Environmentally Friendly Vehicles Ielts Reading Answers
Content: Details the mechanics of Battery Electric Vehicles (BEVs) and the historical limitations of battery range and charging times.
21 Passage 3 - Environmentally-Friendly Vehicles Q27-40 - Scribd
Understanding the core concepts of this topic will not only help you find the correct answers more quickly but also improve your vocabulary for the Writing and Speaking sections. 🚗 Understanding the IELTS Context: Green Transportation
Explanation: The passage explicitly mentions that the platinum required in fuel cells makes hydrogen cars significantly more expensive to manufacture than battery electric vehicles (BEVs) at present.
Moving from Internal Combustion Engines (ICE) to alternative power. environmentally friendly vehicles ielts reading answers
When a text contains heavy scientific jargon (e.g., electrochemical, lithium-ion, regenerative ), do not get bogged down trying to understand every word.
Urban transit is evolving to meet environmental challenges and leverage technological advancements
The questions typically include "Yes/No/Not Given" and summary completion. Below are some of the most frequent reading answers found in practice tests Question Topic Standard Answer Explanation/Context Automakers suppressed demand for profit Many companies focused on SUVs for higher margins. Toyota sold 328 RAV4-EVs for market share They were sold to the public after protests. Hybrids combine eco-image with lower price They offered a balance of efficiency and cost. First mass-produced gasoline-electric hybrid Toyota Prius Introduced in 1997 as the first mass-market hybrid. Limitation of the current Prius version Cargo space The battery pack often restricted cargo capacity. Practice Materials and Mock Tests
If you'd like, I can help you with a specific set of questions. Just let me know: Is your test from a book (e.g., Book 15 or 18)? Content: Details the mechanics of Battery Electric Vehicles
Recognizing that early EVs suffered from "range anxiety," engineers developed hybrid electric vehicles (HEVs). This section explains how hybrids bridge the gap. By using a smaller internal combustion engine alongside an electric motor, they maximize fuel efficiency. A crucial concept introduced here is regenerative braking , where the electric motor acts as a generator during slowing down, capturing energy to recharge the battery. Paragraph D: Fuel Cell Technology and Hydrogen
Understanding this text requires more than just a strong vocabulary; it demands a solid grasp of reading strategies like skimming, scanning, and identifying parallel expressions. This article provides a comprehensive breakdown of the passage theme, the core concepts tested, common question types, and proven strategies to help you secure a high band score. Core Themes of the Passage
For these questions, you must match a specific statement or piece of evidence to the paragraph that contains it.
One source of hydrogen is water, but to exploit this resource, electricity is needed. If that electricity is produced by a coal-fired power station, the overall carbon reduction benefit of the fuel-cell disappears. Renewable sources, such as wind and solar power, do not currently produce enough energy for it to be economically viable to use them to manufacture hydrogen. Another source of hydrogen, however, is available: natural gas (methane). By splitting natural gas into its constituent parts, hydrogen and carbon, the hydrogen can be obtained, but this process produces carbon dioxide as a waste product, undermining the "green" credentials of the final fuel. Moving from Internal Combustion Engines (ICE) to alternative
In the early 1990s, the California Air Resources Board (CARB) pushed for zero-emission vehicles.
This guide focuses on the popular IELTS Reading passage titled (often found in Passage 3 of various practice tests) . Direct Answer Key Common answers for this specific passage typically include: True/False/Not Given:
The IELTS reading passage titled explores the evolution of green transportation, focusing on how different technologies aim to reduce our carbon footprint.