For a named mega city, assess the social,
economic and enviromental impacts of its rapid population
growth. (12 marks)

Answer:

Parks provide intrinsic environmental, aesthetic, and recreation benefits to our cities. They are also a source of positive economic benefits.

Answer:

e

Explanation:

the correcto asnmwer is ed

Answer and Explanation:

I believe its D. The Red sea

Answer:

It's the Red Sea

Explanation:

Hope this is helpful! have a wonderful day! God bless you

The root of the conflict that led to the Korean War was the division of Korea along Communist and Democratic lines.

A centripetal force in the map would be the fact that people of both nations are Koreans. A centrifugal force, is the different political ideologies that both nations follow.

The political boundaries between North and South Korea are determined by the Military Demarcation Line.

The North Korean government is Communist while the South Korean government is free market democratic.

An economic consequence of the map given is that people in North Korea are economically backward compared to South Korea.

Another contemporary border conflict was that of North and South Vietnam which was resolved by the Vietnam War.

The Korean War happened because the United States and the Soviet Union divided it along political lines with the North being communist and the South being democratic.

Centripetal forces are those that pull people together which in this case, is the shared ethnicity of being Korean. Centrifugal forces pull people apart so in this case refers to the different political ideologies of both Koreas.

When a ceasefire was called, the political boundary became the military demarcation line. With the North closed off, they became economically backward while the South prospered.

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Answer:

High Population density.

Answer:

a + b = 180

Explanation:

If x ⊥ a and x ⊥ b

=> a + b = 180

Answer:

the biggest factor for those with lower healths, income and educational levels

Geologists can investigate the interior of the Earth by creating computer and numerical models to simulate processes that occur at depth.

Geologists employ various methods and techniques to study the interior of the Earth, as direct observation is not feasible. One important approach is the creation of computer and numerical models that simulate the physical and chemical processes occurring within the Earth. These models incorporate data from seismic waves, heat flow measurements, and other geophysical observations to infer the properties and behavior of the Earth's interior. By inputting known parameters and constraints, scientists can simulate processes such as mantle convection, plate tectonics, and the behavior of magmas.

Another technique used by geologists is subjecting rocks to high temperature and pressure in laboratory settings. By recreating extreme conditions similar to those found deep within the Earth, geologists can study how rocks and minerals behave under these circumstances. Through experimental studies, they can gain insights into the physical and chemical properties of rocks, the formation of minerals, and the processes that occur within the Earth's interior. Drilling down to the center of the Earth is currently not possible due to the immense depth and extreme conditions. However, drilling deep boreholes and retrieving core samples from the Earth's crust provides valuable information about the composition, structure, and history of the upper layers. These core samples, along with data from seismic surveys and geophysical measurements, contribute to our understanding of the Earth's structure and its evolution over time.

In summary, geologists investigate the Earth's interior through a combination of approaches. Computer and numerical models allow scientists to simulate processes and understand the behavior of the Earth's interior based on available data. Laboratory experiments provide insights into the physical and chemical properties of rocks and minerals under extreme conditions. While drilling to the Earth's core is not currently possible, drilling boreholes and studying core samples from the crust contribute to our knowledge of the Earth's structure and geological history. These interdisciplinary approaches help geologists unravel the mysteries of the Earth's interior and enhance our understanding of its dynamic processes.

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Among the provided options, carbon isotope analysis is not an example of methods used for short-term climate reconstructions.

The other methods mentioned, including lake core analysis, ocean sediment core analysis, dendrochronology, and cave formation (speleothem) analysis, are commonly employed techniques for reconstructing short-term climate variations. Carbon isotope analysis, on the other hand, is typically used to study carbon cycling, sources, and sinks, but it is not a primary method for directly reconstructing short-term climate variations.

Dendrochronology utilizes tree rings to reconstruct past climate conditions, as the width and characteristics of tree rings can provide insights into temperature and precipitation patterns. Cave formation (speleothem) analysis involves studying the growth and composition of mineral deposits in caves, which can offer information about past climate changes.

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The statement underlying mantle layer is molten where convection currents cause the movement of the lithospheric plates explains the movement of these lithospheric plates.

The theory discusses how Earth's surface is composed out of rigid slabs of rock that are known as plates. These large pieces of plates under the Earth's surface are regarded as the lithosphere.

Therefore, convection currents that appear in the mantle lead to movements in the plates due to the flow of current to heat up the mantle.

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No, because globalization continues to grow, there will be a reduction in regional (ethnic) existence.

Because everything related to the economic or other fields will cause losses to the region itself, because most of the people turn to things that are more modern and global in nature. Its economic condition leads to capitalism. Therefore, this of course will cause resistance, because in addition to feeling not suitable for it, it can also harm them. Because as we know that the capitalist economy tends to be liberal and this benefits the owners of large capital, so that it can get rid of or eliminate the existence of the region itself.

For example, when we are in a forum or a group containing people from various regions or ethnic groups, we usually feel more comfortable when we are together and talk to people who share the same language, ethnicity, culture, or area of origin.

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An earthquake that occurs when rocks break along a fault is called a tectonic earthquake.

Tectonic earthquakes are the most common type of earthquake and occur when rocks in the Earth's crust break along a fault. A fault is a fracture or break in the Earth's crust where the two sides move past each other. When the rocks on either side of the fault are subjected to stress, they eventually reach their breaking point and rupture, releasing energy in the form of seismic waves that cause the ground to shake.

Tectonic earthquakes can occur at any point on the Earth's surface where there is a fault. The intensity and magnitude of the earthquake depend on a number of factors, including the size of the fault, the amount of stress built up over time, and the speed and direction of the movement along the fault.

Tectonic earthquakes can be particularly devastating because they can cause widespread damage to buildings, roads, and other infrastructure, as well as trigger landslides, tsunamis, and other secondary hazards. They are also difficult to predict, making it challenging to prepare for their impact.

To better understand tectonic earthquakes and mitigate their impact, scientists and engineers study the behavior of rocks under stress, as well as the properties of fault zones and the factors that contribute to the buildup of stress. They also work to develop better monitoring and warning systems that can provide early alerts of impending earthquakes, allowing people to take appropriate safety measures.

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Answer:

c i believe

Explanation:

I'm not %100 sure

Approximately once every hundred and fifty years locked segments of the san andreas fault break, resulting in major earthquakes .

What is meant by Earthquakes ?

An earthquake is the shaking of the Earth's surface caused by a rapid release of energy in the Earth's lithosphere, which generates seismic waves. It is also referred to as a quake, tremor, or temblor. Earthquakes can range in strength from those that are so little that no one can feel them to those that are powerful enough to throw things and people into the air, destroy vital infrastructure, and devastate entire cities.

The number, kind, and size of earthquakes that occur in a region during a specific time period is known as its seismic activity. The average rate of seismic energy release per unit volume is what is known as seismicity at a certain region on Earth. Tremors, which are not earthquakes, are also referred to as seismic rumbling.

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The galactic city model was developed due to the growth of the suburbs,  a strength that it has is the fact that It depicts exurban nodes.

This city model is what is also called the peripheral city model. The model was developed and modeled based on cities such as Detroit and Michigan.

It has an inner city which contains suburban residences and businesses around. The areas are in order to avoid traffic jam.

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Answer:

Scientists used a method called triangulation to determine exactly where the earthquake was. It is called triangulation because a triangle has three sides, and it takes three seismographs to locate an earthquake.

Explanation:

Option (B) is the correct answer. Sand sheets and dunes cover approximately 25 percent of the Sahara's surface.

Sahara is the largest desert in the world. It measures approximately 3,000 miles (4,800 km) from east to west and between 800 and 1,200 miles from north to south and has a total area of some 3,320,000 square miles (8,600,000 square km).

The Sahara sits atop the African Continent, which is made of heavily folded and denuded Precambrian rocks.

Major types of dunes include tied dunes, parabolic blowout dunes, crescent-shaped barchans and transverse dunes and longitudinal dunes. Several sand dunes in the region attain heights of nearly 500 feet.

The region also possess abundance of resources like -  iron ore, copper ore, Uranium, phosphate, coal, oil and natural gas.

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The purpose of an informational text is to provide information, explain a concept, or present facts about a particular topic. Depending on the complexity of the subject matter, an informational text may have multiple key points or main ideas that contribute to the overall understanding of the topic being discussed. These main ideas can be organized in different sections or paragraphs within the text.

Therefore, it is not accurate to say that informational texts always have only one central message. Here's an explanation of why informational texts can have more than one central message: Complexity of the topic: Informational texts often deal with complex subjects that require the presentation of various aspects, perspectives, or subtopics. Each of these aspects or subtopics may have its own central message. For example, an article about climate change could have central messages related to the causes, impacts, mitigation strategies, and policy implications of climate change.

