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No. There are more than 8 planets in the universe. The Sun (our star) does shine on all planets in our solar system, just in different amounts.

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16y ago

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Related Questions

Why does a planet shine?

A planet reflects light from another sourse such as the sun.


Why do planet shine?

Planets shine because they reflect sunlight that falls on them. The amount of shine or brightness of a planet depends on its size, distance from the sun, and the composition of its atmosphere. Additionally, the reflective properties of the planet's surface also play a role in how brightly it shines.


Do a sun shine in a tropical rainforest?

The sun shines on all areas of our planet.


Does the sun shine every day in Britain?

Yes because if the sun didn't shine it won't be bright


What makes the sun shine and what make it hot?

the heat in outer space makes it shine and be hot


How the moon and the planet shine?

That's because the sun's(or the star in that solar system) light reflects of the moon or the planet


Is the moon the nearest planet to the sun?

No. Mercury is the closest planet to the sun. The moon is not a planet and is the closest object in space to Earth.


Is the sun the biggest planet in space?

No, simply because it isn't a planet.


Which planet orbits the sun every 165 days?

Mercury is the planet that orbits the sun every 165 days. It is the closest planet to the sun in our solar system and has the shortest orbital period.


Where is Venus in space?

Venus is the second planet from the sun


Where did vonetta flowers live?

They lived on planet Earth, The third planet from the sun, in SpAcE


A planet will orbit its sun because the gravitational force of the sun pulls on the planet. the gravitational force of the planet pulling on the sun is?

equally strong but acts in the opposite direction. According to Newton's third law of motion, for every action, there is an equal and opposite reaction. Therefore, while the sun's gravity keeps the planet in orbit, the planet also exerts a gravitational pull on the sun, contributing to the mutual gravitational interaction that governs their motions. This interplay ensures that both the planet and the sun influence each other's trajectories in space.