Jovian planets small rocky interior surrounded by liquids and gases of low Z elements compounds of these elements which condense at low temperatures (such as ammonia and methane) Jupiter Large mass (equatorial diameter 142,796 km compared to Earth 12,769 km), because of this still has a lot of initial heat, it radiates 2.5 times the energy that it receives from the sun Saturn Rings composed of particles which orbit perpendicular to the axis of rotation Uranus Rotation axis on its side (in the plane of the ecliptic), large bolide knocked it on its side?
(Jovian planets small rocky interior; surrounded; by liquids and gases of low Z elements) (Saturn Rings; composed; of particles) (these elements; condense; L:at low temperatures (such as ammonia and methane) (particles; orbit; L:perpendicular to the axis of rotation Uranus Rotation axis on its side) (large bolide; knocked; it; L:on its side; L:in the plane of the ecliptic) (it; radiates; 2.5 times the energy that it receives from the sun Saturn Rings composed of particles which orbit perpendicular to the axis of rotation Uranus Rotation axis on its side (in the plane of the ecliptic)) Context(it radiates,List([309, 320))):(142,796 km; has; a lot of initial heat; T:still) (2.5 times the energy; receives; from the sun)
it radiates,List([309, 320))
Jovian planets small rocky interior Saturn Rings these elements particles large bolide it 142,796 km 2.5 times the energy
surrounded composed condense orbit knocked radiates has receives
by liquids and gases of low Z elements
of particles
L:at low temperatures (such as ammonia and methane
L:perpendicular to the axis of rotation Uranus Rotation axis on its side
it L:on its side L:in the plane of the ecliptic
2.5 times the energy that it receives from the sun Saturn Rings composed of particles which orbit perpendicular to the axis of rotation Uranus Rotation axis on its side (in the plane of the ecliptic)
a lot of initial heat T:still
from the sun