No.
If you could travel far enough to be at a suitable distance from a star, then yes, there would be the same degree of light as we receive from our sun.
It is obviously the solar system.
They could, but as of now, no astronauts have travelled to any other planets in the solar system.
Light will travel 5.6 million miles (9 million km) in 30 seconds. It doesn't matter where it's going.Pacing off that distance within the solar system, it's enough to get you about 15% of the way fromthe sun to Mercury, and about 11% of the way from earth to Mars when they are closest together.
There is only one Solar System; it is the star system with the star named Sol (our solar system). It is technically incorrect to refer to any other star system as 'a solar system.' Our star system is is also the only star system we know intimately enough (in fine enough detail) to know to have moons. It is not currently possible for us to detect moons orbiting extrasolar planets (planets orbiting other stars). There are 336 objects classified as moons in the Solar System.
It has been suggested that comets originate in the Oort cloud and then travel in long elliptical orbits around the Sun.
The same way all other objects in the solar system travel, it will be back in 2061.
In any solar system; that's what planets do.
in an elipes.
No. They form in the outer solar system where it is cold enough.
It is obviously the solar system.
well...
20,000 mph
They could, but as of now, no astronauts have travelled to any other planets in the solar system.
Solar kamehameha, because it has enough energy to destroy the entire solar system.
Light will travel 5.6 million miles (9 million km) in 30 seconds. It doesn't matter where it's going.Pacing off that distance within the solar system, it's enough to get you about 15% of the way fromthe sun to Mercury, and about 11% of the way from earth to Mars when they are closest together.
The cameras on the probes we have sent are not sensitive enough to detect starlight. The rovers are put in low-power mode at night as most of them are solar powered.
The gravity reaching out to the eight planets in our solar system from the sun is not enough to thrust all of them inside it, but enough not to let them scatter all over the region.