100+ Free Cameroon GCE A Level ICT Practice Questions

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34.04% pass rate in the June 2026 session (Cameroon GCE Board, Performance by Subjects, results released 21 August 2026) Pass Rate

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Key Facts: Cameroon GCE A Level ICT Exam

0796

Official Subject Code

Cameroon GCE Board (CGCEB) Subject Directory

3 Papers

Examination Structure (MCQ, Theory, Practical)

CGCEB A-Level Regulations & Syllabuses

6h 30m

Total Examination Duration

CGCEB National Examination Timetable

17,000 FCFA

Standard Examination Registration Package

Cameroon GCE Board Official Registration Circular

Cameroon GCE A-Level ICT (0796) evaluates Upper Sixth candidates across 3 papers (MCQ, Theory, Practical) in systems, networking, databases, web, and security.

Sample Cameroon GCE A Level ICT Practice Questions

Try these sample questions to test your Cameroon GCE A Level ICT exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1In information systems theory, which of the following accurately describes the transformation of data into information and knowledge within the DIKW hierarchy?

A.Data consists of processed facts with contextual meaning, while information represents raw unformatted characters.

B.Data represents unorganized, raw alphanumeric facts and figures, which become information when processed into meaningful context, and knowledge when applied with understanding and experience.

C.Information is purely theoretical speculation, whereas data is the actionable wisdom derived from strategic executive analysis.

D.Knowledge is the physical storage medium, information is the transmission cable, and data is the end-user monitor display.

Explanation: In the Data-Information-Knowledge-Wisdom (DIKW) pyramid, data represents raw, unprocessed facts and symbols lacking context. Processing, structuring, and contextualizing data yields information, which provides answers to 'who', 'what', 'where', and 'when'; integrating information with human experience, rules, and cognitive understanding produces actionable knowledge.

2An enterprise information system generates a sales report for regional branch managers. Which set of attributes best represents the essential characteristics of high-quality information required for operational decision-making?

A.Voluminous, ambiguous, historical, complex, and unformatted.

B.Accurate, complete, cost-effective, understandable, relevant, accessible, and timely.

C.Encrypted, redundant, proprietary, compressed, and irreversible.

D.Theoretical, randomized, decentralized, permanent, and speculative.

Explanation: High-quality information must satisfy core parameters often summarized by the ACCURATE acronym: Accurate (free from errors), Complete (contains all necessary facts), Cost-effective (benefit exceeds production cost), Understandable (clear to users), Relevant (applicable to the task), Accessible (available when needed), and Timely (produced within the required timeframe).

3In general systems theory, an open organizational information system is distinguished from a closed system primarily by its ability to:

A.Function indefinitely without any electrical power or network connectivity.

B.Interact continuously with its external environment through inputs, outputs, and feedback loops to maintain equilibrium.

C.Prevent all external users from querying the internal database schema.

D.Execute machine code instructions without an operating system kernel.

Explanation: An open system actively interacts with its surrounding external environment by receiving inputs (data, resources, market changes), processing them, and exporting outputs (products, reports, services). It relies on negative and positive feedback mechanisms to adjust internal processes, combat entropy, and maintain steady-state equilibrium.

4A national supermarket chain in Douala operates Point-of-Sale (POS) barcode terminals connected to an inventory database. What category of information system is this, and what is its primary operational role?

A.Executive Support System (ESS) designed for long-term strategic mergers.

B.Transaction Processing System (TPS) designed to record, process, and track routine day-to-day business transactions reliably in real time.

C.Expert System (ES) designed to diagnose botanical crop diseases using heuristic inference rules.

D.Decision Support System (DSS) designed to perform Monte Carlo financial risk simulations.

Explanation: A Point-of-Sale (POS) terminal system is a classic Transaction Processing System (TPS). Operating at the operational level of an organization, a TPS captures, validates, and records high volumes of routine daily business events (sales, inventory updates, payroll) with high speed, consistency, and adherence to ACID transactional properties.

5Which of the following statements correctly differentiates a Management Information System (MIS) from a Decision Support System (DSS)?

A.An MIS produces structured, periodic summary reports from internal transaction data, whereas a DSS provides interactive modeling and 'what-if' analytical tools for semi-structured decision-making.

B.An MIS is used solely by factory floor technicians, whereas a DSS is used exclusively by database hardware maintenance staff.

C.An MIS is incapable of using computer storage, whereas a DSS relies exclusively on mechanical punch cards.

D.An MIS solves completely unstructured corporate crises automatically, whereas a DSS only outputs raw binary machine code.

