Put these steps of solar system formation in order. A solar nebula forms. Gravity pulls the solar nebula upon itself. The solar nebula spins Gas becomes hot and The solar nebula flattens "faster and faster. dense and forms a star. into a disk.

Question

Put these steps of solar system formation in order. A solar nebula forms. Gravity pulls the solar nebula upon itself. The solar nebula spins Gas becomes hot and The solar nebula flattens "faster and faster. dense and forms a star. into a disk.

Answer 1

1. A solar nebula forms.2. Gravity pulls the solar nebula upon itself.3. The solar nebula spins faster and faster.4. The solar nebula flattens into a disk.5. Gas becomes hot and dense and forms a star.

Answer 2

## Step 1: The first step in the formation of the solar system is the formation of a solar nebula. This is a large cloud of gas and dust in space.## Step 2: The next step is the gravitational pull of the solar nebula upon itself. This is due to the force of gravity, which pulls everything towards the center of the nebula.## Step 3: The solar nebula then begins to spin faster and faster. This is due to the conservation of angular momentum, which states that the total angular momentum of a system remains constant unless acted upon by an external torque.## Step 4: The spinning solar nebula flattens into a disk. This is due to the conservation of angular momentum, which causes the nebula to flatten into a disk shape.## Step 5: The gas in the solar nebula becomes hot and dense, forming a star. This is due to the gravitational pull of the nebula, which causes the gas to become denser and hotter, eventually forming a star.

Problemas

Put these steps of solar system formation in order. A solar nebula forms. Gravity pulls the solar nebula upon itself. The solar nebula spins Gas becomes hot and The solar nebula flattens "faster and faster. dense and forms a star. into a disk.

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