The sun is a star, so from anywhere in the universe, the sun would look like a star. However, if you mean "Does the sun look like all the other stars in the universe, from Jupiter", then no. The sun would still be considerably brighter that all the other stars.
The sun appears significantly dimmer from Jupiter compared to Earth because Jupiter is much farther away from the sun than Earth. The sun would look like just another bright star in the sky from Jupiter, rather than the intense, dominant source of light we see from Earth.
Jupiter is a planet, not a star, because it does not generate its own light through nuclear fusion like stars do. Instead, Jupiter reflects light from the Sun. Additionally, Jupiter is much smaller than stars and orbits a star (the Sun) like other planets in our solar system.
Jupiter and the sun are both composed mostly of hydrogen and helium, and both emit their own light and radiation. However, Jupiter is a gas giant planet, while the sun is a star. Jupiter does not have enough mass to sustain nuclear fusion in its core like the sun does.
Jupiter is the largest planet in the Solar system, but it is not larger than the Sun. The Sun is about 10 times larger than Jupiter.
No, the Sun, Mercury, Venus, Earth, Moon, Mars, Jupiter, and Saturn are not stars. They are celestial bodies in our solar system. Stars are massive balls of gas that undergo nuclear fusion and emit light and heat, like our Sun.
The sun appears significantly dimmer from Jupiter compared to Earth because Jupiter is much farther away from the sun than Earth. The sun would look like just another bright star in the sky from Jupiter, rather than the intense, dominant source of light we see from Earth.
No Jupiter is a planet and the sun is a star. Also despite its large size Jupiter is quite a bit smaller than the sun
The Sun is by far the nearest star to Jupiter.
No, Jupiter is not a failed sun. It is a gas giant planet that did not have enough mass to ignite and sustain nuclear fusion like a star.
well it's Jupiter, because sun is a star and Jupiter is a planet, simple..
Jupiter is a planet, not a star, because it does not generate its own light through nuclear fusion like stars do. Instead, Jupiter reflects light from the Sun. Additionally, Jupiter is much smaller than stars and orbits a star (the Sun) like other planets in our solar system.
Jupiter and the sun are both composed mostly of hydrogen and helium, and both emit their own light and radiation. However, Jupiter is a gas giant planet, while the sun is a star. Jupiter does not have enough mass to sustain nuclear fusion in its core like the sun does.
From the distance of Pluto, the Sun would look like a very bright star.
Although Jupiter is comprised of similar materials to the Sun - mainly hydrogen and helium, it does not have enough mass to heat the core of the planet to 10,000oK. This is a requirement for nuclear fusion to occur and without that, Jupiter is not a star, but a planet. For Jupiter to become a star, it would have to accumulate 75% more mass to achieve this.
No. It wouldn't be as big or as bright as it is here, but you can still see it
Jupiter is the largest planet in the Solar system, but it is not larger than the Sun. The Sun is about 10 times larger than Jupiter.
Callisto is a moon of Jupiter, so on average it is the same distance from the Sun as Jupiter is. You can easily look up the distance from the Sun to Jupiter.