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BTGmoderatorDC
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With a rotational axis tilted nearly parallel to the plane of the Solar System, Uranus exhibits extreme seasons: hemispheres go from continuous sunlight to continuous darkness in its 84-year cycle.
(A) With a rotational axis tilted nearly parallel to the plane of the Solar System, Uranus exhibits extreme seasons: hemispheres go
(B) With a rotational axis tilted nearly parallel to the plane of the Solar System, Uranus exhibiting extreme seasons, because hemispheres went
(C) Uranus has a rotational axis that is tilted nearly parallel to the plane of the Solar System, exhibiting extreme seasons, and the hemispheres went
(D) Uranus's rotational axis tilted nearly parallel to the plane of the Solar System, it exhibits extreme seasons, with hemispheres going
(E) As a consequence of a rotational axis that is tilted nearly parallel to the plane of the Solar System, Uranus exhibited extreme seasons, such as the hemispheres going
Why Option C isn't the best option?
OA A
(A) With a rotational axis tilted nearly parallel to the plane of the Solar System, Uranus exhibits extreme seasons: hemispheres go
(B) With a rotational axis tilted nearly parallel to the plane of the Solar System, Uranus exhibiting extreme seasons, because hemispheres went
(C) Uranus has a rotational axis that is tilted nearly parallel to the plane of the Solar System, exhibiting extreme seasons, and the hemispheres went
(D) Uranus's rotational axis tilted nearly parallel to the plane of the Solar System, it exhibits extreme seasons, with hemispheres going
(E) As a consequence of a rotational axis that is tilted nearly parallel to the plane of the Solar System, Uranus exhibited extreme seasons, such as the hemispheres going
Why Option C isn't the best option?
OA A
