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How did the dust orbiting the sun in a disk come to form the earth?
Mostly gravity.
What object has a tail made of gases and dust?
A comet has a tail composed of gases and dust. As a comet travels through space, it heats up, causing the gases and dust to vaporize and form a glowing tail that points away from the Sun due to solar wind.
How do particles make up an object?
Particles, such as atoms and molecules, come together to form an object through various forces like electromagnetic interactions and nuclear forces. These particles are held together by strong bonds that determine the physical and chemical properties of the object. The arrangement and type of particles present in an object determine its structure and behavior.
Do nebula's die?
Yes, Nebula's die. They die when they get to close to Black Holes.
What do special cells come together to form?
Specialized cells can come together to form tissues, which then combine to form organs. These organs work together to create organ systems that carry out specific functions in the body.
What object has a frozen mass of ice and dust?
A comet is an object that consists of a frozen mass of ice and dust. Comets have tails of gas and dust that form when they approach the Sun and their ice begins to vaporize.
What is a group of stars that form when a lot of gases and dust come together?
A group of stars that form when a lot of gases and dust come together is called a star cluster. Star clusters can be either open clusters, which are loosely bound and contain young stars, or globular clusters, which are tightly bound and contain older stars.
What is raw material collections which slowly swirled together to form galaxies?
Dust clouds or just Dust
What is a short answer for how clouds form?
Dust in the atmosphere attract water vapor which gathers together to form clouds.
A group of stars gases and dust?
This describes a nebula, which is a vast cloud of gas and dust in space where stars are born. The gases and dust within a nebula are the raw materials that eventually come together under gravity to form new stars.
What is the dust theory and how does it explain the formation of celestial bodies in the universe?
The dust theory proposes that celestial bodies in the universe form from clouds of dust and gas. Over time, gravity causes these particles to come together and clump, eventually forming planets, stars, and other objects in space.
What ingredients are needed for a star to form?
Stars cannot form, because all the stars were made in the beginning when God created the Heaven and the earth. A lot of stars have been see to blow up, called novas, and super novas if they're really big, but never, has one star been seen to form. An argument that has been used to claim that stars can form is that if 20 stars next to each other blow up, the the dust remnants of them can come together to form a brand new star. The problem with this is that, due to Boyles Gas Law, when dust in outer space comes together, it creates heat, and that causes the dust to move away again, so using this logic, stars cannot form from star dust, and if the dust could come together, you lose 20 stars to make just one new one, that is still losing, not gaining.
Galaxies are made up of billions of?
Galaxies are made up of billions of stars, along with gas, dust, and dark matter. These components come together to form vast systems that are bound together by gravity.
Why is the skin an example of organs?
Cells come together to form tissue. Tissues come together to form a functional unit called organs. The skin is simply tissues that come together to form several functions.
How did the dust orbiting the sun in a disk come to form the earth?
Mostly gravity.
How do dust snowflakes form in the atmosphere?
Dust snowflakes form in the atmosphere when tiny dust particles serve as nuclei for ice crystals to grow around. These dust particles can come from sources like soil, pollution, or volcanic ash, and when they attract water vapor, they form the structure of a snowflake.
What object do you need to make a planet?
To make a planet, you would need a large amount of matter gravitationally bound together, typically in the form of gases, dust, and debris. These materials would need to come together through processes like accretion and gravitational attraction, eventually forming a spherical body that orbits a star.
