when the planet is closest to the sun, only its northern hemisphere can experience 'summer', and when it is farthest from the sun, only its southern hemisphere can experience 'winter' Earth's oceans and atmospheric winds actually enhance our seasonal contrasts as is the case with all the other planets, Uranus' seasons depend on the fact that the tilt of its spin axis is permanently fixed with respect to our sun Pick the Keplerian non sequitur : Planets with nearly circular orbits have nearly constant orbital speeds.
(the planet; is; closest to the sun) (it; is; farthest from the sun) (the tilt of its spin axis; is permanently fixed; ) (only its southern hemisphere; can experience; winter' Earth's oceans and atmospheric winds; T:when it is farthest from the sun) (winter' Earth's oceans and atmospheric winds; actually enhance; our seasonal contrasts) (as; is the case with; all the other planets)
the planet it the tilt of its spin axis only its southern hemisphere winter' Earth's oceans and atmospheric winds as
is is is permanently fixed can experience actually enhance is the case with
closest to the sun
farthest from the sun
winter' Earth's oceans and atmospheric winds T:when it is farthest from the sun
our seasonal contrasts
all the other planets