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The main cause of uplift during a continental collision is subduction. Subduction occurs when a dense oceanic plate slides under a lighter continental plate.

This creates a compressive force that pushes the continental plate up, forming mountains and raising the land. This subduction force can also generate friction, which causes earthquakes. These earthquakes are the main cause of uplift during a continental collision.

During subduction, the oceanic plate slides under the continental plate. This causes a compressive force that pushes the continental plate up. This compressive force can also create friction between the plates, which causes earthquakes.

Earthquakes are an integral part of the uplift during a continental collision, as they increase pressure on the continental plate, causing further uplift of the terrain. This pressure can also create geological faulting along the subduction line, increasing uplift. This explains why the uplift during a continental collision occurs mainly because of subduction.

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Answer:

the developments described in this passage most clearly reflect with the following of?

which of the following most likely contributed to the developments described in this passage

Explanation:

d and a

Answer:

b) both are spoken in southeast asia

The basic requirements for a terrestrial world to have a global magnetic field are: A molten core, Convection in the mantle and A rotation.

A terrestrial globe must meet the following prerequisites in order to have a worldwide magnetic field:

There may not be a global magnetic field on the planet if any of these conditions are not satisfied.

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A magma body is most realistically represented by picturing a body of fire.

Magma is a molten and semi-molten rock mixture found beneath the Earth's surface. This mixture is typically composed of four components: a hot liquid base known as the melt, minerals crystallized by the melt, solid rocks incorporated into the melt from the surrounding confines, and dissolved gases.

Magma is formed when mantle rocks partially melt. As the rocks ascend (or have water added to them), they begin to melt slightly. These small blobs of melt migrate upward and coalesce into larger volumes that continue to rise. They could congregate in a magma chamber or just come straight up.

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The tides at any one locality are the result of the interaction of the sun, moon, and earth, making option B the correct answer.

Tides are caused by the gravitational pull of the sun, moon, and earth on the oceans of the world. The gravitational forces of the sun and moon create a bulge in the earth's oceans, which causes a rise in sea level. As the earth rotates, different parts of the planet experience high tide as the bulge passes through their location. The size, shape, and depth of the ocean basin can affect the amplitude of the tides, but ultimately it is the interaction of the sun, moon, and earth that produces tidal patterns. The elliptical orbits of the moon and earth also influence the strength of the tides. The rotation of the earth is also a factor in creating tidal patterns.

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Mud consists of fine-grained particles that settle and accumulate in areas with relatively calm water. Hence, mud will deposit in deep-sea.

Hence, the correct answer is option b - deep sea.

Mud is a sedimentary material consisting of a mixture of fine-grained particles, primarily silt and clay, suspended in water. It is formed through the weathering and erosion of rocks, minerals, and organic matter. The small particle size of mud gives it a smooth and cohesive texture.

Mud is commonly found in areas with water, such as riverbanks, lake bottoms, deltas, and coastal regions. It can also accumulate in shallow marine environments and estuaries. Mud has various properties depending on its composition and water content. It can be sticky, malleable, and easily compacted. Due to its fine particles, mud retains water, making it fertile for plants and a crucial habitat for certain organisms.

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The given question is incomplete. Hence, the complete question is:

"In which of the following sedimentary environments would mud most likely be deposited?

a. allu-vial

b. deep-sea

c. desert (sand dune)

d. glacial"

if the climbing scene in Mission Impossible 2 depicted a rocky terrain with a fine-grained texture, it could be associated with extrusive igneous rock such as rhyolite tuff.

If the Mission Impossible 2 climbing scene showed a rocky landscape with a fine grained texture, it's possible that the rock might be an extrusive igneous rock, more specifically rhyolite tuff. Volcanic ash and other pyroclastic materials are compressed into rhyolite tuff a type of volcanic rock.

It usually has a fine grained texture as a result of the lava or volcanic ash cooling quickly. Without specific details or visual proof, it is still challenging to identify the precise type of rock visible in the scene.