Explanation: Management Information Systems (MIS) draw from underlying TPS databases to produce scheduled, standardized, structured reports (such as weekly sales summaries or monthly inventory variances) for middle managers. In contrast, Decision Support Systems (DSS) combine internal and external data with mathematical models (e.g. sensitivity analysis, goal-seeking, what-if scenarios) to assist managers with non-routine, semi-structured problems.

6An Executive Information System (EIS) provides senior corporate leadership with high-level visual summaries of Key Performance Indicators (KPIs). What feature allows an executive to click on an aggregated regional revenue figure to view underlying city-level and branch-level transactions?

A.Packet sniffing

B.Drill-down capability

C.Database schema recompilation

D.Polymorphic encapsulation

Explanation: The 'drill-down' feature in Executive Information Systems (EIS) and business intelligence dashboards enables users to navigate from high-level consolidated summary metrics down through successive layers of granular detail, all the way to specific branch or transactional records.

7What is the primary architectural advantage of implementing an Enterprise Resource Planning (ERP) suite across a multinational manufacturing enterprise?

A.It eliminates the need for computer security firewalls and employee login credentials.

B.It integrates disparate functional silos (finance, human resources, supply chain, manufacturing) into a single unified system backed by a centralized shared database.

C.It ensures that no software updates or data backups will ever be required.

D.It forces the company to use analog copper telecommunications instead of digital fiber optics.

Explanation: Enterprise Resource Planning (ERP) software (such as SAP, Oracle ERP, or Microsoft Dynamics) replaces isolated legacy departmental systems with a modular, integrated suite that shares a common central database schema. This eliminates data redundancy, ensures single-version-of-truth data integrity, and streamlines cross-functional business processes.

8In enterprise systems integration, how do Customer Relationship Management (CRM) and Supply Chain Management (SCM) systems interact to optimize business operations?

A.CRM manages upstream raw material extraction from mines, while SCM handles internal employee payroll tax deductions.

B.CRM captures downstream customer orders, inquiries, and demand forecasts, which feed into upstream SCM systems to schedule production, procure raw materials, and optimize logistics.

C.CRM replaces all relational databases with flat text files, while SCM deletes historical sales records to save disk space.

D.CRM and SCM are mutually incompatible proprietary protocols that cannot exchange XML or JSON data packets.

Explanation: CRM focuses on customer-facing (downstream) interactions—sales tracking, customer support, lead management, and demand forecasting. When integrated, real-time demand data from CRM feeds into upstream Supply Chain Management (SCM) systems, allowing manufacturers and distributors to adjust procurement, minimize inventory holding costs (Just-In-Time), and eliminate the bullwhip effect.

9An Expert System designed for medical pathology diagnosis contains two primary software subsystems: the Knowledge Base and the Inference Engine. What is the precise function of the Inference Engine?

A.To store raw ultrasound video files on magnetic tape drives.

B.To apply logical deduction rules (such as Modus Ponens) and heuristics from the knowledge base to user-supplied clinical case facts to derive diagnostic conclusions.

C.To translate high-level C++ source code into binary machine language.

D.To encrypt hospital Wi-Fi networks using WPA3 security keys.

Explanation: In an expert system, the knowledge base contains domain-specific declarative knowledge (facts and IF-THEN production rules). The inference engine is the computational reasoning processing component that executes search strategies (forward chaining or backward chaining) across these rules and user facts to deduce new conclusions and provide expert-level solutions.

10During the development of an agricultural expert system in Cameroon, a specialist interviews cocoa agronomists to elicit domain heuristics and translate them into IF-THEN production rules. What is this specialist's role?

A.Database Clerk

B.Knowledge Engineer

C.Network Cabling Technician

D.Computer Hardware Assembler

Explanation: A Knowledge Engineer is a specialized systems analyst responsible for knowledge acquisition. They extract expert domain knowledge, heuristics, and reasoning strategies from human domain experts (e.g. agronomists, physicians) and formalize them into computational knowledge representations (production rules, frames, semantic networks) for the expert system's knowledge base.

