ACADEMIC WRITING SAMPLE ANSWERS

Academic Writing Sample Answers Practice 5 Test 02

This original practice page includes Task 1 (Static Grouped Bar Chart) and Task 2 (Problems and Solutions Essay), with Band 9, Band 8, and Band 7 sample answers for IELTS preparation.
Academic Writing Task 1

Task 1 · Static Grouped Bar Chart

Task 1 Prompt

You should spend about 20 minutes on this task. Write at least 150 words.

The chart below compares the ecological footprint and biocapacity per capita of six major regions and the world average in 2022.

Summarise the information by selecting and reporting the main features, and make comparisons where relevant.

Academic Writing Task 1 Static Grouped Bar Chart practice image
BAND 9

Part 1 · Band 9 Sample Answer

The bar chart compares the ecological footprint and biocapacity per person in six regions and worldwide in 2022. Both indicators are measured in global hectares per capita.

Overall, ecological demand exceeded biocapacity in four of the six regions and across the world as a whole. Latin America and Sub-Saharan Africa were the only regions with an ecological reserve. North America had by far the largest footprint, whereas Latin America possessed the greatest biocapacity. Sub-Saharan Africa recorded the smallest footprint, and the Middle East and North Africa had the lowest biocapacity.

North America’s footprint stood at approximately 7.8 global hectares per person, compared with a capacity of 4.2, producing the largest deficit shown. The European Union also consumed substantially more than its ecosystems could support, with respective figures of about 4.7 and 2.8. A similar imbalance appeared in the Middle East and North Africa, where a footprint of 3.1 was more than three times its biocapacity of 1.0. In Asia-Pacific, the corresponding values were roughly 2.4 and 1.1.

By contrast, Latin America combined a moderate footprint of around 2.9 with an exceptionally high biocapacity of 7.5, giving it the largest surplus by a considerable margin. Sub-Saharan Africa also remained within its ecological capacity, although at much lower levels, with a footprint of 1.2 against biocapacity of 1.9. Globally, the average footprint was approximately 2.7 global hectares per capita, exceeding the capacity of 1.6 by about 1.1.

BAND 8

Part 1 · Band 8 Sample Answer

The chart illustrates the ecological footprint and biocapacity per capita in six regions and worldwide in 2022. The figures are expressed in global hectares per person.

Overall, the footprint was greater than biocapacity in North America, the European Union, the Middle East and North Africa, and Asia-Pacific, as well as at the global level. Only Latin America and Sub-Saharan Africa had more biocapacity than their ecological demand. North America recorded the highest footprint, while Latin America had the greatest capacity.

North America’s ecological footprint was about 7.8 global hectares per capita, almost twice its biocapacity of 4.2. The European Union showed the same pattern, although its figures were lower, at approximately 4.7 and 2.8 respectively. In the Middle East and North Africa, the footprint reached 3.1, compared with only 1.0 for biocapacity. Asia-Pacific also had a deficit, with ecological demand of around 2.4 global hectares per person and a capacity of just 1.1.

Latin America differed sharply from these regions. Its biocapacity was approximately 7.5 global hectares per capita, the highest figure on the chart, whereas its footprint was only 2.9. Sub-Saharan Africa had much smaller values but also maintained a surplus, as its capacity of 1.9 exceeded its footprint of 1.2. Finally, the world average showed a footprint of about 2.7 global hectares per person and biocapacity of 1.6, meaning that global demand was roughly 1.1 hectares above available capacity.

BAND 7

Part 1 · Band 7 Sample Answer

The bar chart shows the ecological footprint and biocapacity per person in six major regions and the world average in 2022. The unit used is global hectares per capita.

Overall, four regions had a larger ecological footprint than their biocapacity. Latin America and Sub-Saharan Africa were the only regions where capacity was higher than demand. North America had the greatest footprint, while Latin America had the highest biocapacity. The lowest figures were found in Sub-Saharan Africa for footprint and in the Middle East and North Africa for biocapacity.

North America’s ecological footprint was about 7.8 global hectares per person, while its biocapacity was around 4.2. The European Union also had a clear gap, with figures of approximately 4.7 and 2.8 respectively. In the Middle East and North Africa, the footprint was 3.1, over three times the capacity of 1.0. Asia-Pacific recorded about 2.4 for its footprint and 1.1 for biocapacity.

Latin America showed a very different result. Its footprint was only around 2.9 global hectares per capita, but its biocapacity reached 7.5, the highest value in the chart. Sub-Saharan Africa had the smallest footprint, at 1.2, and its capacity was somewhat higher at 1.9. The world average was approximately 2.7 for ecological footprint and 1.6 for biocapacity. Therefore, the average person’s demand was about 1.1 global hectares above the available level.

Academic Writing Task 2

Task 2 · Problems and Solutions Essay

Task 2 Prompt

You should spend about 40 minutes on this task. Write at least 250 words.

Write about the following topic:

Online platforms increasingly use algorithms to select news, recommend content and remove inappropriate material. Although these systems help people manage large amounts of information, they may also spread misinformation, increase political divisions and limit the range of opinions that users see.

What problems can the use of algorithms to manage online content cause? What measures can governments and technology companies take to address these problems?

Give reasons for your answer and include any relevant examples from your own knowledge or experience.

BAND 9

Part 2 · Band 9 Sample Answer

Algorithms are indispensable to platforms that must organise an overwhelming volume of posts, videos and news. Yet the same systems can distort public understanding when they determine visibility primarily through predictions of engagement. The resulting problems include the rapid amplification of falsehoods, increasing ideological isolation and unaccountable decisions about permissible speech. Addressing them requires both enforceable public safeguards and fundamental changes to platform design.

