" and misinterpretations that arise from different functional backgrounds. (Specific reference to principles covered in the teamwork and communication sections of the L5M6 syllabus).

3. Hinds, P. J., & Bailey, D. E. (2003). Out of Sight, Out of Sync: Understanding Conflict in Geographically Dispersed Teams. Organization Science, 14(6), 615-632. The research points out that a lack of shared context in dispersed teams exacerbates conflict. Misunderstandings over technical language and jargon between different functional experts (e.g., engineering and marketing) are a frequent source of this conflict, hindering team performance. DOI: https://doi.org/10.1287/orsc.14.6.615.24872

Standard Industrial Classification (SIC) codes are a standardized system used to classify business establishments by their primary type of economic activity. This numerical scheme, typically using four digits, categorizes companies into specific industries. Government agencies use these codes for statistical data collection and analysis of economic activity. In procurement and supply, professionals use SIC codes to identify potential suppliers, understand market structures, and conduct industry-level analysis to inform sourcing strategies. The classification is based on the principal product or service a company provides.

A. Business departments: SIC codes classify entire business entities based on their primary economic activity, not their internal functional units like finance or marketing.
B. Spend categories: Spend categories are an internal classification system used by a buying organization to group its expenditures, which is distinct from the external, standardized industry classification of SIC codes.
C. Countries: Countries are classified using different standardized codes, such as the ISO 3166 codes (e.g., US, GBR), not the industry-focused SIC system.

1. U.S. Securities and Exchange Commission (SEC). (n.d.). Standard Industrial Classification (SIC) Code List. Retrieved from https://www.sec.gov/corpfin/division-of-corporation-finance-standard-industrial-classification-sic-code-list.

Reference Point: The introductory text explicitly states, "The Standard Industrial Classification Codes... are used by the U.S. Securities and Exchange Commission (SEC) to classify companies by industry."

2. UK Government, Companies House. (2021, June 24). Standard industrial classification of economic activities (SIC). Retrieved from https://www.gov.uk/government/publications/standard-industrial-classification-of-economic-activities-sic.

Reference Point: The overview section explains that the SIC code is a 5-digit code (in the UK 2007 version) that "describes a company's nature of business" and provides a "description of the industry" it operates in.

3. Yale University Library. (n.d.). Company & Industry Information: Industry Codes. Retrieved from https://guides.library.yale.edu/c-i/industrycodes.

Reference Point: The guide states, "Standard Industrial Classification (SIC) codes are four-digit numerical codes assigned by the U.S. government to business establishments to identify the primary business of the establishment. The classification was developed to facilitate the collection, presentation, and analysis of data; and to promote uniformity and comparability in the presentation of statistical data collected by various agencies of the federal government, state agencies, and private organizations." This confirms its use for classifying businesses into industries for data analysis.

Category 1: The presence of "many suppliers" offering "similar products" creates intense competition, indicating High Competitive Rivalry. The "highly innovative" and "rapidly changed" market aligns with Technological factors.

Category 2: Randoxx has "little influence over the price" due to a "reduced number of suppliers," signifying the Bargaining Power of the Buyer is Low. The requirement for "carbon neutral" products represents an Environmental factor.

Category 3: Natural resources found in "very few parts of the world" create high geological barriers to entry, keeping the Threat of New Entrants Low. "Currency fluctuations" impacting profit margins are a classic Economic factor.

Category 4: A "patent" and the inability to use a different product mean there are no alternatives, keeping the Threat of Substitutes Low. "Growing population" driving demand is a Social (demographic) factor.

Porter, M. E. (2008). The Five Competitive Forces That Shape Strategy. Harvard Business Review, 86(1), 78–93. (Defines the forces: patents reduce threat of substitutes; multiple similar competitors increase rivalry; scarcity/concentration reduces buyer power).

Chartered Institute of Procurement & Supply (CIPS). (n.d.). STEEPLE Analysis. CIPS Knowledge. (Defines STEEPLE factors: Currency exchange rates fall under Economic; Demographics/population growth fall under Social; Innovation falls under Technological; Climate/Carbon targets fall under Environmental).

Johnson, G., Whittington, R., & Scholes, K. (2011). Exploring Strategy (9th ed.). Pearson Education. Chapter 2: The Environment. (Detailed breakdown of PESTEL/STEEPLE frameworks and Porter's Five Forces application).