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The complete question is "the mission impossible 2 movie climbing scene links to an external site. displayed what type of rock? the music is zap mama (souca na na - parody to 'iko iko').

group of answer choices-

extrusive igneous rock (rhyolite tuff)

intrusive igneous rock (granite)

metamorphic rock (quartzite)

sedimentary rock (sandstone)"

Explanation:

Himalayas, the Ural Mountains, the Karakorams, and the Hindu Kush Mountains.

Answer:

The straightedge and the compass.

Explanation:

The name is due to the fact that connecting points with segments, prolonging segments and drawing circles with a given center and a given radius are the basic geometric constructions described in the first three Euclidean postulates.

Answer:

D. he was laughed at.

Explanation:

I hope that this helped you;)

The given statement, a second magnitude star in Ursa Major is brighter than a fourth magnitude star in Orion, is true because A second magnitude star in Ursa Major is brighter than a fourth magnitude star in Orion.

This is because second magnitude stars are two magnitudes brighter than fourth magnitude stars, and Ursa Major is closer to the Earth than Orion. The distance between Earth and Orion is approximately 817 light years. This means that the light from a star in Orion takes 817 years to reach Earth.

The exact distance varies based on the position of Orion in the night sky, as it appears to move across the sky due to the Earth's rotation. The stars of Orion are also moving relative to Earth, so the distance between them is constantly changing.

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Answer:

Time of change in the sahara desert of south africa.

Explanation:

Answer:

I think it's TRUEEEEEEE

Pesticide regulations such as those in FIFRA and FQPA primarily address concerns about human health and the environment.

Pesticide regulations, such as the Federal Insecticide, Fungicide, and Rodenticide Act (FIFRA) and the Food Quality Protection Act (FQPA), are designed to ensure the safe and responsible use of pesticides.

Regarding human health, pesticide regulations set standards and guidelines for the application of pesticides to minimize exposure to harmful chemicals. They establish safety measures for those applying pesticides, including training requirements, protective equipment, and application restrictions. These measures are in place to safeguard the health and well-being of workers and individuals who may come into contact with pesticide residues.

Additionally, pesticide regulations address concerns about pesticide residues on food. Maximum residue limits (MRLs) are established to regulate the amount of pesticide residues that can remain on crops and in food products. These limits are based on extensive scientific research and aim to ensure that pesticide residues in food are within safe levels for human consumption.

Furthermore, pesticide regulations also consider the effects of pesticides on the environment. They set criteria for evaluating the environmental impact of pesticides, including their potential to harm wildlife, contaminate water sources, and disrupt ecosystems. Regulations may require environmental risk assessments and mitigation measures to minimize adverse effects on non-target organisms and natural resources.

While pesticide regulations primarily focus on human health and the environment, they also indirectly consider the local culture and community well-being by addressing the potential risks and impacts associated with pesticide use. The regulations aim to strike a balance between the benefits of pesticide applications and the protection of human health and the environment.

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Answer:

700km

Explanation:

:)

Answer:

Houston because we get hurricanes and I survived the last one or two. Hurricane Harvey and this other one

Explanation:

We are gradually seeing that economic incentives do not enable environmental rescue or alter consumer or business behavior as we had anticipated. This cannot be left to market forces, as companies will engage in "greenwashing" in an effort to win over more "environmentally sensitive" Western consumers. We must comprehend the seriousness of many facets of contemporary human life.

Consider two cultural and habitual changes that could benefit the environment and how we might make them happen: eating habits and the use of fossil fuels.

Eating habits:

Western societies consume far too much food. It's alarming on so many levels that overweight individuals globally virtually outnumber underweight people. In ten years, 40% of Britons will be overweight, compared to 45% of Americans.

How is this environmentally degrading?

