a group with shared culture inside a land area is known as


A nation
A state
A nation state
Popular sovereignty

Answer:

B. Commo Currency

Answer:

Explanation:

B. Commo Currency

Answer:

yes they are

Explanation:

because there are low agricultural people

Given data:The diameter of the curve = 88.0 m

The angle of the curve = 40 degrees = 40°The coefficient of kinetic friction between the toboggan and the surface of the slope = 0.17
(a)To find:The speed of the toboggan in order to get around the curve without sliding up or down its bankConcepts used:Banked curveLet, v be the speed of the toboggan and R be the radius of the curve.As the banked curve is frictionless,The centripetal force required to overcome the gravitational force is provided by the normal force acting on the toboggan. Therefore,N = m * v² / RR = D / 2 = 88.0 / 2 = 44.0 mN = m * g = m * 9.8 m/s²∴ m * v² / R = m * g∴ v² / R = g∴ v = √(gR) = √(9.8 × 44.0) = 19.6 m/s

Therefore, the speed of the toboggan is 19.6 m/s. (b)To find:The distance along the slope from where you should start your ride.Concepts used:Work-energy theorem Let, h be the height at which the toboggan is started from rest, L be the distance along the slope to the start of the curve, and M be the mass of the toboggan and its team.The potential energy at the height h is M * g * h.The initial kinetic energy is zero. The final kinetic energy is M * v² / 2.The work done by the force of kinetic friction is -μ * M * g * L. (negative sign as the force of friction is opposite to the direction of motion)

By conservation of energy,M * g * h = M * v² / 2 - μ * M * g * L∴ L = (M * v² / (2 * μ * M * g)) + h∴ L = v² / (2 * μ * g) + hLet's substitute the given values,v = 19.6 m/sμ = 0.17g = 9.8 m/s²h = L * sin(30°) = L / 2L = (19.6² / (2 * 0.17 * 9.8)) + (L / 2 * 2)∴ L = 483.3 mTherefore, the distance along the slope from where you should start your ride is 483.3 m.

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Human waste goes through physical and chemical treatment, animal waste is used directly as fertilizer.

Animal waste can be used as fresh manure directly on the soil whereas human waste should be properly recycled so that it contains no harmful bacteria.

Human waste can be used with right heat treatment like composting, all dangerous bacteria can be removed. Bio-solids can also be used.

Animal waste include variety of organic fertilizers like poultry and cattle manure which provides nutrients in soil.

Thus option C is correct.

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Human waste goes through physical and chemical treatment; animal waste is used directly.

(a) Australia has more land relative to capital, the price of land (T) would be relatively lower in Australia compared to Chile, (b) Both countries have different PPFs due to their different factor endowments, (c) Its consumption of M will increase, and it will consume a combination of goods that lies beyond its initial PPF, (d) Consumers in Chile gain access to a wider variety of agricultural goods (A) at lower prices through imports.

(a) According to the Heckscher-Ohlin (H-O) theorem, a country will have a comparative advantage in producing the good that intensively uses its abundant factor of production. In this case, Australia is more land abundant (larger T/K ratio) than Chile.

Since agriculture (A) is the land-intensive industry, Australia would have a comparative advantage in agriculture. Conversely, Chile, being less land abundant, would have a comparative advantage in manufacturing (M), which is less land-intensive.

The pre-trade price of land (T) and capital (K) in each country will reflect their relative abundance.

Since Australia has more land relative to capital, the price of land (T) would be relatively lower in Australia compared to Chile.

On the other hand, the price of capital (K) would be relatively lower in Chile compared to Australia.

(b) Here is an illustration of each country's Production Possibility Frontier (PPF) if they are not trading:

Chile:

      |

  A  |

      |                  *

      |               *

      |            *

      |         *

      |      *

      |   *

      |*________________________

       0          M

Australia:

      |

  A  |             *

      |          *

      |       *

      |    *

      | *________________________

       0          M

In this illustration, A represents agricultural goods, and M represents manufactured goods.

Both countries have different PPFs due to their different factor endowments.

Chile, being less land abundant, has a relatively steeper PPF for agriculture (A) and a flatter PPF for manufacturing (M). Australia, with more land abundance, has a relatively flatter PPF for agriculture (A) and a steeper PPF for manufacturing (M).

(c) Let's assume that before trade, the price ratio of agricultural goods (A) to manufactured goods (M) in Chile is 1:2, and in Australia, it is 1:1.5. Also, assume that the international price ratio of A to M is 1:1.8.