Lysons, K., & Farrington, B. (2016). Procurement and Supply Chain Management (9th ed.). Pearson. Sections on "External Environment" and "Market Analysis." (Standard text linking limited supply sources to reduced buyer power).

In modern procurement, tender evaluations have evolved beyond a simple price-quality trade-off. Corporate Social Responsibility (CSR) is a critical non-financial factor that assesses a supplier's commitment to ethical, social, and environmental practices. This aligns with the 'triple bottom line' concept, which considers people, planet, and profit. Public sector procurement, in particular, often mandates the inclusion of social value criteria (a key component of CSR) in tender evaluations. This ensures that the buying organisation considers the wider societal and environmental impact of its sourcing decisions, selecting suppliers who demonstrate responsible business conduct.

B. TCO (Total Cost of Ownership) is a financial evaluation method that expands upon the initial price to include all life-cycle costs; it is a component of the cost/price assessment, not a separate factor.
C. ITT (Invitation to Tender) is the formal document issued to potential suppliers inviting them to bid; it is a tool within the tendering process, not an evaluation criterion.
D. PQQ (Pre-Qualification Questionnaire) is a document used to screen and shortlist potential suppliers before the tender stage; it is part of the process, not a factor for evaluating the tender submission itself.

1. CIPS (Chartered Institute of Procurement & Supply) Guidance: The CIPS Body of Knowledge emphasizes the integration of sustainability and ethics into the sourcing process. It states that supplier selection criteria should include environmental, social, and economic factors to ensure responsible sourcing. (Reference: CIPS Body of Knowledge, Part 3: Sourcing and Contract Management, Section 3.3.4 Supplier Appraisal).

2. UK Government Official Documentation: Procurement Policy Note (PPN) 06/20, "Taking account of social value in the award of central government contracts," mandates that social value be explicitly evaluated in all central government procurement, with a minimum weighting of 10%. This makes CSR-related factors a formal evaluation criterion alongside cost and quality. (Reference: UK Government, Cabinet Office, PPN 06/20, Section 1.3).

3. Academic Publication: Arrowsmith, S. (2010). "Horizontal policies in public procurement: a taxonomy". Journal of Public Procurement, 10(2), 149-186. This paper analyses how public procurement is used to pursue secondary policy objectives, such as environmental protection and social inclusion (core tenets of CSR), treating them as distinct evaluation criteria in tender exercises. (DOI: https://doi.org/10.1108/JOPP-10-02-2010-B001, pp. 152-155).

Direct costs are expenses that can be directly traced to the production of a specific product or cost object. In the context of BikeFace, a bicycle manufacturer, rubber is a direct material as it is a primary component of the tires, and its cost can be allocated to each bicycle produced. Labour, referring to the wages of the assembly line workers who physically build the bicycles, is a direct labour cost. The time and cost associated with this labour can be directly attributed to each unit. Both direct materials and direct labour are prime costs in manufacturing.

C. TV advert: This is a selling and marketing expense, which is an indirect cost (or overhead) as it promotes the brand or product line as a whole and cannot be traced to a single bicycle.
D. IT system for ordering materials: This is a manufacturing overhead or administrative expense. The cost of the system supports the entire procurement and production process, not the creation of one specific bicycle.

1. Drury, C. (2018). Cost and Management Accounting. 10th ed. Cengage Learning. In Chapter 2, 'An introduction to cost terms and concepts,' direct costs are defined as 'costs that can be specifically and exclusively identified with a particular cost object.' It explicitly categorises direct materials (e.g., raw materials like rubber for a tire) and direct labour (e.g., assembly workers' wages) as the primary examples of direct costs.

2. Bhimani, A., Horngren, C. T., Datar, S. M., & Rajan, M. (2019). Management and Cost Accounting. 7th ed. Pearson Education. Chapter 2, 'An Introduction to Cost Terms and Purposes,' defines direct costs as those "related to the particular cost object and can be traced to it in an economically feasible... way." It contrasts this with indirect costs like marketing or IT systems, which are common to multiple cost objects and cannot be easily traced.

3. MIT OpenCourseWare. (2007). 15.963 Management Accounting and Control, Spring 2007. Lecture Notes, Session 2 - Cost: Concepts, Behavior, and Estimation. This courseware defines direct costs as including direct materials ("materials that become part of the product") and direct labor ("wages of production employees who work directly on the product"). It classifies costs like advertising and general administrative systems as indirect overheads.