<u>Erosional deformation
</u> is not a form of rock deformation.
Answer: Option B
<u>Explanation:</u>
Rocks are all the time being subjected to force within the surface of earth because of which these rocks tend to twist, bend or get fractured. This causes the rock to change in their shape or size which is known as the deformation of rock and this deformation is affected by temperature, rock type, time and the pressure. Rocks deform in two ways which are ductile and brittle deformation.
Hello!
The figure is a rhombus.
Hope this helps!
Hey there! I'm happy to help!
The Fertile Crescent is basically where human civilization started. It stretches from Mesopotamia and across the Mediterranean coast to Egypt. Early civilizations depended on agriculture. To make agriculture, you need a river because it is a good water source to help grow your crops.
If you look at the map I have provided below, you will see that there are tons of rivers. This would make it very easy for settlers to grow crops. This means that sea tides and eroding mountains aren't the answer. I don't think the rivers were flooding and natural canals is an oxymoron because canals are artificial waterways, but this all should give you and idea.
Have a wonderful day! :D
Answer: Daniel Tammet is a savant. He is a high functioning autistic with Asperger's syndrome and has an extraordinary mind, especially for numbers. Daniel tells the story of his life from the time of his birth until the present day.
Explanation:
Answer:
Option (1)
Explanation:
The Taconic Mountains are located in the eastern side of New York City which was formed due to the sharing of a convergent type of plate boundary between the North American plate and a volcanic island arc which resembles the state of Taiwan. The ridge of this mountain at certain places is comprised of tilted sandstone and conglomerate rocks and also there is the presence of metamorphosed rock layers.
This mountain was formed about 450 million years back, during the time of Ordovician.
Thus, the correct answer is option (1).