Chile's adjustment to trade:

Before trade, Chile produces and consumes a combination of goods along its PPF.

After trade, since Chile has a comparative advantage in manufacturing (M), it will specialize in producing M and export it. With the international price ratio favoring M, Chile will increase its production of M and shift resources from agriculture (A) to M. Its PPF will expand outward in the M direction.

Chile will import more A due to its comparative disadvantage in agriculture. Its consumption of A will increase, and it will consume a combination of goods that lies beyond its initial PPF.

Australia's adjustment to trade:

Before trade, Australia produces and consumes a combination of goods along its PPF.

After trade, since Australia has a comparative advantage in agriculture (A), it will specialize in producing A and export it. With the international price ratio favoring A, Australia will increase its production of A and shift resources from manufacturing (M) to A. Its PPF will expand outward in the A direction.

Australia will import more M due to its comparative disadvantage in manufacturing.

Its consumption of M will increase, and it will consume a combination of goods that lies beyond its initial PPF.

(d) In Australia, those who gain from trade are the producers and exporters of agricultural goods (A).

Due to their comparative advantage in A, they can expand production and benefit from exporting to other countries at higher international prices. Consumers in Australia also gain from trade as they can access a wider variety of manufactured goods (M) at lower prices through imports.

On the other hand, those who might lose from trade in Australia are the producers of manufactured goods (M).

Due to the comparative disadvantage in manufacturing, some domestic manufacturers may face increased competition from imports, which could lead to a decrease in their production and potential job losses.

In Chile, the situation is reversed.

Those who gain from trade are the producers and exporters of manufactured goods (M) due to their comparative advantage. They can expand production and benefit from exporting M at higher international prices.

Consumers in Chile gain access to a wider variety of agricultural goods (A) at lower prices through imports.

Those who might lose from trade in Chile are the producers of agricultural goods (A).

Due to their comparative disadvantage in agriculture, they may face increased competition from imports, which could lead to a decrease in their production and potential job losses.

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Answer:

C. It provided a heat source to help drive layer differentiation.

Explanation:
The higher proportion of radioactive elements in protoplanets aided planetary development by providing a heat source that aided in layer differentiation.

Numerous small bodies known as protoplanets were present during the early stages of the solar system's formation. These protoplanets gradually accumulated mass through collisions and gravitational interactions, eventually maturing into the planets we see today.

Radioactive elements, such as uranium, thorium, and potassium, are unstable and decay radioactively, producing heat as a byproduct. A localised heat source was created because of the presence of these radioactive elements within the protoplanets. As the radioactive elements decayed, they released significant heat energy, contributing to the protoplanet's overall heat budget.

The heat produced by these elements' radioactive decay was critical in driving the process of layer differentiation within the protoplanets. The differentiation of different materials within a planetary body based on their densities is called layer differentiation. The materials within a protoplanet became more molten and wholly or partially melted as the interior heated up due to radioactive decay.

Because of their higher density, heavier elements sank toward the core during this molten state, while lighter elements rose to the surface or formed an intermediate layer. In the case of terrestrial planets like Earth, this process is known as planetary differentiation, and it resulted in the formation of distinct layers such as a metallic core, a rocky mantle, and a crust.

The heat produced by radioactive decay was also crucial in shaping the internal structure of planets. It aided in forming the mantle, a molten or partially molten layer beneath the crust. Convective currents driven by this heat were critical in plate tectonics and material recycling on the planet's surface.

The factors cause global patterns in temperature and precipitation is:

The distribution of continents and oceans, the orientation of the Earth's axis, the circulation of the atmosphere and the oceans, and natural factors like latitude, elevation, and ocean currents are some of the factors that affect global patterns in temperature and precipitation.

The Earth's surface solar radiation incident angle: The amount of solar radiation that reaches the surface of the Earth depends on how the sun's beams are angled. In several parts of the world, this impacts the temperature and precipitation patterns.

Therefore, option (a), (b), (d) is correct.

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Answer:

Explanation:

That is arrow B

Thank you for asking

When oceanic lithosphere collides with another plate, the older, colder plate goes beneath the younger, warmer plate in the process of subduction.

A subduction zone is a location where two of the planet's tectonic plates collide and one dives, or subducts, beneath the other. It is one of the largest collision scenes on Earth. Some of the strongest earthquakes, tsunamis, and volcanoes on Earth can result from this tectonic process.

Pieces of the Earth's solid outer layer known as tectonic plates slowly migrate across the surface of the globe over millions of years. This lithosphere material curls downward into the hot mantle at subduction zones, where two tectonic plates collide and one slides beneath the other.

