In "Neoliberal Globalization" author Jan Nederveen Pieterse argued that the rise of the United States in the wake of the Cold War and the formation of the Washington Consensus elevated neoliberalism from domestic policy to an international regulatory paradigm. Over the last two decades neoliberal globalization, has become a dominant global regime.
a. True
b. False
Answers
The given statement "In "Neoliberal Globalization" author Jan Nederveen Pieterse argued that the rise of the United States in the wake of the Cold War and the formation of the Washington Consensus elevated neoliberalism from domestic policy to an international regulatory paradigm. Over the last two decades neoliberal globalization, has become a dominant global regime." is true as the Neoliberal Globalization taled about the cold war.
According to Pieterse neoliberal globalization has become the preeminent global regime over the past two decades. Neoliberal globalization is the term used to describe how economies are becoming more integrated how trade and investment are becoming more liberalized and how market oriented policies are being prioritized. Governments have pursued deregulation, privatization and free trade agreements under this system.
This has led to an increase in market driven policies the growth of transnational corporations and the financialization of economies. Pieterse argument suggests that neoliberal globalization has become a defining characteristic of the global economic order, shaping policies and practices across nations.
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Related Questions
What is the distance from the origin to point P graphed on the complex plane below?
5
4
3
2
1
-5 -4 -3 -2 -11
2
3
4.
5
x
T 14
-3
-5
A
O
o
29
07
O 29
Markthi
Answers
Answer:
25
Explanation:
Got it right on my homework
7 is the distance from the origin to point P graphed on the complex plane below. Therefore, the correct option is option C.
What is distance?Distance is a measurement that determines how far apart two things or points are, either numerically or occasionally qualitatively. Distance can be a measurement of length in physics or to an estimate based on other factors in common usage. Given that human thought draws heavily on spatial perception for conceptual metaphors.
The phrase is widely used in a metaphorical sense to denote a measure of the distance between two objects that are comparable to one another. The concept of a metric space is used in mathematics to formalise the majority of these conceptions of distance, both literal and figurative. 7 is the distance from the origin to point P graphed on the complex plane below.
Therefore, the correct option is option C.
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Your question is incomplete but most probably your full question was,
What is the distance from the origin to point P graphed on the complex plane below?
freshwater supplies (resources) can be increased by
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Freshwater supplies (resources) can be increased by using the groundwater which is used to supply cities and grow food is being pumped from the aquifers in some areas faster than it is renewed by precipitation.
So, from another way in which freshwater supplies can be increased in a water stressed area is through the use of aqueducts, tunnels, and underground pipes in order to transfer stream runoff collected by dams and reservoirs in water-rich areas. So, in some areas it is renewed by precipitation.
The freshwater supplies can also be increased by large dam-and-reservoir systems and water transfer projects which thus have greatly expanded water supplies in some areas, but this has also a negative impact, as it have also disrupted ecosystems and displaced people.
Hence, such water transfers have benefits, while they also create environmental problems.
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give four reasons why the interior of the earth is hot
Answers
Explanation:
♤decay of radioactive elements
♤ leftover heat from planetary formation
♤heat released as the liquid outer core solidifies near its boundary with the inner core.
Answer:♤decay of radioactive elements
♤ leftover heat from planetary formation
♤heat released as the liquid outer core solidifies near its boundary with the inner core.
Explanation:
2. Jewish ideas can be traced in three aspects Ef their religion - the covenant, the law, and the prophets.
What was the covenant, and who were the prophets?
Answers
"The idea of the new covenant is based chiefly upon Jeremiah 31:31–34 (comp. Hebrews 8:6–13, 10:16).
How do electromagnets produce a force?
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PLEASE HELP i don’t get this at alll!!
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Answer:
u have to use like rotation or translate and those words so you could say rotate it however many degrees then translate it up by however many units
the number of babies born per 1 000 the population per year
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What makes the midwest a perceptual region.
Answers
Answer: Your ugly
Explanation: Your mom
what are the importance of rangeland
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Answer:
Rangeland and grassland ecosystems provide benefits vital to agriculture and the environment. Watersheds for rural and urban uses.
Explanation:
3. An anticline is usually formed by the upfolding or arching of rock layers.
A: True
B: False
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which Washington region is dominated by one of the longest rivers in the world?
Answers
Answer:
Colombia River
Explanation:
Which country best exemplifies phase 4 of a demographic transition? (a) Argentina, (b) China, (c) India, (d) Japan, (e) Mexico.
