Reading

Level C2

Part 5 - Long Text

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Answer multiple-choice questions about a text. You are expected to understand a text for detail, opinion, tone, purpose, main idea, implication and attitude. For questions 1-0 choose the correct answer.

The Classroom as a Platform

For most of the twentieth century, the classroom was a stubbornly analogue contraption: a room, a timetable, a teacher, a textbook, and a tacit agreement that learning happened in roughly the same way for everyone, at roughly the same pace. Technology, where it appeared at all, was ornamental—an overhead projector wheeled in like a visiting dignitary, a computer lab booked weeks in advance, a television on a trolley that made the lesson feel faintly like a treat. The contemporary classroom, by contrast, is increasingly conceived as a platform: a set of interoperable tools, data streams and services that promise to personalise, accelerate and—if the marketing copy is to be believed—democratise education. That promise is not entirely empty. At its best, educational technology lowers the cost of access to expertise. A student in a rural area can watch a lecture from a world-class university; a dyslexic learner can use text-to-speech without being singled out; a teenager who missed a week through illness can replay explanations rather than rely on half-legible notes borrowed from a friend. Even the humble learning management system, for all its clunky interfaces, can make expectations explicit: deadlines, rubrics, feedback and resources are no longer scattered across handouts and hearsay. In such cases, technology functions less as a glittering add-on than as a prosthetic for organisational memory. Yet the same infrastructure that expands access also changes what counts as learning. When every click is logged, the temptation is to treat education as a problem of measurement rather than meaning. Dashboards translate messy intellectual growth into tidy proxies: minutes spent on a task, number of attempts, percentage correct. These metrics can be useful—teachers are not clairvoyant, and patterns of disengagement are easier to spot when they leave a trace. But the trace is not the thing itself. A student can “complete” a module while understanding almost nothing, just as another can wrestle productively with confusion while generating data that looks like failure. The danger is not that data exists, but that it acquires an authority it has not earned. Personalisation, too, is double-edged. Adaptive systems can offer targeted practice, spacing and retrieval in ways that would be punishingly time-consuming for a human teacher to orchestrate for thirty individuals at once. However, personalisation often smuggles in a narrow view of competence: what can be atomised into discrete items, what can be answered quickly, what can be marked automatically. The more education is remodelled to fit the machine, the more the machine appears to “work.” Meanwhile, the slow arts—argument, synthesis, aesthetic judgement, ethical reasoning—risk being treated as decorative, because they resist frictionless quantification. There is also the question of attention, the scarce resource on which all learning depends. Devices bring libraries into the classroom, but they also bring the entire economy of distraction. A school can install filters, lock screens and monitoring software, yet the deeper issue is cultural: students are asked to practise sustained concentration in an environment designed, elsewhere, to fracture it. Some teachers respond by turning technology into a theatre of engagement—quizzes, polls, gamified points—hoping to compete with the dopamine-rich logic of social media. This can be effective in short bursts, but it risks training students to expect constant stimulation, as though thought were only worthwhile when it is immediately rewarded. None of this implies that the solution is to retreat to chalk and silence. The more interesting question is what technology does to the role of the teacher. In a platform classroom, the teacher is less a sole source of information and more a curator, diagnostician and designer of experiences. They decide which tools are worth the cognitive overhead, which tasks should be automated and which must remain stubbornly human. They also become interpreters of algorithmic outputs, translating a red flag on a dashboard into a conversation with a student whose life may be complicated in ways the system cannot model. In other words, technology does not remove the need for professional judgement; it relocates it. The political economy of educational technology complicates matters further. Many tools are “free” in the way that free apps are free: the price is paid in data, dependency and the gradual outsourcing of institutional capacity. When a school’s curriculum, assessment and communication are routed through a single vendor, switching becomes painful, and pedagogical choices begin to align with product roadmaps. Equity, too, is not guaranteed by mere digitisation. If some students have quiet rooms, fast internet and supportive adults while others share devices, bandwidth and attention, then technology can amplify existing inequalities under the banner of innovation. A sober view, then, is neither technophilic nor technophobic. Technology in education is powerful precisely because it is not neutral: it embodies assumptions about what learning is, who it is for, and how it should be evidenced. The task for modern education is to use tools without being used by them—to insist that the aims of education remain human, even when the means are increasingly computational.

