Answer: the correct answer is C) one of them did not actually cause the other to occur.
Explanation: a correlation between variables, however, does not automatically indicates that the change in one variable is the reason or the cause of the change in the values of the other variable. Causation indicates that one event is the result of the occurrence of the other event; i.e. there is a causal linkage between the two events.
Answer:
It started to tension circumstances.
Explanation:
Answer: We dont know much about this time.
Explanation:
Compared with other eras, historians dont know as much about this time. In some ways, this period of time has been lost to history
<em>These areas were geographically different. The Nile River Valley was very fertile and had been exploited prior to the Greeks by the Egyptians. The Indus River Valley was fertile but was Indian territory. This was quickly given back to the Indians. Ancient China was Chinese and the Greeks did not settle there. </em>
<em>Climate was the third important environmental influence on Greek civilization. Greece has a varied climate with temperatures averaging 48 degrees Fahrenheit in the winter and 80 degrees Fahrenheit in the summer. In ancient times, these moderate temperatures supported an outdoor life for many Greek citizens. Men spent much of their leisure time at outdoor public events. They met often to discuss public issues, exchange news, and take an active part in civic life. </em>
<em>Hope this helps a little. :) </em>
Answer:
The correct answer is B. Conic projections.
Explanation:
A conic projection is a type of map projection. In conical projections, the image is built on the lateral surface of a cone that intersects the globe in two parallels or is tangent to it. The top of the cone lies on the continuation of the Earth's axis. In this way, the Earth is shown in half, starting from a central point that happens to be the North Pole or the South Pole.
The purpose of this type of map is to faithfully show the geographical distribution of the polar areas of the planet, which in other projections are deformed to a greater or lesser extent as a result of the elliptical shape of the polar regions.
