Answer:
b. A non-cohesive soil flow made up of sand to boulder sized sediments that is triggered by intense rainfall or rapid snow melt
Explanation:
Earth flow is characterized by fine grained particles which are usually in a downwards motion as a result of the impact of the forces of gravity and water sweeping through it.
It is also known as a non-cohesive soil flow made up of sand to boulder sized sediments that is triggered by intense rainfall or rapid snow melt.
The answer is FALSE. Just took the test.
Answer:
Paragraph 1, in order: 1784, 1785, 1786, Abraham Baldwin, Yale, educated
Paragraph 2, in order: 1801, Oconee River, Josaiah Meigs, 10,000, 35,000
Explanation:
In 1784, not long after the end of the Revolutionary War, the Georgia General Assembly authorized the use of 40,000 acres to be used for a school of higher learning. Then, in January of 1785, the General Assembly created the University of Georgia. In February of 1786, the first President of the University of Georgia was chosen: Abraham Baldwin. He was Connecticut-born and Yale-educated, and immediately upon taking the job he wrote the charter that created the university. He believed that an educated population was crucial for the state, and he wanted the school to be one that would offer higher education to ALL Georgians, not just the wealthy elite.
Even though the University of Georgia was authorized in 1786, it really did not physically exist until 1801. That was the year that 633 acres close to the Oconee River was donated to the state to be used for the actual site of the school. In September of that year, Josiah Meigs, also a graduate of Yale, was appointed President and taught the first university class. In 1804 the University graduated its first class and the following year the first permanent building was erected on campus. Today there are nearly 400 buildings on the UGA campus. It employs almost 10,000 people and has roughly 35,000 students.
Answer:
The characteristic of the depositional environment affects the properties of sedimentary rocks are as follows-
(1) <u>Lithology-</u> It describes the constituent mineral and the type of texture these crystals have, which forms a sedimentary rock. These minerals occur in a certain depositional environment. When the weathered materials are derived and transported to some other place, then it forms a stable one in a fixed environment as the rocks are subjected to compaction and lithification, The environment in which these minerals have led to the formation of these rocks can be determined.
(2) <u>Structure-</u> There are various structures that occur in rock, such as ripple marks, cross-bedding that highlights the flow direction of water and wind. Many structures like slickensides, folding, faulting occurs in the sedimentary rocks that are formed due to tectonic activities. These structures can easily be identified and their environment of deposition can also be determined.
(3) <u>Fossil content-</u> Fossils are found to be embedded in the sedimentary rocks. The shells of organisms after death are accumulated at the bottom of the ocean. As a result of this, these shells are covered with the sediments and after millions of years, turn into fossils. For example, Sandstone, Limestone, and shale comprised of various types of shells. These fossils are found to be deposited in a shallow marine environment.
<u>Answer:</u>
<em>Population distribution helps us with various things in which the actual data of sources of food and also other resources can be identified.</em>
<u>Explanation:</u>
<em>So population distribution is termed as the variety people who are distinguished by certain qualities and properties. </em>
Now since the population distribution follows a certain pattern as from the demands a certain population makes will help us to find the resources and the sources of food.
<em>Population distribution is used over various other sectors too for draining information.</em>