Answers
The best example of a country in phase 4 of the demographic transition is Japan.
The correct option is D.
Japan has seen a major shift in its population over time, and is now characterized by low birth rates, low death rates, and an aging population. This is due to a combination of social and economic factors, such as increased access to contraception, a high level of female participation in the labor force, and a high quality of health care.
Additionally, Japan has made large investments in its public pension system to address the needs of its aging population, making it a model for other countries in the same stage of the demographic transition.
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true or false: there are more hurricanes in the eastern pacific ocean than in the north atlantic/caribbean sea/gulf of mexico every year.
Answers
Honduras is a member of the Central American region and enjoys a great location because it has access to two sizable bodies of water pacific ocean.
The Caribbean Sea, which is on its eastern side, contains the largest island in this area, the island country of Cuba. Cuba and Honduras are relatively near neighbors, and cooperation and cordial relations between the two nations go back a long way. Given that Spanish is the primary language and culture of both nations, they can both be categorized as Latin American nations. The season lasts from May 15 to November 30 and, on average, 8 hurricanes occur during that time. Why do we never hear about a hurricane hitting California, Oregon, or Washington state although the eastern Pacific has more storms than the Atlantic? Tropical storm climatology. Globally, the frequency of storms varies significantly from ocean to ocean. Each year, 80 tropical cyclones form worldwide, with roughly a third developing into hurricanes. The western Pacific Ocean, which has a huge amount of warm ocean water, is the region with the most activity.
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in what ways does silica percentage affect the behavior of a magma?
Answers
Viscosity: Silica-rich magmas have a higher viscosity, or resistance to flow, compared to silica-poor magmas. This means that silica-rich magmas are less likely to flow and are more likely to cause explosive eruptions.
Explosive Potential: High silica content in a magma can result in a higher explosive potential, because the high viscosity prevents gases from escaping the magma and causes pressure to build up. This can lead to explosive eruptions when the pressure exceeds the strength of the magma's confining pressure.
Composition of Erupted Material: Silica content affects the composition of the magma and, thus, the composition of the erupted material. Silica-rich magmas are more likely to produce explosive eruptions that release silica-rich ash and pumice, while silica-poor magmas are more likely to produce less explosive eruptions that release basaltic lava.
Eruptive Style: The silica content of a magma can determine the style of eruption it will produce. Silica-rich magmas are more likely to produce explosive eruptions, while silica-poor magmas are more likely to produce effusive eruptions.
Cooling and Solidification: Silica-rich magmas also cool and solidify more slowly than silica-poor magmas, due to their higher viscosity. This means that silica-rich magmas are more likely to form large, crystal-rich rocks like granite, while silica-poor magmas are more likely to form fine-grained rocks like basalt.
It's important to note that the behavior of a magma is not solely determined by its silica content, but is also influenced by other factors such as temperature, pressure, and the presence of volatile components like water and gas
What can be learned from the recurrence interval of earthquakes along a particular fault or eruptions from a particular volcano
Answers
The recurrence interval of earthquakes along a particular fault or eruptions from a particular volcano can help scientists and geologists learn about the seismic and volcanic activity in a region.
The recurrence interval of earthquakes along a particular fault or eruptions from a particular volcano can be used to gain insights about the seismic and volcanic activity in a region.
It can provide scientists and geologists with a better understanding of the patterns of earthquakes and volcanic eruptions, including their frequency, magnitude, and location, which can help to predict future events.
In general, the recurrence interval of earthquakes or volcanic eruptions refers to the amount of time between successive events.
For instance, if an earthquake occurs every 10 years on a particular fault, its recurrence interval is 10 years.
By studying the recurrence interval of earthquakes or volcanic eruptions along a particular fault or volcano, scientists can make predictions about when the next event is likely to occur, as well as estimate the magnitude and severity of that event.
In summary, the recurrence interval of earthquakes along a particular fault or eruptions from a particular volcano can provide important information about the seismic and volcanic activity in a region, which can be used to make predictions and improve our understanding of these natural phenomena.
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the shallow water area from the breaker zone to the edge of the continental shelf is referred to as the:
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The shallow water area from the breaker zone to the edge of the continental shelf is referred to as the "neritic zone."