Supporting evidence: In order to provide a comprehensive understanding of a topic, informational texts may present multiple pieces of evidence or supporting details. Each piece of evidence can contribute to a different central message. For instance, a scientific research paper may present various studies, experiments, and data points that support different conclusions or main ideas.

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If precipitation is more than 1/2 of the potential evapotranspiration, but not equal to it, the climate is a Dry climate Desert.

Climate is the average weather in an exceedingly given space over an extended amount of time. an outline of a climate includes info on, for instance, the typical temperature in several seasons, rainfall, and sunshine. conjointly a description of the (chance of) extremes is usually included. the composite or typically prevailing weather of a region, such as a temperature, and air pressure.

Climate is the average of that weather. For example, you'll be able to expect snow within the Northeast in a Gregorian calendar month or for it to be hot and wet in the Southeast in July. this can be the climate. The climate record also includes extreme values that cherish record high temperatures or record amounts of rainfall.

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Answer: A) The formation of the United Nations

Explanation:

The ideal of supranationalism is the concept of countries or regions coming together to form a larger entity that has power and authority over its member states. It involves a pooling of sovereignty in specific areas to achieve common goals that benefit all member states.

Out of the given options, the formation of the United Nations best represents the ideals of supranationalism. The United Nations is an international organization with 193 member states that aims to promote international cooperation, maintain peace and security, and advance human rights and sustainable development. Its members pool their sovereignty to work together to achieve these common goals.

The best that represents the ideals of supranationalism is the formation of the United Nations. The correct option is a.

Supranationalism involves the loss of a degree of sovereignty. Decisions are legally binding to the members, which means they must act as dictated by the supranational agreement. This political process offers a break from the Westphalian model that was the cornerstone of the international system from the 1600s AD until the world wars of the 20th century. The havoc these wars unleashed proved there needed to be some governmental alternative to states.

The world could not continue with countries in constant conflict, possessing divergent and competing goals.

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Answer:

A. They have the coldest climates on earth

Explanation:

Because of the earth's axis, places with a higher altitude are farther away from the sun and receive less sunlight than other places.

Yes, it is very important to conserve the natural resources of Texas. Conservation of natural resources is the fundamental aspect of the management of natural resources. Our natural resources are finite, and thus their preservation is essential. We can practice a few simple habits that will help us to conserve the natural resources of Texas.

We can adopt some habits to conserve natural resources. Some of them are listed below:

Plant a tree: One of the best ways to conserve natural resources is by planting a tree. Planting a tree can help to reduce the carbon footprint, and it is the most effective way to remove carbon dioxide from the atmosphere. It also helps in reducing soil erosion. Also, trees play a significant role in conserving water resources. The more trees we plant, the more water we conserve.

Reduce, Reuse, and Recycle: Reducing, reusing, and recycling waste can help to conserve natural resources. Reducing the waste means not buying things we don't need. Reusing the waste products reduces the amount of waste that needs to be recycled. Recycling is the most effective way to conserve natural resources, as it reduces the need to extract more raw materials.

Conservation of water: Water conservation is another important habit that we should adopt to conserve natural resources. We should practice water conservation by turning off the taps when not in use, fixing the leaking taps, taking shorter showers, and many more. Water conservation helps to conserve the natural resources of Texas, and it also helps to save money on water bills.

Conservation of electricity: Electricity conservation is the best way to conserve natural resources. We should practice electricity conservation by turning off lights and electronic devices when not in use. We should also use energy-efficient electronic devices, which help to save electricity and reduce the carbon footprint.

Conclusion

Hence, practicing the above-listed habits can help to conserve the natural resources of Texas. By conserving natural resources, we can reduce waste, save energy and money, and protect the environment.

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False

A marine west coast climate region is located along the coast where warm ocean currents are present. The ocean air regulates the temperature and keeps it mild. In this case there is a mild and rainy weather during the winter. In addition, when a warm air meets an obstacle like mountains and causes it to get pushed upward. Once the warm air rises it becomes cool and it starts to condense. Because of this clouds are formed and precipitation is released on the windward side of the mountain. In this case, the mountains along the Coastal Ranges in the northwestern United States are responsible for the accumulation of a large rainfall and snowfall amount in this climate region.

he population chapter examines population trends and describes the demographic composition of Horry County residents. Population growth and composition influences land

use decisions, determines housing and infrastructure needs,

and impacts the local economy. As Horry County’s population continues to grow, an increased demand for public

safety, community services, and facilities will also increase,

as well as the desire for cultural resources along with access

to natural spaces. Studying a community’s population is

fundamental to any comprehensive plan. Horry County will

need to continue to monitor the permanent and short-term

population into the future to inform decision-making.