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According to the statement, there has been a significant salmonella outbreak that will have an effect on how chicken is consumed. Specifically, this will have an impact on the chicken demand curve.

The right response is:

Impact: Left Demand Shift

Concerns about food safety, notably with regard to chicken products, can arise from a salmonella outbreak. Due to health concerns or unfavourable views, customers may as a result reduce their desire for chicken.

Due to this drop in demand, the demand curve for chicken will move to the left, showing a lower demand for each price point.

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Answer:

On July 16, 1969, Apollo 11 crew members became some of the first people to look down at Earth from space and take pictures of Earth.

So... they took the first pictures of Earth.

Explanation:

People first saw the earth from above in a Rocket.

Answer:

Explanation:

C: farming and ranching.

The southeast is also Brazil's richest region. It is rich in natural resources and has the most industries and farmland.

Answer: The Answer is A

Explanation: Because that cycle shows the process of evaporation .

The salt Intrusion is being condensed to water vapour through heat from the sun.

HOPE THIS HELPS!!!!  

Evaporation is the process that allows a liquid to change of phase to a gas phase or vapor.

We will see that the correct option is A.

In the image we can see the cycle of water, we know that roughly it works as:

So looking at the image, we can see that the point that represents the evaporation of water is point A, where we have arrows that show the direction that water takes, meaning that it goes from the liquid to the clouds (goes from liquid to gas)

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Answer:

B.geographers study physical geography and human geography

Explanation:

got it right one the test

The correct option is option B : Geographers study physical geography and human geography.

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Answer:

The distance between the Earth and Venus varies by a factor of almost 7 depending on where the planets are in their respective orbits.

deepest is The Mariana Trench and most shallow is the arctic ocean

source: googl

The process that resulted in the deformation of sedimentary units in the American West during the Jurassic period was subduction of the Farallon Plate beneath the North American Plate. Therefore the correct option is option B.

The Farallon Plate was an ancient oceanic plate that was located beneath the Pacific Ocean. During the Jurassic period, it began to subduct beneath the North American Plate.

This process caused the sedimentary units in the American West to deform. The subduction of the Farallon Plate beneath the North American Plate led to the formation of the Sierra Nevada Mountains, the Cascades, and the Rocky Mountains.

The process also resulted in volcanic activity in the region. The volcanoes that formed were of two types, stratovolcanoes and shield volcanoes. Stratovolcanoes are cone-shaped and are formed by the accumulation of lava, ash, and other volcanic materials.

The subduction of the Farallon Plate beneath the North American Plate also caused the formation of an oceanic trench. The trench is called the Trench of the Juan de Fuca Plate. It is located off the coast of Oregon and Washington. Therefore the correct option is option B.

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The following question may be like this:

which of the following processes resulted in the deformation of sedimentary units in the american west during the Jurassic period? view available hint(s)for part a which of the following processes resulted in the deformation of sedimentary units in the American west during the Jurassic period?

Answer:

A frame structure is a structure made up of many rigid parts joined together to form a 'framework'. These different parts are called members. Shell Structures. A shell structure is more enclosing than a frame structure - it surrounds and encloses something.

Answer:

its in Wikipedia go type south east to north west

Explanation:

its actually kind of a angle from in between north and west and also in between south and eastb

If a person wanted to go southeast, the magnetic needle of the compass would be positioned between south and east.

A compass is a machine or a device that depicts the cardinal directions that are essential for navigation.

Simply put, it is used for finding direction. See the attached image for a compass that is pointing between the south and the east.

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There are more naturally occurring minerals on Earth than there are naturally occurring elements.

While the exact number of minerals and elements on Earth is not known, it is estimated that there are around 5,000 to 6,000 known minerals, while there are only 118 known elements.

Minerals are compounds that are formed naturally in the Earth's crust, composed of two or more elements. Some minerals are quite common, such as quartz or feldspar, while others are very rare, such as thallium minerals. In contrast, elements are the basic building blocks of matter, and cannot be broken down into simpler substances. Elements can be found in various forms, such as in the form of minerals or in their elemental form in the Earth's crust.

While there are many more minerals than elements, it's worth noting that many While the exact number of minerals and elements on Earth is not known, it is estimated that there are around 5,000 to 6,000 known minerals, while there are only 118 known elements.

Overall, while there are more naturally occurring minerals on Earth than there are elements, the two are closely related, with minerals being composed of one or more elements.

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Geologists use fossils to date sedimentary rock layers. Sedimentary rock layers are formed over time from the accumulation of sediment. When an animal or plant dies, its remains may become buried in sediment.

Over time, the sediment hardens into rock and the remains become fossilized. By studying the fossils found in a particular rock layer, geologists can determine the age of the rock layer. This is because different types of fossils are only found in rocks of a certain age.

For example, if a geologist finds a fossil of a trilobite in a rock layer, they know that the rock layer is between 540 and 245 million years old. This is because trilobites became extinct at the end of the Permian period, around 245 million years ago.

Geologists can use a similar process to determine the ages of other rock layers. Fossils can also be used to determine the relative ages of different rock layers. This is done by looking at the different types of fossils found in each layer. If two rock layers contain the same types of fossils, they are likely to be the same age.

If one rock layer contains fossils that are older than the fossils in another layer, the first layer must be older than the second layer. By studying the fossils found in sedimentary rock layers, geologists can learn a lot about the history of the Earth.

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Because shales and siltstones are easily eroded, the areas where they are exposed typically have gentle topography.

Shales and siltstones are types of sedimentary rocks that are composed of fine-grained particles, such as clay and silt. Because they are relatively soft and easily weathered, they are more susceptible to erosion than harder rocks like sandstones and granites.

As a result, areas where shales and siltstones are exposed tend to have a gentler topography, with smooth, rolling hills and low ridges, rather than steep cliffs and sharp ridges.

The type of rock that is present in an area can have a significant impact on the landscape, shaping the relief and determining the types of soils, vegetation, and wildlife that can thrive there.

Understanding the geological characteristics of a region, including the types of rocks that are present, can help us understand the landscape and the forces that have shaped it over time.

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Orographic precipitation is a significant factor in shaping regional climates and can contribute to the formation of diverse ecosystems and hydrological systems.

When a warm, moisture-laden wind blowing into the land from the sea encounters a natural barrier, it creates a type of precipitation known as orographic precipitation or relief rainfall.

Orographic precipitation occurs when moist air is forced to rise over a mountain or other elevated terrain feature. As the air is lifted, it cools, leading to condensation and the formation of clouds. The moisture in the air condenses into droplets, eventually falling as precipitation on the windward side of the mountain.

The process of orographic precipitation involves two main components: the windward side and the leeward side. On the windward side of the barrier (facing the oncoming wind), the air rises and cools, leading to enhanced cloud formation and precipitation. This is often characterized by abundant rainfall or snowfall.

On the leeward side (downwind side) of the barrier, the air descends and warms, creating a rain shadow effect. As the air descends, it becomes drier and forms a region of reduced precipitation. This results in a rain shadow, where the area behind the mountain experiences less rainfall and may even be arid or desert-like.

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India's central location holds significant geopolitical, economic, and cultural importance.

Geopolitical Significance: India is located at the crossroads of South Asia, Central Asia, and the Middle East. Its central location gives it strategic importance and allows it to serve as a bridge between different regions.

Economic Connectivity: India's central location enables it to connect with neighboring countries and regions, facilitating trade and economic interactions. It serves as a gateway for land-based trade routes, such as the historic Silk Road, connecting South Asia with Central Asia and beyond.

Cultural Exchange and Diversity: India's central location has historically made it a melting pot of diverse cultures, traditions  and religions. It has been a meeting point for different civilizations, resulting in a rich and vibrant cultural heritage.

Regional Stability and Cooperation: Given its central location, India plays a crucial role in regional stability and cooperation. I

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Answer:

true

Explanation:

Answer:

Political maps are useful to geographers who want to know-how

D. the activities of people affect the physical environment

Explanation:

"Political maps" are among the numerous internationally adopted reference maps. They are attached to the walls of classrooms throughout the globe. They display the geographic borders between political assemblies such as nations, states, and constituencies. They present roads, towns, and important water characteristics such as oceans, streams, and seas.

Generally, primate cities are very important within their communities because they serves as the centers of trade, industry and economic activity.

Primate cities are the largest cities within a geographically defined group of cities, and are frequently the most populous cities in a given country. It is significantly larger than any other city in the urban hierarchy.

A primate city distribution is a rank-size distribution with one very large city, many much smaller cities and towns, and no intermediate-sized urban centers: a king effect that is visible as an outlier on an otherwise linear graph when the rest of the data fits a power law or stretched exponential function.

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Answer:

A. Elevation

Explanation:

Highland climates like those found in Tibet have their climates dictated by elevation, for the most part.