Answer:
<em>Dickens, the novel, which spans action in the cities of London and Paris</em>
Explanation:
In context, which is the best version of the underlined portion of sentence 1 (reprinted below)? A Tale of Two Cities, the second of only two historical novels written by Charles Dickens, the novel spans action in the cities of London and Paris during the years 1775–1793.
A Tale of Two Cities dates back to the previous century and sets it stories in the beginning of the French Revolution. Paris is embodied as a city where corruption by the political leaders leads revolutionaries to rise up against the powerful but the violence that replaces that corruption is worse. The London of the book is relatively peaceful and quiet in a village of Soho where a loving family was raised by Charles Darnay and Lucie Manette.
Going back to the question
In context, which is the best version of the underlined portion of sentence 1 (reprinted below)?
Dickens, the novel, which spans action in the cities of London and Paris
will be perfect
Answer:
The four spheres of Earth drive all of its processes and support life on our unique planet. In this video lesson, you will see examples of how Earth's spheres interact with each other to form an overall complex and connected system.
Earth's Spheres Interact
In another lesson, we learned about Earth's four spheres. These are the geosphere, hydrosphere, biosphere and atmosphere. Together, they make up all of the components of our planet, both living and non-living. And while we can describe each individually in terms of its properties and features, you'd have a difficult time finding an example where one sphere doesn't either touch or interact with at least one other.
This is important because these interactions are what drive Earth's processes. Material on Earth doesn't stay how it is. It gets recycled into other phases and forms. Plants in the ground die, and as they are broken down by microorganisms, they become soil, which can then feed new plants. Water cycles through different phases and locations, like when it evaporates from the oceans and then rains down onto the ground or into a lake. Rock also gets recycled under Earth's surface, where it is melted down and then sent back up in volcanic eruptions.
Explanation:
