Answer:
Almond Orchards are most predominantly found in California
Explanation:
A student is comparing the three types of celestial bodies, comets, asteroids, and meteor. Which questions would yield the most
information about a celestial body passing close by the Earth and why? Select ALL that apply.
A)
Is the object larger than 5 km in width? If so, it is a meteor.
B)
Is the object made of ice and dust? If so, it is likely a comet.
Is the object comprised of mostly gas? If so, it is likely an asteroid.
D)
Is the object between Mars and Jupiter? If so, it is likely an asteroid.
Is the objecta smaller piece broken from a larger body? If so, it is likely a
E)
meteor
Answer:
Is the object made of ice and dust? If so, it is likely a comet.
Explanation:
Comets are the bodies of the solar system that have the smallest diameter in relation to other bodies. Each comet has its divinity structure in the nucleus, hair and tail and its composition is composed of rock, dust and ice. This ice is quite dirty, because of all the dust and can make up most of the comet, reaching dozens of tons, but it can also be presented in smaller quantities.
B) is the object made of ice and dust? if so, it is likely a comet
D) is the object between Mars and Jupiter? if so, it is likely an asteroid
E) is the object a smaller piece broken from a larger body? if so, it is likely a meteor
Most of the USA is considered what type of climate?
Answer:
Most of the U.S.A is considered to have a temperate climate.
Define the term "crust" in Geography
Answer:
Crust is our Earth's first layer.
Explanation:
Earth has multiple layers, but our first layer is our crust. It is the dirt we walk on every day. The outer layer.
Which photo shows no evidence that the rock has been deformed by
movements of Earth's crust?
A.
O
D.
Answer:
C
Explanation:
Image C shows horizontal layers of rock that are undisturbed and appear flat. There are no signs of folding, faulting, or tilting, indicating that the rock has not been deformed. Therefore, this photo shows no evidence of deformation by movements of Earth's crust. Option C is the correct answer.
When the Earth's crust undergoes movements, such as tectonic forces, rocks can be deformed. This deformation can take different forms, including folding, faulting, and tilting. Folding occurs when layers of rock bend and fold due to compression. This can result in curved or wavy patterns in the rock layers. Option C is the correct answer.
Examples of folding can be seen in mountain ranges where the Earth's crust has been compressed and folded over time. Faulting happens when rocks break and slide along a fault line. This can create offset layers of rock and visible fractures in the Earth's crust. Faulting can be seen in areas where earthquakes occur, as the movement along the fault line causes the rocks to deform. Tilting occurs when rocks are inclined or tilted from their original horizontal position. This can happen due to tectonic forces or other geological processes. Tilting can be observed in areas where the layers of rock are no longer parallel to the Earth's surface.
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