The need for crops used as animal feed and for cattle grazing is what mostly drives deforestation. Cattle is used to make the meat-heavy foods that make up a large portion of the American diet and lifestyle, such as hamburgers, steaks, pies, and stews (McDonald's). Additionally, methane, the most potent natural greenhouse gas and a significant contributor to temperature rise, is produced in large quantities by cows, which creates a number of problems for the environment (drought, sea level rise). The Amazon serves as the world's lungs, and destroying this essential ecosystem means lowering oxygen levels and moisture absorption, which reduces surface runoff and increases the risk of flooding and drought. A significant issue is meat.

How can solve this issue?

Taxation. What is the largest obstacle for the majority of low- to middle-income shoppers when they browse a menu or buy for food in supermarkets? Price. If we want to slow down the effects of climate change, meat should only be consumed once per week rather than being a need. A greater tariff on beef would result in less beef being produced and more people eating other meat, which requires significantly less space and feed for the animals. Although I am aware of the economic ramifications, the market would adjust by providing substitutes.

Carbon Emissions:

In order for society to function as it does in the modern world, it needs machinery, heating, lighting, and transportation. We need fossil fuels like coal, oil, and natural gas for that. They cause a variety of issues.

How is this environmentally degrading?

In order for society to function as it does in the modern world, it needs machinery, heating, lighting, and transportation. We need fossil fuels like coal, oil, and natural gas for that. They offer a variety of proaCO2 levels have been rising at unusually rapid rates since the turn of the 20th century. With the use of polluting fossil fuels, we are changing the climate of our planet. The essential greenhouse effect is being strengthened. A few issues include the alteration of warm/cold currents, an increase in sea level, and a decrease in albedo effect (the ability of white surfaces to reflect heat from the sun).  This in turn can cause drought, flooding, which in turn causes crop failure, mass displacement and immigration, which in turn? Well, probably war and if it got really bad, extinction.

How can we solve this?

Tax. You guessed it. CO2 emissions can be drastically reduced through taxation and legally enforceable legislation on company and governmental targets. Will this be a profitable endeavor? Absolutely, it would. What would we do with all the short-term tax revenue from CO2 emissions? To stop the long-term destruction, create creative and green technologies on a global scale. Businesses would be obliged to change their operating methods and move away from the combustion engine. The transportation sector would start up at a much faster rate than Tesla has demonstrated is achievable with cutting-edge automobiles and the like. a compulsion to go at a faster pace since time is of the essence. Solar and wind energy would become more effective as a result of the enormous delivery of renewable technology. We can rely on the biggest companies to innovate and generate enormous amounts of tax cash to innovate as national governments by restricting CO2 emissions and other damaging greenhouse gases released by those companies.

Thank you,

Eddie

questions

Explain the major criteria used classify settlements as urban in Ethiopia

Answer:

C. Japanese citizens were not allowed to leave the country.

Explanation:

Answer:

However, like most other developing countries experiencing economic transition, education inequality is still widely observed between rural and urban areas. Income disparity, various institutional barriers, and different parenting styles, among others, are regarded as potential causes of education inequality.

What forms a dangerous quadrant in the tropical cyclone?

The side of a tropical cyclone to the right of the direction of movement of the storm in the Northern Hemisphere.

Cyclones form in low-pressure zones over warm intertropical seas. Tropical cyclone, also called typhoon or hurricane, an intense circular storm that originates over warm tropical oceans and is characterized by low atmospheric pressure, high winds, and heavy rain.

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Smaller earthquakes that follow the main earthquake are known as aftershocks.

Aftershocks are caused by the same geological processes that caused the main earthquake, as the Earth's crust adjusts to the shift in the tectonic plates. Aftershocks can occur within minutes or even months after the main earthquake, and they can range in magnitude from barely noticeable to strong enough to cause additional damage.

The frequency and intensity of aftershocks can vary depending on the size and location of the main earthquake. Large earthquakes tend to have more and stronger aftershocks, while smaller earthquakes may only have a few or none at all. Aftershocks can also occur in clusters, with a period of intense activity followed by a tapering off.

