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A Level · Cambridge (CIE) · 9626

The digital divide

Learn the core concepts and decision-making in Cambridge 9626 Topic 6, then practise recall, application and transfer with fictional scenarios.

Section 6 · The digital divide

Cambridge International AS & A Level Information Technology 9626 · 6
Exam scope and assessment notes

This is original StudyForA teaching and fictional practice based on Cambridge syllabus outcomes, not copied syllabus text, an official question, a required software brand or a Cambridge mark scheme. Practical software tasks here are planning and reasoning exercises; StudyForA does not inspect files created in spreadsheet, database, graphics, audio/video or animation software, simulate the practical exam environment, award official marks or predict a grade. Follow the software and file-format requirements issued by your centre for your exam year.

Before you begin

  • Check whether your route is AS Level (Topics 1–11) or full A Level (Topics 1–21).

Work on paper. Try each question before revealing help, and explain why your method works.

Quick readiness check

Before Topic 6: the digital divide

What you will learn

  • Define unequal access to devices, performance, networks and digital information
  • Explain causes such as infrastructure, affordability, skills, geography and accessibility
  • Analyse effects across age, education, income, rural/urban and industrial-development groups
  • Evaluate ways to reduce exclusion, including accessible design, connectivity and digital-literacy teaching

Access has several layers

The digital divide is unequal access to modern technology and information. Having a device is not enough if it is too slow, shared, unaffordable to connect, inaccessible or unsupported by digital skills. Causes can include network coverage, electricity, device performance, language, cost, education and physical or learning barriers. A single statistic such as household device ownership can hide these differences.

Evaluate who benefits and who is missed

Digital services can improve access to education, health, jobs and government information, but online-only delivery can exclude people without reliable access or confidence. Compare groups and locations using evidence. Responses can include infrastructure, affordable access, accessible interfaces, community facilities, offline alternatives and digital-literacy teaching. Each response has costs and may still miss people facing several barriers at once.

Sources for this lesson

Pause and explain

Which approach best demonstrates secure, reliable IT practice in the digital divide?

Put the idea to work

Worked example

A government moves benefit applications online. Explain how the policy could reduce costs yet widen the digital divide, and suggest a balanced design.

Show the worked solution
  1. Identify efficiencies such as online self-service and faster processing.
  2. Identify people affected by access, skills, disability or language barriers.
  3. Combine digital access with support and non-digital routes.

Answer Online forms can reduce travel and processing time for connected, confident users, but may exclude people with weak connectivity, low digital literacy, inaccessible interfaces or limited language support. A balanced service provides accessible mobile pages, assisted application points and a telephone or in-person route while making the online process secure and clear.

Try a topic test

Choose Easy, Normal or Difficult. Save your answers and open worked review after finishing.

Test this topic →

From guided practice to a new situation

Write your answer and reasoning first. Use a hint only if you are stuck. The model solution is for self-checking; your written work is not automatically marked.

1 · Guided

A rural district has high smartphone ownership but low completion of online learning. Give three hypotheses to investigate.

Give me a hint

Separate device ownership from connection quality, use conditions and skills.

Compare my reasoning
  1. Check network availability, cost and reliability.
  2. Check whether devices are shared or support the learning software.
  3. Check accessibility, language, confidence and time constraints.

Investigate mobile data cost or coverage, whether devices are shared and too small for the learning tools, and whether learners have suitable study time, accessible materials and digital skills. Compare evidence by location and learner group before selecting an intervention; phone ownership alone cannot explain completion.

Look for these in your work

  • Offers distinct explanations
  • Connects them to measurable evidence
  • Avoids a single-cause conclusion
2 · Independent

Compare a new broadband connection program with community digital-literacy classes.

Give me a hint

One improves infrastructure; the other develops users' ability to make use of it.

Compare my reasoning
  1. Explain the barrier addressed by broadband.
  2. Explain the barrier addressed by training.
  3. Assess cost, reach and whether combining them is more effective.

Broadband can address unavailable or unreliable access but may not make service affordable or accessible. Classes can develop confidence and skills but cannot teach someone to use a connection they cannot obtain. Combining infrastructure, affordability support and accessible training may reach more people, though local evidence should guide priorities.

Look for these in your work

  • Explains distinct mechanisms
  • Names limitations
  • Recommends based on barriers
3 · Transfer

An online exam booking page has no keyboard navigation and times out quickly. Identify who may be disadvantaged and propose measurable checks.

Give me a hint

Consider mobility, vision, concentration, connection and assistive technology.

Compare my reasoning
  1. Identify users affected by the interaction and time limit.
  2. Test keyboard, screen-reader and low-bandwidth access.
  3. Measure task completion and errors across user groups.

Learners using keyboards or assistive technology, people with motor or visual impairments, and users on slow connections may be disadvantaged. Test all controls by keyboard and screen reader, test longer completion time and low-bandwidth sessions, and compare completion and error rates with consent and privacy safeguards. An accessible alternative is needed while the page is fixed.

Look for these in your work

  • Identifies plausible groups
  • Uses specific tests
  • Measures outcomes

Common mistakes

  • Reducing the issue to whether a household owns a computer
  • Assuming internet coverage guarantees meaningful use
  • Recommending training without addressing affordability or disability
Recall without your notes

What can you explain now?

A rural district has high smartphone ownership but low completion of online learning. Give three hypotheses to investigate.

Compare with the explanation

Investigate mobile data cost or coverage, whether devices are shared and too small for the learning tools, and whether learners have suitable study time, accessible materials and digital skills. Compare evidence by location and learner group before selecting an intervention; phone ownership alone cannot explain completion.

Separate device ownership from connection quality, use conditions and skills.

After trying it yourself, choose your next review. This is your self-assessment.

Your review choice appears on Today. Sign in to sync it across devices.

Make it stick

Why can device ownership overstate meaningful access to digital services?

If you needed the solution, close it and solve the problem again from a blank page. A correct answer is stronger when you can explain the reason for each step.

Keep learning Information Technology

Course scope and assessment

All 21 top-level topics are mapped to original lessons and Guided, Independent and Transfer practice: AS Topics 1–11 and A Level Topics 12–21. Topic objectives include the examinable subtopic families, while practical software work is represented by reasoning tasks rather than an interactive office/design application. Five practical/assessment limitations remain explicit: authentic application performance and file inspection, timed full-paper simulations for Papers 2 and 4, annual technical-update review, and official marking. For the 2028–2030 syllabus, exams are available in June and November and also in March in India. Entry options and administrative zones vary; confirm the exam year, series and centre availability with the exams officer.

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