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Which of the following is NOT a way that terrestrial and jovian planets differ?
between the orbits of Mars and Jupiter.
All planets have densities greater than that of water, one gram/cm3.
Descartes leftovers from star formation.
All terrestrials are more dense than any of the jovians.
Galileo.
to determine the origin and evolution of the solar system
ecliptic.
Jovian orbits are more eccentric than terrestrials, and farther off the ecliptic.
Most asteroids are found:
between the orbits of Mars and Jupiter.
All planets have densities greater than that of water, one gram/cm3.
Descartes leftovers from star formation.
All terrestrials are more dense than any of the jovians.
Galileo.
to determine the origin and evolution of the solar system
ecliptic.
Jovian orbits are more eccentric than terrestrials, and farther off the ecliptic.
What is the goal of comparative planetology?
between the orbits of Mars and Jupiter.
All planets have densities greater than that of water, one gram/cm3.
Descartes leftovers from star formation.
All terrestrials are more dense than any of the jovians.
Galileo.
to determine the origin and evolution of the solar system
ecliptic.
Jovian orbits are more eccentric than terrestrials, and farther off the ecliptic.
How do the densities of the jovian and terrestrial planets compare?
between the orbits of Mars and Jupiter.
All planets have densities greater than that of water, one gram/cm3.
Descartes leftovers from star formation.
All terrestrials are more dense than any of the jovians.
Galileo.
to determine the origin and evolution of the solar system
ecliptic.
Jovian orbits are more eccentric than terrestrials, and farther off the ecliptic.
The plane in which almost all planets orbit the sun is called the:
between the orbits of Mars and Jupiter.
All planets have densities greater than that of water, one gram/cm3.
Descartes leftovers from star formation.
All terrestrials are more dense than any of the jovians.
Galileo.
to determine the origin and evolution of the solar system
ecliptic.
Jovian orbits are more eccentric than terrestrials, and farther off the ecliptic.
Our best close-up views of the jovian moons came from the many passes by:
between the orbits of Mars and Jupiter.
All planets have densities greater than that of water, one gram/cm3.
Descartes leftovers from star formation.
All terrestrials are more dense than any of the jovians.
Galileo.
to determine the origin and evolution of the solar system
ecliptic.
Jovian orbits are more eccentric than terrestrials, and farther off the ecliptic.
The solar nebula concept of planet formation around the protosun dates back to:
between the orbits of Mars and Jupiter.
All planets have densities greater than that of water, one gram/cm3.
Descartes leftovers from star formation.
All terrestrials are more dense than any of the jovians.
Galileo.
to determine the origin and evolution of the solar system
ecliptic.
Jovian orbits are more eccentric than terrestrials, and farther off the ecliptic.
Which statement about density is NOT correct?
between the orbits of Mars and Jupiter.
All planets have densities greater than that of water, one gram/cm3.
Descartes leftovers from star formation.
All terrestrials are more dense than any of the jovians.
Galileo.
to determine the origin and evolution of the solar system
ecliptic.
Jovian orbits are more eccentric than terrestrials, and farther off the ecliptic.
Check it!