it is helping
i think it might shut down. if its a space satellite it will shut down and float away.
Life of a satellite is principally governed by two things. They arethe thruster fuel tank capacity limit, andthe natural annual change of inclination of the satellite with respect to the earth.
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.
Earth is easily be an life easy on Earth but on space,you cannot breathe air in space,and you cannot survive in a million space trip.
Life on Earth is adapted to Earth's specific conditions such as gravity, atmosphere, and temperature, while life in space would face challenges like microgravity, radiation, and vacuum. Life on Earth has evolved over billions of years to thrive in its environment, whereas life in space would need to adapt through technology or genetic modifications to survive.
Earth.
because it just does
Space exploration technology has led to numerous spinoffs that benefit life on Earth. Notable examples include satellite communication, which enhances global communication and internet connectivity; GPS technology, crucial for navigation; advanced materials used in sports equipment and construction; medical imaging techniques, such as MRI, developed from space-related research; and water purification systems originally designed for space missions that now provide clean water solutions on Earth. These innovations highlight the broader impact of space technology on everyday life.
The Voyager 1 and 2 space probes both carried gold records with recordings of various sounds, including music and greetings, and numerous images from Earth and other information was inscribed on the cover.
Earth: Space: - is a planet - No gravity - supports life - Vaccum - gravity - No gravity or atmosphere - atmosphere
Many technologies developed for space exploration have found applications on Earth, including satellite communications, advanced materials, and medical imaging devices. For instance, NASA's development of infrared thermography for detecting temperature variations in spacecraft has been adapted for medical diagnostics, helping to identify conditions like fever or inflammation. Additionally, the use of water purification systems originally designed for long-duration space missions has been implemented in disaster relief efforts and remote areas on Earth. These innovations demonstrate the broad impact of space technology on everyday life.