The shallow water area from the breaker zone to the edge of the continental shelf is known as the neritic zone. This region is characterized by relatively shallow depths, typically less than 200 meters, and it extends from the coastline to the point where the ocean floor drops off significantly. The neritic zone is highly productive and supports a diverse range of marine life due to its proximity to the coast and exposure to sunlight. It is an important habitat for various species of fish, marine mammals, and invertebrates. The nutrient-rich waters and abundant sunlight in the neritic zone contribute to high biological productivity and make it a vital part of the marine ecosystem.Hence, The shallow water area from the breaker zone to the edge of the continental shelf is referred to as the "neritic zone."
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Where is the Great Bear Lake located?
Answers
Answer:
Canadian boreal forest
Explanation:
CANADA
hope it helps u...........
Most crops grown in the United States are grown in a particular region. Why is this the
case? What forces lead to the development of agricultural regions? You may want to
consider some of the factors identified in Von Thunen's land use model... Explain two factors.
Answers
Answer:
Crops are primarily grown in the Midwestern states.
Explanation:
in the Midwest, fertile soils help farmers produce abundant harvests of soybeans and grain crops such as corn, wheat, and oats. Much of this harvest is transported down the Mississippi River in order to reach its final destination.
When humans started domesticating plants and animals some 10,000 years ago, agricultural communities started to emerge. By establishing domesticity, families and larger groups were able to build communities and transition from a nomadic hunter-gatherer lifestyle dependent on foraging and hunting for survival.
Von Thunen's agricultural land use model with the basic assumptions being applied (isolation, ubiquity, transportation).
Match the example in columns.
Crime, high cost
of living, and
pollution
Good climate,
jobs, and low
cost of living
Newcomers help
others migrate to
new country
Military drives
people out of
homes
?
?
2
Push factors
Pull factors
Forced migration.
Chain migration
Answers
Crime, high cost of living, and pollution: Push factors.
Good climate, jobs, and low cost of living: Pull factors.
Newcomers help others migrate to a new country: Chain migration.
Military drives people out of homes: Forced migration.
Crime, high cost of living, and pollution are examples of push factors. Push factors are circumstances or conditions that compel individuals or communities to leave their current location or country and seek better opportunities elsewhere. In this case, the presence of crime, a high cost of living, and pollution create unfavorable living conditions that encourage people to migrate in search of safety, affordability, and improved quality of life.
Good climate, jobs, and low cost of living are examples of pull factors. Pull factors are positive aspects or opportunities that attract individuals or communities to a particular location or country. The presence of a favorable climate, abundant job opportunities, and a lower cost of living make a location desirable, leading people to migrate there to benefit from these advantages.
Newcomers helping others migrate to a new country is an example of chain migration. Chain migration refers to the process where individuals or families migrate to a new country or location and subsequently facilitate the migration of their relatives, friends, or community members to join them. It often occurs when established migrants provide support, assistance, and resources to newcomers, making the migration process easier and encouraging others to follow suit.
Military driving people out of their homes is an example of forced migration. Forced migration refers to situations where individuals or communities are compelled to leave their homes due to conflict, persecution, or other forms of coercion. When the military or armed conflict forces people to flee their homes to seek safety and protection, it constitutes forced migration.
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WHERE IS WASHINGTON DC
Answers
Answer:
Explanation:
in america
Which area of Georgia has the highest population density
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Answer:
Georgia ranks 18th in the United States in population density . The largest
city in Georgia by population is Columbus. The county with the highest
population in Georgia is Fulton county, with over 1 million residents.
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A most of open worlds drinking water is ___ of the water used each day by each person
A. a contaminant
B. None
C. The bulk
D. A small fraction
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The climate of hawaii is cooler than the climate of other places in the same latitudes. This is most likely a direct result of.
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The correct answer is option C.
The climate of Hawaii is cooler than the climate of other places in the same latitudes. This is most likely a direct result of ocean temperature.
Generally, Hawai'i island is located in Tropic of Cancer and sits between 19° and 22 degree North latitude.
The climate of Hawaii is cooler than the climate of other places in the same latitudes because the surrounding water of ocean of Hawaii has moderate and suitable temperatures around 77 °F in March and 83 °F in September.
In general, the surrounding water and its stable temperature keeps the daily temperature swings of Hawaii moderate and colder than other places.
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The complete question is:
The climate of Hawaii is cooler than the climate of other places in the same latitudes. This is MOST LIKELY a direct result of A) climate change. B) plate tectonics. C) ocean temperature. D) the Coriolis effect.
what does the term meridian said? Why we didn't say prime line? Why we say prime meridian?
