Answer:
c) Magma C
Explanation:
The magma marked with C, is a felsic (rhyolitic) magma. This type of magma has high content of silica, making it highly viscous, and it also has high content of gases. The high content of gases comes from the high viscosity, as the gases are trapped inside the magma and can not get out of it. This results in eruptions of explosive or effusive type. When the magma rises, the temperature and pressure change, with results in explosion of the trapped gases in the highly viscous magma. Through this explosion, lot of pyroclastic material is shot out of the volcano in the surrounding area, making it very dangerous for everything in its surrounding area.
Explanation:
Hypothesis: Floods most often occur near large rivers.After plotting out the recent floods from the data we collected, we found that most of the floods we found were in the United States. Therefore, we decided to plot just on the U.S. so we would better be able to see the individual straights and rivers that exist and see if our hypothesis would hold up. After we did plot the floods, we found that almost all of them fell near a river, especially on the Mississippi River. This makes sense because if water levels rise due to rainfall or another cause, a flood can easily occur. Some of our recorded floods occurred not on a river but instead on Lake Michigan including the flood that occurred in Milwaukee and Chicago. For all of the other recorded floods though, we were able to prove our hypothesis because all of the floods fall near major rivers that exist in the United States. Though some of the floods
Trade winds have a significant effect upon the climate of Central America. Temperatures in Central America are highest just prior to the summer wet season, and are lowest during the winter dry season, when trade winds contribute to a cooler climate. The highest temperatures occur in April, due to higher levels of sunlight, lower cloud cover and a decrease in trade winds
The languages they speak and the holidays they celebrate
