Conditions in space differ from those on Earth in several key ways. Firstly, space is a near-perfect vacuum, meaning there is very low pressure and no atmosphere, which contrasts with Earth's breathable atmosphere. Secondly, temperatures in space can vary dramatically, ranging from extremely hot in direct sunlight to extremely cold in shadow, unlike the more moderate temperatures experienced on Earth. Lastly, microgravity in space causes objects to float, whereas Earth’s gravitational pull keeps everything grounded.
Life support systems on the space station, such as those providing oxygen, temperature control, and air filtration, help create conditions similar to Earth's. Additionally, recycling systems are employed to manage waste and ensure a sustainable environment onboard. Advanced technology like hydroponic systems can also be used to grow plants for food and air purification.
The goal of the Mercury Space Program was to place a manned craft in orbit around the Earth, to determine how a person could function in space, and to bring those people back to Earth safely. The program was successful.
you need to know to what kind of conditions there are on the planet you want to go to ,and then build your spacecraft according tho those conditions that would be the fasted and cheapest way. Why? because it is easier for your spacecraft to go through with the mission your on to whatever.
Astronauts can see the Big Dipper from space, but its visibility depends on their location in orbit. The Big Dipper is part of the Ursa Major constellation, which is best viewed from Earth. In low Earth orbit, astronauts may not have a clear view of it due to the orientation of their spacecraft and the presence of Earth's atmosphere and light pollution. However, from a vantage point outside Earth's atmosphere, they can observe stars, including those that form the Big Dipper, as long as conditions allow.
Robots are an integral part of life on Earth and in space. However, there are far more robots on the surface of the Earth than in space. Some notable robots on earth include manufacturing robots and robotic surgery tools. Those in space include the robots exploring Mars and the solar system.
Conditions in space lack atmosphere, gravity, and protection from radiation, which can have significant impacts on living organisms and equipment. Space is also characterized by extreme temperatures, vacuum, and microgravity, which present unique challenges for human exploration and technology.
There is no wind or anything. The atmospheric conditions of the moon are unimaginably different than those of Earth.
Microgravity: Space is a microgravity environment where objects seem weightless, creating challenges for things like eating, sleeping, and movement. Radiation: Space is filled with higher levels of harmful radiation compared to Earth, exposing astronauts to increased risk of health issues like cancer. Extreme temperatures: In space, temperatures can vary dramatically, with extreme cold in shade and extreme heat in direct sunlight, requiring special equipment for thermal regulation.
With the exception of those that went to the moon, they orbit the earth.
Living in space is different from living on earth because on the space you float and there is no people you can talk to. Also because if we would have the same things as the space we would be floating .As you can see that's why is different.Sincerly:Nancy.m6 Grader
With the exception of those that went to the moon, they orbit the earth.
No, the heat in space is very different from the heat on Earth. In space, there is no atmosphere to trap heat, so objects in direct sunlight can become extremely hot while those in the shade can become very cold. On Earth, the atmosphere helps regulate the temperature and distribute heat more evenly.
earth science
Absolutely NOT!Another AnswerThe Moon is in orbit around the Earth, while the Earth is in orbit (with its 7 siblings) around the Sun. These objects are in SPACE. Space is unimaginably large. All the galaxies we can see (and those we don't see), all the billions of stars in each of those galaxies, all the multiple-billions of planets orbiting those stars.... are all in space.
Life support systems on the space station, such as those providing oxygen, temperature control, and air filtration, help create conditions similar to Earth's. Additionally, recycling systems are employed to manage waste and ensure a sustainable environment onboard. Advanced technology like hydroponic systems can also be used to grow plants for food and air purification.
Yes. The atmosphere interferes for observations.
Average distance from the Sun