POPULATION GROWTH

According to 2015 population estimates, Horry County has

approximately 309,199 permanent residents. The County

has experienced rapid growth since the 1970s, adding over

250,000 permanent residents since that time. In just the last

15 years, there has seen an influx of over 100,000 residents.

The County has one of the highest population growth rates

in the State and is now the fourth most populous county in

South Carolina, behind Greenville, Richland, and Charleston

counties respectively.

The 2015 total population estimate reflects a 14.8% increase

or 39,908 more people since 2010. This reflects growth that

occurred even during a major economic downturn. These

numbers are only expected to escalate. The population is

projected to grow to 584,500 by 2040. While the projections

were refined by the Waccamaw Regional Council of Governments and Horry County Planning and Zoning, population growth is occurring faster than anticipated. It is important to note that the 2020 population projections are already

being surpassed that were developed in 2017 by the South

Carolina Budget and Control Board. Note that these

population numbers and projections do not account

for seasonal population, including snowbirds that live

in the area for the cooler months and tourist and seasonal work population during the summer months.

These estimates will need to be revisited after the release of the 2020 Census.

MUNICIPAL GROWTH

Over the last three decades, all municipalities, with

the exceptions of Atlantic Beach, Aynor, and Surfside Beach, have gained population; however, unincorporated areas have accounted for most of the

growth in recent years. As of 2015, there were 76,118

people that lived in area municipalities, while 233,081

lived in unincorporated Horry County, making up

75.7% of the total County population.

Historically, Horry County’s population has primarily resided along the beach front and near area waterways.

Since the 2000 Census, Horry County’s population has grown further away from the beach, along major highway corridors. Burgess, Socastee, Forestbrook, and Carolina Forest have seen the most growth. Conway, Little

River, and the Hwy 90 corridor have also seen considerable population growth. These areas are expected to

see an increase in development into the future, as many new subdivisions have been preliminarily approved in

these growth areas, but remain to be constructed.

Population growth from 2011-2015 was mainly being driven by individuals that were relocating to Horry County

from neighboring Southern States (50,968 people), other counties in South Carolina (30,959 people), and from

the Northeast (31,379 people). Since 2010, an estimated 139,319 people moved to Horry County. It is estimated

that for domestic migration roughly 36 out of every 1,000 residents and for international migration roughly 369

out of every 1000 residents remain in Horry County (US Census Bureau, migration rates calculated by Governing

July 2017).

New residents are largely moving into the areas east of the Waccamaw River to be close to the beach. This is

due, in part, to those area’s proximity to job centers, housing opportunities, and zoning regulations.

The map below delineates areas of high population density and urban land use resulting in a representation

of the “urban footprint.” There are two types of urban areas: 1- urbanized areas that contain 50,000 or more

people; and 2- small urban clusters that contain at least 2,500 people, but fewer than 50,000 people.

Explanation:

The solution is A, near the equator

Environmentally speaking, surface mining is more harmful than deep mining. That's accurate. Strip mining and mountaintop removal mining are both types of surface mining. The removal of the rock and soil that lies on top of the mineral deposit falls under this broad area of mining.

According to the minerals being mined, there are five major categories of surface mining, all with unique variations. These include highwall mining, dredging, mountaintop removal, open-pit mining, strip mining, and mountaintop removal.

When it is economically feasible to remove "overburden" in order to access underground coal resource, surface mining is performed. The coal must typically be relatively closer to the surface, however as machinery improves its ability to transport material, "reasonably close" is getting deeper and deeper.

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Answer:

Uso de vehículos eléctricos y evitar el uso de combustibles fósiles.

Explicación:

Para preservar los bajos niveles de contaminación y mejorar la calidad del aire alcanzada en la cuarentena, reduzca el uso de combustibles fósiles que se utilizan para la producción de energía, industrias y vehículos. Los vehículos producen la mayor cantidad de dispositivos de dióxido de carbono que causa la contaminación del aire. Durante el cierre, hay menos cantidad de contaminación porque hay menos vehículos en las carreteras. Deberíamos utilizar vehículos que funcionen con electricidad porque no produce contaminación y, por lo tanto, se mejorará la calidad del aire.