Aftershocks can be dangerous because they can cause further damage to buildings and infrastructure that has already been weakened by the main earthquake. In addition, they can cause further trauma and stress for those who have experienced the main earthquake and are trying to recover.

To minimize the risk of damage and injury from aftershocks, it is important to follow earthquake safety protocols, such as staying away from damaged buildings and structures, securing loose objects, and being prepared for potential aftershocks by having a plan in place and emergency supplies readily available.

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Answer:

Explanation:

Scoria is a volcanic igneous rock. Also referred to as scoriaceous basalt, a term commonly used to indicate a basaltic pumice. It is commonly composed of approximately 50% silica and 10% calcium oxide with lesser contents of potash and soda.

Answer:

I think it is silica and calcium oxide

Explanation:

When we talk about the headwaters of a stream, we are referring to the very beginning of the stream where it originates, typically in high elevations, above the base level of the stream. At this stage, the stream is usually small and has a relatively steep gradient. The characteristics of the stream at this stage are different from those of the lower reaches of the stream where the gradient is gentler, and the stream has a larger discharge and greater energy.

So, what would we expect to see in a stream near the headwaters, high above base level?
First, we would expect to see a V-shaped valley. This is because the stream has a relatively steep gradient, and the water has enough energy to erode the surrounding landscape vertically, creating a V-shaped channel. The sides of the valley are usually steep and rocky.
Second, we would expect to see gravel. As the stream erodes the landscape, it picks up sediment, including rocks and gravel, which it carries downstream. Because the stream has a lot of energy, it can carry larger sediment than it would be able to do in lower reaches.


In summary, at the headwaters of a stream, high above base level, we would expect to see a V-shaped valley, gravel, and braided streams. We would not expect to see meandering streams.

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Yes, the above statement is true. The pyramids at Giza, including the Great Pyramid of Khufu, are aligned to the cardinal directions (north, south, east, and west).

This alignment demonstrates the precision and astronomical knowledge of the ancient Egyptian architects and engineers who constructed these monumental structures. The sides of the pyramids are oriented to align with the points of the compass, with a high degree of accuracy considering the time period in which they were built. The alignment likely served symbolic and religious purposes, connecting the pyramids to the celestial bodies and the cyclical nature of the cosmos as perceived by the ancient Egyptians.

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Answer:

The Indus Valley Civilization was unique in its socialist-like society and lack of militarism. The most probable cause for its decline is climate change that caused the Indus River to change its course.

Explanation:

The Indus Valley Civilization was an ancient civilization, part of the River Valley civilizations, which was located along the Indus River on the Indian subcontinent. Unlike the other three River Valley civilizations that shared a lot of similarities, this one was much different and more unique.

The Indus Valley Civilization seems to have a totally peaceful civilization, with any evidence of military or internal conflict lacking. This was probably due to the natural protection that this civilization had from the Himalayas. Also, unlike the big hierarchical differences in the other civilization of the time, in this civilization, everyone seems to have lived in the same conditions, with the same size houses, and it seems that there wasn't class segregation, making it a very socialist-like society. Unfortunately, this civilization collapsed, with the most probable reason being climate change that caused a change in the course of the Indus River, badly affecting the economy and food resources of this civilization.

Answer:

The Indus Valley settlements were unique because there were no signs of excavation sites, like schools. There is no hard evidence of any large armies, battles, or armories of weapons. There were no shrines, evidence of important leaders, and no burial chambers. The information that is known about the Indus Valley settlements shows the Indus people were trading among themselves.  

Other unique qualities of the Indus people is they were a very advanced group of peoples compare to Mesopotamians, Egyptians, and other Bronze Age cultures. Their settlements were often larger, cities and towns were built on raised platforms to withstand floods, and streets were designed in a grid pattern. Houses were made with uniformly sized mud bricks and had a bathing area connected to plumbing and drainage systems.

The event that most likely caused the Indus Valley Civilization to decline would be drought. There is evidence of prolonged drought across the region matches the disappearance of the Indus Civilization.

Explanation: