People on Earth communicate with astronauts in space by a special radio and use the word houston like a secret spy code name to signify their calling
Astronauts communicate with people on Earth using communication systems such as satellites, radio waves, and ground stations. They use specialized equipment on the International Space Station or spacecraft to establish connections with mission control centers on Earth. These systems allow for real-time communication between astronauts and ground control teams.
Astronauts mainly communicate in space using radio waves. They use radios to talk to mission control on Earth and to communicate with each other inside the spacecraft. They can also use video conferencing and email for communication purposes.
Astronauts communicate with Earth using radio waves. They utilize communication devices onboard their spacecraft, such as antennas and radios, to transmit signals to ground stations on Earth, which then relay the information to mission control centers. This allows for real-time communication between astronauts in space and their team on the ground.
Astronauts communicate with Earth using radio waves, which can travel through the vacuum of space. Radio signals are transmitted from spacecraft to ground stations on Earth, enabling astronauts to communicate in real-time with mission control and other support teams.
Astronauts communicate in space using a variety of methods such as radios, intercom systems, and video connections. They can communicate with each other, mission control on Earth, and other spacecraft using these systems to coordinate tasks, receive instructions, and stay connected while in space. Additionally, astronauts use specialized software and protocols to ensure effective communication despite the challenges of operating in a zero-gravity environment.
Astronauts communicate with people on Earth using communication systems such as satellites, radio waves, and ground stations. They use specialized equipment on the International Space Station or spacecraft to establish connections with mission control centers on Earth. These systems allow for real-time communication between astronauts and ground control teams.
Astronauts mainly communicate in space using radio waves. They use radios to talk to mission control on Earth and to communicate with each other inside the spacecraft. They can also use video conferencing and email for communication purposes.
Astronauts communicate with Earth using radio waves. They utilize communication devices onboard their spacecraft, such as antennas and radios, to transmit signals to ground stations on Earth, which then relay the information to mission control centers. This allows for real-time communication between astronauts in space and their team on the ground.
Astronauts communicate with Earth using radio waves, which can travel through the vacuum of space. Radio signals are transmitted from spacecraft to ground stations on Earth, enabling astronauts to communicate in real-time with mission control and other support teams.
Because space is a vacuum.
Astronauts communicate in space using a variety of methods such as radios, intercom systems, and video connections. They can communicate with each other, mission control on Earth, and other spacecraft using these systems to coordinate tasks, receive instructions, and stay connected while in space. Additionally, astronauts use specialized software and protocols to ensure effective communication despite the challenges of operating in a zero-gravity environment.
They use radios built in their space suits.
Apollo 11 communicated with people on Earth using a system of radio signals. The spacecraft transmitted signals to antennas on Earth, which were then decoded and relayed to mission control. This allowed astronauts to communicate with ground control and the world during the mission.
Astronauts are people who fly in space
to go and find wifes and marry people
Astronauts want to be one of the few people who get to go into space, to experience living in a weightlessness environment, to look down on the earth from above, and to fully appreciate the vast emptiness of space.
Yes because of the transmitters and receivers that they have.