there is not enough oxygen on the moon for us to breath. There is no atmosphrere on the moon so they would be depressurised and suffocate. They would also be fried from the suns radiation because there is no atmosphere to deflect it away like on earth
Yes, astronauts can communicate with each other on the surface of the moon using radio communication devices in their space suits or spacecraft. The lack of atmosphere on the moon means that sound waves cannot travel, so they rely on technology for communication.
Astronauts on the moon stay warm inside their spacesuits, which are designed to protect them from extreme temperatures. The spacesuits have several layers of insulation to regulate temperature and provide heating. Additionally, the astronauts' movement and physical activity generate heat, helping to keep them warm.
No, astronauts wear specialized lunar overshoes called "moon boots" over their space suits when walking on the Moon. These moon boots are designed to protect the astronauts from the harsh lunar environment and provide stability on the uneven surface. They are not the same as athletic shoes used for sports on Earth.
Astronauts on the Moon's surface stay grounded due to the Moon's weaker gravity, which is about 1/6th that of Earth. They also wear space suits with weighted boots to help them stay stable and balanced. Additionally, they can use tools like tethers and handrails attached to the lunar lander for further support.
there is not enough oxygen on the moon for us to breath. There is no atmosphrere on the moon so they would be depressurised and suffocate. They would also be fried from the suns radiation because there is no atmosphere to deflect it away like on earth
Yes, astronauts can communicate with each other on the surface of the moon using radio communication devices in their space suits or spacecraft. The lack of atmosphere on the moon means that sound waves cannot travel, so they rely on technology for communication.
Astronauts on the moon stay warm inside their spacesuits, which are designed to protect them from extreme temperatures. The spacesuits have several layers of insulation to regulate temperature and provide heating. Additionally, the astronauts' movement and physical activity generate heat, helping to keep them warm.
No, astronauts wear specialized lunar overshoes called "moon boots" over their space suits when walking on the Moon. These moon boots are designed to protect the astronauts from the harsh lunar environment and provide stability on the uneven surface. They are not the same as athletic shoes used for sports on Earth.
They touched some lunar samples with bare hands, but not the moon itself. They did walk on the moon's surface, but they were in full pressure suits the entire time they were outside the Lunar Module.
Astronauts on the Moon's surface stay grounded due to the Moon's weaker gravity, which is about 1/6th that of Earth. They also wear space suits with weighted boots to help them stay stable and balanced. Additionally, they can use tools like tethers and handrails attached to the lunar lander for further support.
12 astronauts from 6 successful moon landing missions have walked on the moon's surface.
Astronauts wore specially designed space suits called Extravehicular Mobility Units (EMUs) when walking on the moon. These suits protected astronauts from the harsh conditions of space, including extreme temperatures, micrometeoroids, and the lack of atmosphere. The suits were custom-made for each astronaut to ensure a proper fit and functionality during their missions.
No they wore space suits. G-suits are used to counteract the forces of gravity endured by, for example, fighter pilots during high delta-v maneuvers. The Apollo astronauts did not experience high g-forces during landing.
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Around 12 astronauts have worked on the moon.
Twelve astronauts have traveled to the moon as part of the Apollo missions, with only astronauts from Apollo 11, 12, 14, 15, 16, and 17 setting foot on its surface. Therefore, six astronauts have traveled to the moon but did not walk on its surface.