About the Cameroon GCE A Level ICT Exam

The Cameroon General Certificate of Education Advanced Level Information and Communication Technology (ICT, Subject Code 0796) is the official pre-university computing qualification administered nationwide by the Cameroon GCE Board (CGCEB) in Buea. Designed for Upper Sixth high school candidates in the Anglophone education subsystem, the 0796 curriculum equips students with deep theoretical, analytical, and practical competencies required for university degrees in Computer Science, Software Engineering, Information Systems, Cyber Security, and Electrical Engineering. The examination is structured into three rigorous components: Paper 1 evaluates broad breadth through 50 multiple-choice questions (1 hour 30 minutes); Paper 2 assesses in-depth theoretical understanding, system design, architectural modeling, and case studies (2 hours 30 minutes); and Paper 3 assesses hands-on computer laboratory practical skills in database management, spreadsheet financial modeling, and web authoring (2 hours 30 minutes). Topics span the full systems lifecycle (SDLC, feasibility, PERT/CPM), enterprise hardware and cloud virtualization, network protocol stacks and IPv4/IPv6 subnetting, relational database normalization (1NF to BCNF) and SQL, multimedia digital signal processing, web technologies, and cybersecurity under Cameroon Law No. 2010/012 on Cybersecurity and Cybercrime. Format note: this site's practice bank is 100 four-option multiple-choice questions covering the whole official syllabus. Paper 1 of the real examination is genuinely multiple choice (50 compulsory questions), so the format matches that paper, but the bank is a study aid only — it does not simulate the written theory/essay paper(s) or any practical examination, and its length does not describe the official exam.

Assessment

Official Advanced Level structure for subject code 0796 (Information and Communication Technology) per the Cameroon GCE Board June 2026 timetable (Form G6): Paper 1: 50 compulsory multiple-choice questions (1 hour 30 minutes); Paper 2: written theory/structured questions (2 hours 30 minutes); a separately scheduled practical examination (practical phase, 5–27 May 2026). Total written time is 4 hours. The Board does not publish per-paper mark weightings for individual subjects.

Time Limit

Paper 1: 1 hour 30 minutes; total written time 4 hours plus a separately scheduled practical examination.

Passing Score

Grade E or better (Cameroon GCE Advanced Level grades A, B, C, D and E are passes; O is a subsidiary pass and F is a fail)

Exam Fee

17,000 FCFA (Cameroon General Certificate of Education Board (CGCEB), Buea)

Cameroon GCE A Level ICT Exam Content Outline

25%

Information Systems & Organisations

Data vs information hierarchy, systems thinking and enterprise classification (TPS, MIS, DSS, EIS, ERP, CRM, SCM), System Development Life Cycle (SDLC) models (Waterfall, Prototyping, RAD, Agile/Scrum), TELOS feasibility analysis (Technical, Economic, Legal, Operational, Schedule), cost-benefit calculations, project management techniques including Gantt charts, Network Diagrams, Critical Path Method (CPM: ES, EF, LS, LF, float), and Expert Systems (knowledge base, inference engine, user interface).

25%

Hardware, Software & Communication Technologies

Enterprise processor architectures, solid-state vs magnetic vs optical storage, RAID storage configurations (RAID 0, 1, 5, 6, 10 capacity and fault tolerance calculations), cloud service models (IaaS, PaaS, SaaS, serverless), OSI 7-layer and TCP/IP 4-layer networking architectures, IPv4 and IPv6 addressing, Classless Inter-Domain Routing (CIDR) and subnet calculations, network topologies, VLANs, VPN tunneling protocols (IPsec, OpenVPN), wireless protocols (802.11 standards, Bluetooth, cellular 4G/5G), and satellite communications (GEO, MEO, LEO).

20%

Data Management & Spreadsheets/Databases

Relational database concepts (relations, tuples, attributes, domains, keys), Entity-Relationship Diagrams (ERD, cardinality, participation constraints), functional dependency analysis, relational normalization (1NF, 2NF, 3NF, Boyce-Codd Normal Form BCNF, insertion/update/deletion anomalies), structured SQL queries (DDL: CREATE/ALTER/DROP, DML: INSERT/UPDATE/DELETE, DQL: SELECT, INNER/LEFT/RIGHT/FULL JOIN, GROUP BY, HAVING, subqueries), spreadsheet modeling (nested logic, VLOOKUP, XLOOKUP, INDEX/MATCH, financial functions PMT/NPV, data tables), data warehousing (ETL pipelines, star and snowflake schemas), and big data frameworks (4 Vs: Volume, Velocity, Variety, Veracity).

15%

Digital Media & Web Technologies

Digital representation of multimedia (sampling rate, bit depth, Nyquist-Shannon sampling theorem, uncompressed audio/video bitrate and storage calculations, lossy vs lossless compression algorithms such as MP3, AAC, FLAC, JPEG, PNG, H.264, HEVC), web authoring technologies (semantic HTML5, CSS3 layout frameworks including Flexbox and CSS Grid, JavaScript DOM manipulation and event loop), web client-server architectures (HTTP/HTTPS request-response cycles, REST APIs, JSON), e-commerce systems (B2B, B2C, C2C, secure payment gateways, merchant accounts, SSL/TLS handshake), and mobile application development paradigms (native, hybrid, progressive web apps).

