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Matter of all types have gravity, which causes it to attract to each other. The most efficient way for all this matter to congregate is the sphere. As they consolidate, they form the shape. As they compress, temperatures in the center of the mass start to go up and if it hits the proper point, it can ignite and become a star.
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Why are large astronomical bodies round?
Large astronomical bodies, such as planets and stars, are generally round due to the force of gravity. As these bodies accumulate mass, gravity pulls matter towards the center, creating a shape that minimizes potential energy. This spherical shape allows for uniform distribution of gravitational forces, ensuring stability. Additionally, the fluid nature of materials under high pressure and temperature, particularly in celestial bodies like stars, further promotes a round shape.
What does the moon And the Stars have in common?
They are astronomical bodies.
Why are large astronomical bodies such as planet and stars around?
all parts of the planet pulled each other toward the center of the mass by gravity
What blocks out the visibility of stars?
Cosmic dust and other astronomical bodies.
Why are strong astronomical bodies such as planets and stars round?
A combination of gravity (pulling inward in all directions) and centrifugal force from rotation (pulling outward at the equator) produces a spheroidal shape.
What is constalation a number of?
It is a number of astronomical objects which may be stars, galaxies or other large radiant objects.
Why are planets moons ans stars all round?
Planets, moons, and stars are round due to gravity. Gravity pulls objects towards their center of mass, causing them to form into a spherical shape. This is the most stable and efficient configuration for large celestial bodies.
What is astronomical survey?
Its a branch of land surveying were positions are determined by using celestial bodies eg stars,sun etc
Why are large astronomical bodies such planet and stars round?
Matter of all types have gravity, which causes it to attract to each other. The most efficient way for all this matter to congregate is the sphere. As they consolidate, they form the shape. As they compress, temperatures in the center of the mass start to go up and if it hits the proper point, it can ignite and become a star.
Are stars moons?
No, stars and moons are two different astronomical bodies. Stars are massive bodies that emit light and produce energy through nuclear fusion, while moons are natural satellites that orbit planets. Moons do not produce their own light but reflect light from the Sun.
How do you define a cluster?
In astronomy, a cluster is a large group of celestial bodies such as stars or galaxies.
What are the astronomical bodies from oldest to youngest?
The oldest astronomical bodies are likely the stars in the universe, which formed around 13.8 billion years ago. Next are galaxies, which began forming shortly after the Big Bang. Planets, moons, asteroids, and other smaller bodies in our Solar System are relatively younger, with Earth estimated to be around 4.5 billion years old.