Answer the Questions

For each question, choose the correct answer

1. How does the writer characterise the typical twentieth-century classroom?

  It is portrayed as largely non-digital and standardised, with occasional technology used as a novelty.
  It is described as highly individualised, with students learning at their own pace through apps.
  It is presented as a place where technology ensured equal outcomes for all learners.
  It is depicted as chaotic and unstructured, lacking timetables or agreed routines.

2. What does the writer suggest technology can do “at its best” in education?

  It mainly improves education by replacing textbooks with more entertaining multimedia.
  It ensures that students in remote areas no longer need schools or teachers at all.
  It guarantees that all students will become independent learners without teacher guidance.
  It can broaden access and support learners by making expertise and accommodations easier to obtain.

3. What concern does the writer raise about learning analytics and dashboards?

  That dashboards prevent students from completing modules unless they fully understand them.
  That numerical traces of activity may be mistaken for genuine understanding and gain undue credibility.
  That students inevitably learn more slowly when their work is tracked digitally.
  That collecting data makes it impossible for teachers to notice disengagement patterns.

4. What limitation of “personalisation” does the writer highlight?

  It often favours what can be broken into quick, machine-markable items, sidelining complex thinking.
  It makes teachers redundant because algorithms can fully replace professional judgement.
  It prevents students from practising skills repeatedly, because tasks are always changing.
  It works only for humanities subjects and is unsuitable for mathematics or science.

5. What point is made about attention and classroom devices?

  They provide resources but also import distraction, and attempts to compete via constant stimulation may backfire.
  They eliminate distraction because filters and monitoring software solve the attention problem.
  They mainly harm learning because students can no longer access libraries or reference materials.
  They improve concentration by training students to expect frequent rewards for thinking.

6. Which statement best captures the writer’s overall stance on technology in education?

  Technology is valuable but non-neutral, so education must use it critically while keeping human aims central.
  Technology is inherently harmful to education and should be removed from classrooms.
  Technology matters less than teaching methods, so tools and data can be ignored safely.
  Technology will inevitably solve inequality in education once devices are widely distributed.

What to do

In this part, you read a text and then answer six multiple-choice questions about it. Each question gives you four options to choose from. Only one is correct.

Some options may state facts that are true in themselves but which do not answer the question or complete the question stem correctly; others may include words used in the text, but this does not necessarily mean that the meaning is correct; yet others may be only partly true.

Leave your own opinions and ideas at the door. You might be an expert in the topic – if anything, this is a disadvantage! You have to read the text for what the writer says, not what you assume they say.

Always question your answers – overconfidence is especially dangerous in this part of the exam.

Strategy

  1. Read the whole text quickly for its general meaning — the gist.
  2. The questions follow the order of the text, although the last question may refer to the text as a whole or ask about the intention or opinion of the writer.
  3. Read each question or question stem and try to identify the part of the text which it relates to.
  4. Look for the option that expresses this meaning, probably in other words
  5. Make sure that there is evidence for your answer in the text and that it is not just a plausible answer you think is right
  6. Check that the option you have chosen is correct by trying to find out why the other options are incorrect.

Instructions

Answer multiple-choice questions about a text. You are expected to understand a text for detail, opinion, tone, purpose, main idea, implication and attitude. For questions 1-0 choose the correct answer.

Exercise Details

Author

Thanasis Kalpaktsis

@thanasis-kalpaktsis

User Prompt

"Create an exercise exploring the role of technology in modern education"

Tone: Standard
Level: C2

Created on:

May 1, 2026

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