Pre-reading questions:
I will read each question. Then, please answer them.
- Why do you think scientists want to study creaters on the moon?
- What challenges might they face during landing?
Vocabulary:
I will read the words, meanings, and sample sentences. Then, repeat after me.
- launch /lawnch/
- crater /KREY-ter/
- stability /stuh-bil-i-tee/
- exploration /ek-spluh-REY-shuhn/
- navigation /nav-i-GEY-shuhn/
[verb] – to send something out, especially a vehicle into the air or space
The company launched a new satellite into space last night.
[noun] – a large hole in the ground caused by an explosion or impact
A giant crater was formed when the meteor hit the Earth.
[noun] – the state of being steady and not likely to change or fall
The building has strong stability to withstand earthquakes.
[noun] – the act of traveling to and studying unknown places
Space exploration helps scientists understand planets beyond Earth.
[noun] – the process of planning and controlling the direction of a vehicle or ship
The sailor used a map for navigation during the trip.
Article reading:
Please read the whole article. Then, I will check your pronunciation and intonation.
A private company launched a lunar lander on February 27 to study a crater near the moon’s south pole that never receives sunlight. The spacecraft, called Athena and built by Intuitive Machines, lifted off from NASA’s Kennedy Space Center on a SpaceX rocket. The mission aims to land on March 6, deploying a drone named Grace to explore the crater’s surface. Last year, the company completed the first U.S. lunar landing in over fifty years, though the lander lost stability. More companies, including American and Japanese firms, are joining lunar exploration, with Firefly Aerospace expected to reach the moon first. NASA contributed $62 million, funding scientific tools to support future crewed missions.
The lander, standing 4.7 meters tall, is set to land 160 kilometers from the south pole. The drone Grace, named after computing expert Grace Hopper, will test multiple hops before entering a 20-meter-deep crater. It will use hydrazine-fueled thrusters for movement and cameras and lasers for navigation. Researchers from Hungary and Germany will analyze conditions and search for frozen water. NASA’s drill must land upright to collect soil samples. This mission marks a major step in space exploration, offering vital data on lunar geology and future space habitation.
The lander, standing 4.7 meters tall, is set to land 160 kilometers from the south pole. The drone Grace, named after computing expert Grace Hopper, will test multiple hops before entering a 20-meter-deep crater. It will use hydrazine-fueled thrusters for movement and cameras and lasers for navigation. Researchers from Hungary and Germany will analyze conditions and search for frozen water. NASA’s drill must land upright to collect soil samples. This mission marks a major step in space exploration, offering vital data on lunar geology and future space habitation.
Comprehension questions
I will read each question. Then, please answer them based on the article.
- What is the main goal of the lunar lander Athena?
- When is Athena expected to land on the moon?
- What is the name of the drone that will explore the crater?
- What company built Athena?
- Why is the crater near the south pole special?
Discussion questions
I will read each question. Then, please answer them.
- Have you ever seen a rocket launch on TV or in real life? If so, what did you think about it? If not, would you like to see one in the future?
- Have you ever learned about space missions before? If so, which mission do you remember? If not, what would you like to know about space travel?
- Do you agree that space exploration should continue even if it costs a lot of money?
- Why do you think private companies, not just governments, are now exploring space?
- What do you think is the most important thing we should learn from the moon?