Front

What force is primarily responsible for the collapse of the solar nebula during the formation of the solar system?

Back

Gravity is the force that causes the solar nebula to collapse, leading to the formation of the solar system.

Front

How does the ongoing process of solar system formation affect Earth today?

Back

The ongoing formation process leads to impacts from asteroids and comets that can affect Earth's surface.

Front

True or False: Our Solar System consists of our star-the Sun-and its orbiting planets, along with numerous moons, asteroids, comet material, rocks, and dust.

Back

True. The solar system includes the Sun, planets, moons, asteroids, comets, and other materials.

Front

What does 'a rotating cloud of dust and gas' refer to in the context of solar system formation?

Back

It refers to the solar nebula, which is the initial stage in the formation of the solar system.

Front

What process pulled the gas and dust together to form the solar system?

Back

Gravity pulled the gas and dust together to form the solar system.

Front

Define 'solar nebula'.

Back

The solar nebula is a rotating cloud of gas and dust from which the solar system formed.

Front

What is a planetesimal?

Back

A planetesimal is a small body from which a planet originated in the early stages of solar system formation.

Front

What role do asteroids play in the solar system?

Back

Asteroids are remnants from the early solar system that can impact planets, including Earth.

Front

What is the significance of comets in the solar system?

Back

Comets are icy bodies that can provide insights into the early solar system and may impact planets.

Front

How does gravity influence the orbits of planets?

Back

Gravity keeps planets in orbit around the Sun, maintaining their paths in the solar system.