Why are the smaller, more dense and rocky terrestrial planets...

How are terrestrial planets formed?

• Volcanic eruption

• Nuclear fusion

• Accretion

• Meteorite impact

What are the key components that make up terrestrial planets?

• wood and plastic

• water and ice

• rock and metal

• gas and dust

How does the size of terrestrial planets impact their characteristics?

• Increasing their water content and atmospheric pressure

• Reducing their surface temperature and magnetic field strength

• Affecting their gravity, atmosphere, and geological activity.

• Causing them to have a larger number of moons

What is the density of terrestrial planets compared to other types of planets?

• More dense and rocky

• More dense and icy

• Less dense and watery

• Less dense and gaseous

What are the factors that contribute to the formation of terrestrial planets?

• Composition of the protoplanetary disk, gravitational accretion, and differentiation of materials

• Distance from the sun, size of the planet, and number of moons

• Presence of liquid water, volcanic activity, and atmospheric composition

• Impact of solar winds, magnetic field strength, and axial tilt

What are the main elements found in the composition of terrestrial planets?

• Organic compounds and ice

• Water and gases

• Radioactive materials and crystals

• Silicate minerals and metals

In what ways does the size of terrestrial planets affect their gravitational pull?

• Larger size results in a stronger gravitational pull.

• Larger size results in a weaker gravitational pull.

• Size has no effect on the gravitational pull of terrestrial planets.

• Smaller size results in a stronger gravitational pull.

What is the average density of terrestrial planets compared to gas giants?

• Terrestrial planets have higher average density compared to gas giants.

• Gas giants have higher average density compared to terrestrial planets.

• The average density of terrestrial planets and gas giants is the same.

• Terrestrial planets have lower average density compared to gas giants.

How do the compositions of terrestrial planets and gas giants differ?

• Terrestrial planets are made of ice and gas giants are made of rock

• Terrestrial planets are larger and gas giants are smaller

• Terrestrial planets are rocky and metallic, while gas giants are primarily composed of hydrogen and helium gases.

• Terrestrial planets have rings and gas giants do not