Answer:
A. is a gravity-driven downslope movement of natural materials.
Explanation:
Mass movement -
It is also called , the slope movement , mass wasting .
it is a process , by which , the sand , rock , soil , regolith move towards downslope by the force of gravity .
It includes , slides , falls , topples , creep .
Mass movement is observed in planets other than Earth , like the Mars , Jupiter , Venus .
Hence , from the given option , the correct option for the definition of Mass movement is ( A ) .
Answer:
<em>The atmosphere is an important part of what makes Earth livable. It blocks some of the Sun's dangerous rays from reaching Earth. It traps heat, making Earth a comfortable temperature. And the oxygen within our atmosphere is essential for life. The Earth's atmosphere protects and sustains the planet's inhabitants by providing warmth and absorbing harmful solar rays. In addition to containing the oxygen and carbon dioxide, which living things need to survive, the atmosphere traps the sun's energy and wards off many of the dangers of space.</em>
Answer:
False
Explanation:
Among the most famous models of location of economic activities is the one that Walter Christaller developed to explain how they are distributed and how they are organized. The theory is called "of the central places" because it assumes that there services are provided people approach to obtain it. In this way a point appears in the space that organizes the territory around itself. Thus, a central place is one that offers services, and to which the population goes to satisfy it.
The services offered by a <u>central point</u> are those demanded by society, regardless of their nature. But not all services have the same price, nor does the population have the same need to travel to obtain them, nor is it willing to go anywhere it is offered. There is a logic of economic behavior that governs the emergence of services and their chances of success.
I believe the correct answer from the choices listed above is option A. Life on Earth would be different if Earth’s axis were not tilted with respect to its orbit because there would be no seasons if this is the case. As the earth moves in its orbit around the sun, different parts of the earth receive different amounts of direct sunlight which is responsible of the different seasons we have.
