Pre-reading questions:
I will read each question. Then, please answer them.
- What do you think it would be like to live on another planet?
- If you could name a new planet, what would you call it and why?
Vocabulary:
I will read the words, meanings, and sample sentences. Then, repeat after me.
- interior /in-TEER-ee-er/
- surface /SUR-fis/
- molten /MOHL-tn/
- habitable /HAB-i-tuh-buhl/
- pressure /PRESH-er/
[noun] – the inside part of something
She entered the interior of the cave to explore its wonders.
[noun] – the outer or top part or layer of something
They walked on the surface of the moon during the mission.
[adjective] – melted by heat
The molten metal was poured into molds to make the sculpture.
[adjective] – suitable for living or life
After years of restoration, the abandoned building became habitable again.
[noun] – the force exerted by the atmosphere
The pressure at the bottom of the ocean is much higher than at sea level.
Article reading:
Please read the whole article. Then, I will check your pronunciation and intonation.
New research suggests that Venus, Earth’s closest planetary neighbor, probably never had oceans. Although Venus is similar in size and rocky composition to Earth, the study found that its interior is very dry. Scientists analyzed volcanic gases in Venus’s atmosphere, revealing an interior with little water. They believe that Venus’s surface was once covered in molten rock, which prevented the formation of liquid water. Unlike Earth, where volcanic gases are over 60% water vapor, Venusian volcanic gases contain less than 6%, pointing to a dry past. This challenges earlier ideas of hidden water reservoirs and confirms that Venus’s extreme surface conditions make it uninhabitable.
The study offers important insights into how planets evolve and become habitable. It shows how two planets with similar traits can develop differently because of their early conditions. Venus has extreme surface temperatures of 465°C, atmospheric pressure 90 times that of Earth, and sulfuric acid clouds, making it impossible for life. On the other hand, Mars, the fourth planet from the Sun, has signs of past liquid water, with possible underground reservoirs. Future missions like NASA’s DAVINCI and ESA’s EnVision will explore Venus’s atmosphere and surface, helping us understand why Venus and Earth, often called sister planets, took such different evolutionary paths.
The study offers important insights into how planets evolve and become habitable. It shows how two planets with similar traits can develop differently because of their early conditions. Venus has extreme surface temperatures of 465°C, atmospheric pressure 90 times that of Earth, and sulfuric acid clouds, making it impossible for life. On the other hand, Mars, the fourth planet from the Sun, has signs of past liquid water, with possible underground reservoirs. Future missions like NASA’s DAVINCI and ESA’s EnVision will explore Venus’s atmosphere and surface, helping us understand why Venus and Earth, often called sister planets, took such different evolutionary paths.
Comprehension questions
I will read each question. Then, please answer them based on the article.
- What does new research suggest about Venus and its oceans?
- What did scientists find when they analyzed volcanic gases on Venus?
- What is believed to have once covered Venus’s surface?
- How much water vapor is in Venusian volcanic gases compared to Earth’s?
- What will the future missions to Venus help scientists understand?
Discussion questions
I will read each question. Then, please answer them.
- Have you ever thought about how planets like Venus are different from Earth? If yes, what did you think about Venus’s environment? If not, what do you think makes Earth different from other planets?
- Have you ever read about the planets in our solar system? If yes, which planet did you find most interesting and why? If not, would you like to learn more about planets?
- Do you agree with the idea that planets with similar traits can evolve very differently?
- If Venus had oceans in the past, what do you think might have caused them to disappear?
- What lessons might we learn from how Venus developed?