As long as the solar cells powering the transceiver (transmitter/receiver), that device should work on the moon.
Solar panels work in space, so do FM transceivers, so yeah, sure! Your radio won't make a sound though :-)
No because the Moon does not have a magnetic field like the Earth does. The Earth's magnetic field appears to be created by a liquid metalic out core circulating around a solid core. This works like a dynamo which creates the magnetic field around the Earth. The Moon lacks a similar core stucture. This is also the reason why the Monn has no atmosphere.A magnetic compass would not work on the moon, for the moon does not have the magnetic field that the earth has, allowing us to use this device.No, because moon does not have magnetic force like earth
The Phases of the moon are Full moon,Waxing Gibbous,Waning Gibbous, Waxing Cresent, Waning Cresent and New Moon.
We landed a man on the moon because of it!
We must assume that Susie's weight was recorded on earth. Since she weighs 300N on earth, her mass is 30.61 kilograms. If her weight had been 300N somewhere else, like on Mars or the moon, it would mean that her mass is some different figure.
It is impossible to put a toothpaste back into its tube. It is impossible to jump to the moon.
yes it could
A solar-powered FM receiver transmitter is a transceiver (receiver/transmitter) that is set up for operation on FM (frequency modulation) and is powered by something like solar cells (photovoltaic devices).
Earth Moon Earth (EME) transmitters can be used from any location with regular vision of the moon. The transmitters rely on sending signals that bounce to the moon and back to a location on earth.
Yes, It does. You must remember that the light of the sun reaches there and this allows it to work. Otherwise any factor of the moon does not prevent it from working
by either completing all the jobs or buying the transmitter ray from petpet park mall 300nc
The Moon has several problems that make it insuitable for communications purposes at this time: - It is very far away, so a signal would take about 2.7 seconds to make the round trip to the Moon and back, many communications require much shorter delays than this. - It is very far away, so signals would tend to dissipate a lot going in both directions and would be relatively weak once they reached their destination and require a proportionally more powerful receiver or transmitter. - It is very far away, so it would be difficult to put a relay station there and difficult to maintain any relay station after it was in place. - There is only one of them, so only about half of the Earth's surface has a line of sight to it at any one time. For these reasons, artificial satellites orbiting the Earth are considerably more effective for communications than a relay station on the Moon would be.
life would moon be on life on moon
By radio. They had microphones in their helmets and radio transmitter/receiver units in the PLSS (Personal Life Support System, pronounced pliss, the big backpacks they wore). The signal produced by the PLSS unit would be picked up by the LM which relaedy the communication to Earth. For speaking between themselves, the PLSS units could both send and receive, so the astronauts were in direct communication with each, similar to if you and your friend were walking around in a park with walkie-talkies.
No they are not. The moon is round so a half moon would be half of the moon showing while a quarter moon would 1 out of 4 parts of the moon.
If I were to be in space which would be awsome I would be or you would be 3kg on the moon. If you were 30 kg you would be 5kg on the moon.
then there would be no moon
If you were on the moon your weight would lower, as there is no gravity.