The first problem arises from the criteria used to rank content. Material that provokes anger, fear or surprise often attracts immediate attention, regardless of whether it is accurate. An algorithm trained to maximise viewing time may therefore give a misleading claim wider exposure before fact-checkers can respond. Personalised recommendations can compound this effect by repeatedly showing users opinions similar to their own. Over time, different groups may inhabit incompatible information environments, making political compromise harder and encouraging hostility towards opponents.

Automated moderation creates a separate difficulty. Systems may remove legitimate satire, journalism or discussion because they cannot reliably interpret context, while coded abuse escapes detection. These errors can affect minority communities especially severely if the data used to train moderation tools do not adequately represent their language. Moreover, users are rarely told why a particular post was suppressed or recommendation made. This opacity prevents meaningful appeals and makes it difficult to determine whether platforms are applying their rules consistently.

Governments should establish procedural standards without dictating individual political judgements. Large platforms could be required to publish meaningful information about ranking objectives, conduct independent risk assessments and permit qualified researchers to examine how content spreads while protecting personal data. Regulators should also require accessible appeal systems for significant moderation decisions and impose penalties when companies repeatedly ignore clearly demonstrated systemic risks. Such oversight should focus on processes and outcomes rather than allowing governments to decide which lawful opinions people may encounter.

Technology companies must simultaneously redesign their services. Users should be able to choose a chronological feed, adjust recommendation settings and understand why material has appeared. Platforms can reduce impulsive sharing by prompting people to open an article before reposting it, label manipulated media and limit the algorithmic promotion of content whose origin is unclear. Human reviewers with relevant linguistic and cultural knowledge should handle disputed or high-impact moderation cases.

In conclusion, poorly governed algorithms can reward misinformation, deepen political divisions and silence lawful expression through inaccurate moderation. Transparent regulation, independent scrutiny, greater user control and properly supported human review would preserve the benefits of automated organisation while reducing these harms.

BAND 8

Part 2 · Band 8 Sample Answer

Online platforms depend on algorithms to sort enormous quantities of information, but these systems can also create serious social problems. In particular, they may promote unreliable material, place users in narrow information bubbles and make unfair moderation decisions. Governments and technology companies should respond through stronger transparency rules, independent checks and greater control for users.

A major concern is that recommendation systems often reward content that produces the most engagement. Sensational or emotionally charged posts are likely to receive clicks and shares, so an inaccurate story may spread faster than a careful correction. Personalisation can also lead platforms to recommend increasingly similar material based on a person’s previous behaviour. Consequently, users may rarely encounter reasonable opposing arguments, which can strengthen extreme views and increase political division.

Content removal presents another problem. An automated system may misunderstand humour, cultural expressions or reports that quote offensive language for legitimate reasons. It can therefore delete acceptable posts while failing to recognise harmful content written in less familiar forms. Because companies provide limited explanations for many decisions, users may find it difficult to challenge an error. The lack of information also prevents the public from knowing whether political or commercial interests influence the material they see.

Governments can address these issues by requiring major platforms to explain the main factors behind their recommendation systems and publish regular reports about harmful content and moderation errors. Independent specialists should be allowed to audit high-risk algorithms, while regulators should have the power to investigate companies that repeatedly fail to enforce their own policies. However, governments should not directly control individual news recommendations, as this could turn protection against misinformation into political censorship.

Companies themselves should give users practical choices, including the option of a chronological feed and controls that reduce personalisation. They could add warnings to content shown to be false, make the source of political material clearer and slow the mass forwarding of unverified posts. Moderation decisions with serious consequences should be reviewed by trained people, and users should receive a clear reason and a simple appeal process. Platforms can also adjust their performance targets so that time spent online is not valued above reliability and user safety.

Overall, algorithms can spread false information, restrict exposure to different viewpoints and remove content inconsistently. A combination of public oversight and better platform design can reduce these dangers without losing the useful ability of algorithms to organise online information.

BAND 7

Part 2 · Band 7 Sample Answer

Algorithms help online platforms decide which news stories and posts people see, as well as which material should be removed. Although this makes large amounts of information easier to manage, it can cause misinformation, political division and unfair content decisions. Both governments and technology companies have a role in reducing these problems.

One important problem is that algorithms may recommend content because it is popular rather than accurate. Shocking claims often attract more clicks and comments than balanced reports, so false information can quickly reach a large audience. This can be particularly harmful during elections or public emergencies, when people need reliable information. In addition, platforms learn from users’ previous choices and continue showing them similar opinions. People may therefore believe that most others agree with them and become less willing to listen to different political views.

Algorithms used for moderation can also make mistakes. They may remove a harmless joke or a news report because certain words are detected without understanding their context. At the same time, genuinely abusive posts may remain online if they use unfamiliar expressions. Users are often given only a general notice when their material is removed, which makes it difficult to understand the decision or correct an error.

Governments should require large technology companies to provide more information about how their algorithms operate. Companies could publish reports showing how much harmful content was found, how many decisions were appealed and how frequently errors occurred. Independent experts should also be permitted to examine important systems for evidence of bias or unsafe recommendations. Clear laws should require fair appeal procedures, but governments should avoid choosing which legal political opinions platforms are allowed to display.

Technology companies can make several practical changes. They should offer a non-personalised or chronological feed so that users are not forced to accept algorithmic recommendations. Posts identified as misleading can be labelled, and platforms can ask users to read an article before sharing it. Serious moderation cases should be checked by trained human reviewers, particularly when context is important. Companies should also explain why a post was recommended or removed and allow users to appeal easily.

In conclusion, content algorithms can promote false stories, isolate people from opposing views and make incorrect moderation decisions. Greater transparency, independent examination, user choice and human review would help control these risks while allowing platforms to continue organising information efficiently.

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