15%

Security, Legal, Social & Ethical Issues

Cybersecurity threat landscapes (viruses, worms, Trojan horses, ransomware, rootkits, spyware, phishing, spear phishing, social engineering, DDoS attacks, Man-in-the-Middle, SQL injection, Cross-Site Scripting XSS), cryptographic defenses (symmetric encryption like AES/DES, asymmetric public-key cryptography like RSA/ECC, cryptographic hash functions like SHA-256/MD5, digital signatures, PKI digital certificates), business continuity and disaster recovery (Recovery Point Objective RPO, Recovery Time Objective RTO, backup schemes: full, differential, incremental), intellectual property rights (patents, trademarks, copyright, Creative Commons, GPL vs MIT software licensing), digital divide in developing nations, and Cameroonian cybersecurity legal frameworks (Law No. 2010/012 of 21 December 2010 on Cybersecurity and Cybercrime in Cameroon).

How to Pass the Cameroon GCE A Level ICT Exam

What You Need to Know

Passing score: Grade E or better (Cameroon GCE Advanced Level grades A, B, C, D and E are passes; O is a subsidiary pass and F is a fail)
Assessment: Official Advanced Level structure for subject code 0796 (Information and Communication Technology) per the Cameroon GCE Board June 2026 timetable (Form G6): Paper 1: 50 compulsory multiple-choice questions (1 hour 30 minutes); Paper 2: written theory/structured questions (2 hours 30 minutes); a separately scheduled practical examination (practical phase, 5–27 May 2026). Total written time is 4 hours. The Board does not publish per-paper mark weightings for individual subjects.
Time limit: Paper 1: 1 hour 30 minutes; total written time 4 hours plus a separately scheduled practical examination.
Exam fee: 17,000 FCFA

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Frequently Asked Questions

What is the official structure and paper weighting of Cameroon GCE A Level ICT (0796)?

The Cameroon GCE Advanced Level ICT examination consists of three compulsory papers: Paper 1 contains 50 multiple-choice questions testing breadth across the syllabus (1 hour 30 minutes); Paper 2 contains structured theory, systems design, and scenario-based case studies (2 hours 30 minutes); and Paper 3 is a hands-on practical computer laboratory examination evaluating spreadsheet modeling, database design, and web authoring (2 hours 30 minutes).

How are candidates graded in the Cameroon GCE Advanced Level ICT exam?

Results are awarded on a letter grade scale from A to E for passing grades, where Grade A represents outstanding mastery (highest grade, 5 points), followed by B (4 points), C (3 points), D (2 points), and E (minimum pass, 1 point). Grade O represents a Subsidiary Pass (Ordinary Level equivalence, 0 points toward A Level graduation criteria), and Grade F represents Fail.

What mathematical and computational calculations are required in GCE A Level ICT?

Candidates must be able to perform quantitative calculations including: IPv4 subnetting (subnet masks, network IDs, broadcast addresses, usable host capacity), data transmission rates and download/upload times, uncompressed and compressed digital media file sizes (audio sampling rate × bit depth × channels × time, image pixel resolution × bit depth), RAID storage usable capacities and drive fault tolerance, project management Critical Path Method (earliest/latest start and finish times, total float), and spreadsheet financial formulas (PMT, loan interest calculations).

What specific Cameroonian cyber legislation is covered under the 0796 syllabus?

The 0796 syllabus covers Cameroon Law No. 2010/012 of 21 December 2010 on Cybersecurity and Cybercrime in Cameroon, along with Law No. 2010/013 on Electronic Communications. Candidates must understand legal provisions regarding unauthorized access to automated data processing systems, identity theft, electronic evidence admissibility, digital signatures, and the regulatory mandate of the National Agency for Information and Communication Technologies (ANTIC).

How should students prepare for the practical laboratory Paper 3?

For Paper 3, students should gain practical hands-on proficiency in relational database management systems (creating tables, establishing primary/foreign key relationships, writing SQL queries, building parameter queries and formatted reports in MS Access or MySQL), spreadsheet modeling (nested IF statements, VLOOKUP/XLOOKUP, INDEX-MATCH, Goal Seek, Scenario Manager, dynamic charts), and web authoring (hand-coding semantic HTML5, styling with CSS, and basic JavaScript client-side validation).

100+ Free Cameroon GCE A Level ICT Practice Questions

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