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Master the 2026 TOEFL Integrated Writing task with 4 scored samples on electric vehicle adoption. See exact rubric breakdowns, 15+ academic collocations, and 20-minute structuring strategies aligned to the new CEFR 1–6 scale.
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Master the 2026 TOEFL Integrated Writing task with 4 scored samples on electric vehicle adoption. See exact rubric breakdowns, 15+ academic collocations, and 20-minute structuring strategies aligned to the new CEFR 1–6 scale.
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The 2026 TOEFL iBT Integrated Writing task requires summarizing a lecture that challenges a reading passage about electric vehicle (EV) adoption. A top-scoring response accurately maps all three lecture counterpoints to the reading claims, uses precise academic phrasing, and stays within 250–300 words. Below are four model answers aligned to ETS’s new 1–6 CEFR scale, plus scoring breakdowns and vocabulary.
Reading Passage: Argues that widespread electric vehicle adoption will reduce urban air pollution, lower long-term transportation costs for consumers, and decrease national reliance on imported petroleum. Cites infrastructure investments and battery efficiency improvements as key drivers.
Lecture: Challenges each reading claim. Argues that (1) EV manufacturing and grid electricity still produce significant emissions, (2) upfront purchase costs and battery replacements offset long-term savings, and (3) domestic lithium and cobalt mining create new geopolitical vulnerabilities, not independence.
Task: Summarize the points made in the lecture, explaining how they challenge the specific arguments in the reading passage.
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The reading passage promotes electric vehicles (EVs) as a solution to pollution, cost burdens, and petroleum dependence. However, the lecturer systematically refutes each claim by presenting contradictory evidence regarding production emissions, hidden consumer expenses, and supply-chain vulnerabilities.
First, while the author asserts that EVs will significantly improve urban air quality, the professor counters that manufacturing EV batteries is highly energy-intensive, and many regional power grids still rely on fossil fuels. Consequently, shifting to EVs merely relocates rather than eliminates greenhouse gas emissions, undermining the reading’s environmental premise.
Second, the text suggests that drivers will achieve substantial financial savings over time. In contrast, the speaker highlights that the initial purchase price remains prohibitive for average households. Furthermore, when battery degradation necessitates expensive replacements, long-term savings evaporate, contradicting the passage’s economic argument.
Finally, the author claims that electrifying personal transport will reduce reliance on foreign oil. The lecturer disputes this by explaining that critical battery materials like lithium and cobalt are concentrated in a few nations. Therefore, dependence simply shifts from petroleum cartels to mineral-exporting countries, leaving domestic energy security unchanged. Overall, the lecture demonstrates that EV adoption presents structural limitations the reading overlooks.
Scoring Breakdown:
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The reading argues that electric vehicles will clean the air, save money, and reduce dependence on foreign oil. The lecture challenges these three points by explaining that the benefits are not as clear as the passage suggests.
To begin, the author says EVs will lower pollution. The professor disagrees, pointing out that making batteries requires a lot of electricity. Since many power plants still burn coal or natural gas, EVs might just move the pollution from the street to the factory or power station. This means the environmental benefit is limited.
Next, the passage claims drivers will save money in the long run. However, the lecturer notes that buying an EV costs much more upfront. She also explains that batteries wear out after several years and need costly replacement. When these expenses are added together, consumers may not actually save money, which weakens the reading’s financial argument.
Lastly, the text states that EVs will reduce reliance on imported oil. The speaker counters this by explaining that battery materials like lithium and cobalt are mostly mined outside the country. Therefore, instead of depending on oil-producing nations, the country will depend on mineral-exporting ones. In summary, the lecture shows that EV adoption creates new problems rather than solving old ones.
Scoring Breakdown:
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The reading passage talks about electric vehicles and says they are good for the environment, cheaper over time, and will help the country not need oil from other places. The lecture does not agree with the reading and gives three different reasons.
First, the reading says EVs will make air cleaner. The professor says that making the batteries uses a lot of energy. Many places get electricity from burning fossil fuels. So the pollution is just happening in different places. The reading does not mention this.
Second, the passage says people will save money. The speaker says EVs are expensive to buy. Also, batteries break after some years and cost a lot to fix. If people pay for the car and then pay for a new battery, they will not save money like the reading says.
Third, the author says we will not need foreign oil anymore. But the lecturer points out that lithium and cobalt come from other countries. So we will depend on those countries for car batteries instead of oil. The reading ignores this problem.
In conclusion, the lecture shows that EVs have some problems. The reading only talks about the good points, but the professor gives facts that show EVs are not as perfect as the author thinks.
Scoring Breakdown:
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The reading passage says electric vehicles are very good for pollution and money. It also says we will not need oil from other countries. But the lecture says different things.
First, the reading says EVs make air clean. The lecture says making batteries uses electricity. If electricity comes from coal, then it is not clean. The reading does not say this.
Second, the reading says people save money. The lecture says EV cars are very expensive. And batteries need to be replaced, which costs money. So people might not save money.
Third, the reading says we don't need foreign oil. The professor says lithium and cobalt are from other countries too. So we still depend on them.
To sum up, the reading has some good ideas but the lecture explains why EVs are not perfect. The professor thinks the reading is too positive and misses important facts about energy and money.
Scoring Breakdown:
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| Term | Definition | Example Collocation | |------|------------|---------------------| | Undermine | Weaken or call into question | undermine the environmental premise | | Prohibitive | Too expensive for most people | prohibitive upfront cost | | Degradation | Gradual loss of quality/function | battery degradation over time | | Geopolitical | Relating to international power dynamics | geopolitical vulnerabilities | | Energy-intensive | Requiring large amounts of power | energy-intensive manufacturing process | | Relocate | Move emissions/activity elsewhere | relocate rather than eliminate emissions | | Evaporate | Disappear quickly | long-term savings evaporate | | Cartels | Associations of suppliers controlling markets | petroleum cartels vs. mineral exporters | | Offset | Counterbalance or compensate for | offset long-term consumer costs | | Synthesize | Combine multiple sources into one view | synthesize reading and lecture claims | | Disproportionate | Out of proportion to size/amount | disproportionate reliance on imports | | Infrastructural | Related to foundational systems | infrastructural investments lag behind | | Counterpoint | An opposing argument | present a valid counterpoint | | Lifecycle | Full span from production to disposal | lifecycle emissions assessment | | Subsidize | Government financial support | subsidize domestic extraction |
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