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What else can I help you with?
What would you see in space?
In space, you would see stars, planets, moons, galaxies, and other celestial bodies. The view would vary depending on where you are in the universe and what instruments you are using to observe. It would be a vast and awe-inspiring sight.
How do planets differ from a star?
Planets differ from stars primarily in their composition and processes. Stars, like the Sun, generate energy through nuclear fusion in their cores, producing light and heat, while planets do not undergo this process and instead reflect light from stars. Additionally, stars are often much larger and more massive than planets, which can orbit them. Planets are usually solid, gaseous, or icy bodies that can have atmospheres, but they lack the self-sustaining fusion that defines stars.
Why don't planets collide with each other?
all stars can be look at as rotating magnets. spinning magnets have alternating magnetic fields. This effect causes stars to basically bounce off each others magnetic field and line them self up by their magnetic intensity.
Why does Jupiter have to spin?
The planet Jupiter must spin to keep its self up its called gravity and without it all the planets would go around space and collide of worse so it must "spin" to keep "afloat "
What two particles collide in the photoelectric?
go finger your self
What two particles collide in the photoelectric effect?
go finger your self
Who named the planets and why?
yo stupid self
What is the name for planets that give out their own light?
Planets that emit their own light are referred to as "self-luminous" or "intrinsically luminous" objects. However, in astronomy, most planets do not produce their own light; instead, they reflect the light of their parent stars. The term "exoplanets" often describes planets outside our solar system, and while they may have some heat or light from internal processes, they primarily shine by reflecting starlight. In contrast, stars are the celestial bodies that generate their own light through nuclear fusion.
Is it possible to transform gas planets into solid planets?
Swarms of self replicating robotics machines may be able to transform gas planets into solid planets
What is the difference between the orbits of moons and the orbits of asteroids?
The primary difference between the orbits of moons and asteroids lies in their gravitational relationships and orbital paths. Moons typically orbit planets and are held in place by the planet's gravity, often following relatively stable and predictable paths. In contrast, asteroids primarily orbit the Sun, and their orbits can be more varied and eccentric, influenced by gravitational interactions with other celestial bodies. Additionally, moons are generally larger and more spherical due to self-gravity, while asteroids can be irregularly shaped and smaller.
Do all planets self rotate like earth?
yes
A star is considered the building blocks of the universe why?
Consciousness in its pure state Then it is sensed as energy Right from energy matter gets projected as space and time emerge out of consciousness So we have a fantastic ground to play Finally to get merged within pure consciousness, self realization process is essential.
