It is possible, but the observer wouldn't see the eclipses that we observe from earth's surface. There would certainly not be another planet that offers the perfect total solar eclipses that we enjoy. They are a happy accident of time for us. The moon (which is very slowly moving farther away) is at the perfect distance to give us those magnificent eclipses where the face of the sun is perfectly blocked.
No, it might form from another planet but definitely not on another planet.
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Because the Earth is 3/4 water. So we might expect that 3/4 of the solar eclipses will occur on water.
the galaxy has difrent kinds of mass arouund each planet depending on what planet you are speaking of, it might be because of mass of the planet or what size a revolution (size of a complete circle) it must make
It is my personal opinion that Earth cannot be the only planet that has abundant life. I believe that if life is going to be discovered on another planet that it will be the newest plant to be discovered, planet Kepler 186f.
No, it might form from another planet but definitely not on another planet.
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yes the scientist say that there is a new planet to live on
Probably yes.There might have been another planet that we don't know yet.It might have been hit by a metior rock and that planet went and crashed into earth andkilled all the dinasaurs
therre might be if you kiss me
The day is the period of a planet's rotation, or how long it takes to spin once on its axis. Day might also refer to the fraction of its rotational period when an observer can see the Sun, as opposed to night, when the sun is below the horizon.
The money it takes to have the space craft and gasoline and oxygen to power it.
I might not be a planet . .
No Pluto has been re-classified as a "plutoid" or a miniature planet. There might be another large planet beyond Pluto bur no one has been able to identify it yet. Whet it will be called if found is anybody's guess.
An antonym of speaker might be observer, or maybe listener.
No planet that we know of has only 2.7 hours of daylight - the rotational period of the fastest planet in our solar system is 9 hours 55 minutes (for Jupiter). The planet Uranus occupies an orbit at about 2.7 light hours distance (about 2 hours 40 minutes) from the Sun - but its distance does not affect how many hours of daylight it receives, since it is constantly illuminated regardless of its spin. An observer on Uranus would see a somewhat strange day, owing to its axial tilt - the planet orbits "on its side" - the observer might see the sun for half of its year at a time, in a spiral path around its daytime sky.
Most likely not as the term "reptile" on earth refers to a particular group of tetrapods on earth. If similar animals were discovered on another planet they might be referred to as "repiloids"or something to that effect by scientists. Though they might be called reptiles in everyday speech.