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Daughter Theory
The rocky inner planets and gas giant outer planets form.
A huge cold nebula had areas of higher density
The left over planetesimals were flung inward or outward.
The material in the center of the nebula becomes a ball of gas in which is hot enough for nuclear fusion to begin.
The Earth was spinning so fast that a large piece bulged out and separated ending up in orbit.
A fragment of the nebula began to contract and rotate
The disk becomes flatter and the temperature at the center of the disk increases.
The dust and gases of the Earth region of the solar system formed two large masses. They formed in the same way at the same t
Big Bang Theory Step 1
The rocky inner planets and gas giant outer planets form.
A huge cold nebula had areas of higher density
The left over planetesimals were flung inward or outward.
The material in the center of the nebula becomes a ball of gas in which is hot enough for nuclear fusion to begin.
The Earth was spinning so fast that a large piece bulged out and separated ending up in orbit.
A fragment of the nebula began to contract and rotate
The disk becomes flatter and the temperature at the center of the disk increases.
The dust and gases of the Earth region of the solar system formed two large masses. They formed in the same way at the same t
Sisters Theory
The rocky inner planets and gas giant outer planets form.
A huge cold nebula had areas of higher density
The left over planetesimals were flung inward or outward.
The material in the center of the nebula becomes a ball of gas in which is hot enough for nuclear fusion to begin.
The Earth was spinning so fast that a large piece bulged out and separated ending up in orbit.
A fragment of the nebula began to contract and rotate
The disk becomes flatter and the temperature at the center of the disk increases.
The dust and gases of the Earth region of the solar system formed two large masses. They formed in the same way at the same t
Big Bang Theory Step 5
The rocky inner planets and gas giant outer planets form.
A huge cold nebula had areas of higher density
The left over planetesimals were flung inward or outward.
The material in the center of the nebula becomes a ball of gas in which is hot enough for nuclear fusion to begin.
The Earth was spinning so fast that a large piece bulged out and separated ending up in orbit.
A fragment of the nebula began to contract and rotate
The disk becomes flatter and the temperature at the center of the disk increases.
The dust and gases of the Earth region of the solar system formed two large masses. They formed in the same way at the same t
Big Bang Theory Step 7
The rocky inner planets and gas giant outer planets form.
A huge cold nebula had areas of higher density
The left over planetesimals were flung inward or outward.
The material in the center of the nebula becomes a ball of gas in which is hot enough for nuclear fusion to begin.
The Earth was spinning so fast that a large piece bulged out and separated ending up in orbit.
A fragment of the nebula began to contract and rotate
The disk becomes flatter and the temperature at the center of the disk increases.
The dust and gases of the Earth region of the solar system formed two large masses. They formed in the same way at the same t
Big Bang Theory Step 8
The rocky inner planets and gas giant outer planets form.
A huge cold nebula had areas of higher density
The left over planetesimals were flung inward or outward.
The material in the center of the nebula becomes a ball of gas in which is hot enough for nuclear fusion to begin.
The Earth was spinning so fast that a large piece bulged out and separated ending up in orbit.
A fragment of the nebula began to contract and rotate
The disk becomes flatter and the temperature at the center of the disk increases.
The dust and gases of the Earth region of the solar system formed two large masses. They formed in the same way at the same t
Big Bang Theory Step 2
The rocky inner planets and gas giant outer planets form.
A huge cold nebula had areas of higher density
The left over planetesimals were flung inward or outward.
The material in the center of the nebula becomes a ball of gas in which is hot enough for nuclear fusion to begin.
The Earth was spinning so fast that a large piece bulged out and separated ending up in orbit.
A fragment of the nebula began to contract and rotate
The disk becomes flatter and the temperature at the center of the disk increases.
The dust and gases of the Earth region of the solar system formed two large masses. They formed in the same way at the same t
Big Bang Theory Step 4
The rocky inner planets and gas giant outer planets form.
A huge cold nebula had areas of higher density
The left over planetesimals were flung inward or outward.
The material in the center of the nebula becomes a ball of gas in which is hot enough for nuclear fusion to begin.
The Earth was spinning so fast that a large piece bulged out and separated ending up in orbit.
A fragment of the nebula began to contract and rotate
The disk becomes flatter and the temperature at the center of the disk increases.
The dust and gases of the Earth region of the solar system formed two large masses. They formed in the same way at the same t
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