sound needs something to travel through and space has no air for it to travel
There is no air on the moon. Sound waves only propagate through a medium, such as air, water, etc. Sound waves cannot propagate through a vacuum, therefore the astronauts had to use radios to speak to each other.
yes they can communicate they have to
Normally, to communicate in space, astronauts need radios. This is because sound (in this case, speech) requires a medium (such as air) to move through. In space, since there is no air, astronauts cannot talk to one another directly. However, in your case, the astronauts may converse because their helmets are touching - thus giving the sound waves a medium to move through - the helmets.
when they land , so they can communicate with each other. --- The term "Walkie Talkie" is a colloquialism which refers to a hand portable transceiver. Since every spacesuit is fitted with a hands-free transceiver then it is fair to say that they are always using one when suited up.
yes
That's the only way to communicate with sound where there is no air.
Astronauts can communicate with each other in outer space using radio waves. However, the lack of atmosphere in space means there is no medium for sound to travel through, so they can't talk to each other in the same way we do on Earth. Instead, they use radio communication systems built into their spacesuits or spacecraft.
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.
Sound requires a medium, such as air or water, to travel through. In the vacuum of space, there is no medium for sound waves to travel through, so it is impossible for sound to propagate. Astronauts can communicate with each other and with mission control through radio waves instead.
Because space is a vacuum.
In space, sound does not travel because it is a vacuum, meaning there are no molecules to carry sound waves. Astronauts can communicate using radio transmissions inside their spacecraft, but they cannot hear sound like we do on Earth as there is no medium for sound to travel through in outer space.
Astronauts communicate with people on the ground through radio waves, which do not require a medium to travel through space. This is an example of the conversion of sound energy into electromagnetic energy for transmission. On the ground, the electromagnetic waves are converted back into sound waves that we can hear.
Astronauts on the moon used radios to communicate with mission control and other astronauts. The distance to Earth was too great for them to communicate in real time without radios. Additionally, the space suits and helmets they wore made it difficult to communicate verbally with each other.
Astronauts communicate in space using radio communication systems. They wear headsets with a microphone and speak into it to transmit their voice back to mission control on Earth or to their fellow crew members. The sound of their voice travels through the spacecraft or their spacesuit to be heard by others.
Space is completely silent because there is no air or medium for sound to travel through. This means that sound waves cannot be transmitted, resulting in complete silence. However, astronauts can still communicate using radio waves or vibrations within their space suits.
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.
Sound is carried by vibrations of molecules. When you talk here on Earth, air molecules transmit the vibrations and allow others to hear you. In open space there are very few molecules at all so there is nothing to carry the vibrations. Radios use radio waves to transmit information from one to another. These waves move through space by themselves so they can be transmitted from one astronaut to another. Then the radio turns the wave back into sound in the air filled compartment the astronauts breath in.