Answers
Answer:
a great circle on the surface of the earth passing through the poles
Explanation:
state why the mantle is very hot
Answers
Answer:
Because it is underground, very close to the earth's core
Consider this scenario: The tropical island of Hawaii is virtually snake-free. Smugglers, seeking to make money, brought several crates of snakes to the island. Unfortunately, while traveling across the island, the truck carrying the snakes was in an accident. The crates were thrown from the truck and broke apart. Most of the snakes were never recovered. Would this have any affect on the ecosystem here?
Answers
Answer:
Yes
Explanation:
Those snakes affect the ecoystem because they need food so they go down and become a predator and hunt for food. If they bite people depending if its venomous then they'd seek medical help
How did the earth obtain the heat in its interior?
Answers
The Earth's interior heat is thought to have been generated by a combination of processes such as the decay of radioactive elements, gravitational energy from acceleration, frictional heating, impact heating, and tidal heating.
Decay of radioactive elements: The Earth contains a large number of radioactive elements such as uranium, thorium, and potassium, which release heat as they decay into more stable elements. This process generates heat through the emission of alpha, beta, and gamma particles. Gravitational energy from accretion: As the Earth formed from the accumulation of smaller bodies, the gravitational energy from this accretion process was converted into heat. This process is known as accretionary heating and occurs during the formation of planetary bodies.Frictional heating: As the Earth's core and mantle moved and convected, the friction generated heat. This process is known as tectonic heating. Plate tectonics and the movement of the Earth's lithosphere, generate friction which produces heat.Impact heating: The Earth was also heated by the impact of large bodies such as comets and asteroids, which released a significant amount of energy upon impact. This process is known as impact heating, it occurs when a celestial body strikes the Earth's surface with enough force to generate heat.Tidal heating: The heat is also produced by the friction generated by the gravitational pull of the moon and the sun on the Earth's surface, which causes the tides. This process is known as tidal heating, it occurs when the gravitational pull of celestial bodies causes friction between the surface of a planet and its interior, generating heat.
All these factors contributed to the Earth's interior heat, which continues to be generated today and drive the processes such as plate tectonics, volcanic activity, and geothermal activity that shape our planet. The heat from the interior of the Earth is also responsible for the Earth's magnetic field, it is generated by the motion of molten iron in the Earth's core.
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How long does it take a P wave to travel 8000km?
Answers
Answer:
Approximately 11 minutes and 20 seconds
Explain your answer. P waves travel faster than S waves. 8000 km away? Approximately 11 minutes and 20 seconds.
Explanation:
thank me later
Answer:
11 mins and 20 secs
Explanation:
human activities have dramatically changed the water cycle by i. increasing infiltration ii. increasing surface runoff iii. increasing condensation
Answers
Human activities have greatly altered the water cycle, with increased infiltration, surface runoff, and decreased condensation. These changes have profound effects on water availability, quality, and ecosystem health. Therefore, all three statements are true
Human activities have dramatically changed the water cycle by increasing infiltration, increasing surface runoff, and decreasing condensation.
Infiltration has been increased due to activities such as irrigation and the construction of paved surfaces, which reduce the amount of water that can soak into the ground.
Surface runoff has been increased by activities such as deforestation and urbanization, which increase the amount of impervious surfaces and prevent water from soaking into the ground.
Condensation has been decreased due to activities such as air pollution, which can reduce the amount of water vapor in the atmosphere and decrease the likelihood of condensation occurring.
Overall, these changes in the water cycle have significant impacts on the availability and quality of water resources for human use and ecosystem health.
Therefore, all three statements are true
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How is the formation of igneous rocks different from the formation of sedimentary rocks?.
Answers
Answer:
The difference is that: Sedimentary rocks are usually formed under water when grains of broken rocks are glued together while igneous rocks form when melted rock (magma or lava) cools and metamorphic are rocks that once were igneous or sedimentary rocks but have been changed by pressure and temperature
The distinction is that igneous rocks form when melted rock (magma or lava) cools,
What is the rock?Rock is a naturally occurring mineral aggregate that is cohesive and composed of one or more minerals. These aggregates often take the shape of recognizable and mappable volumes and are the fundamental building block of the solid Earth. Typically, there are three major classes of rocks.
while metamorphic rocks are rocks that were once igneous or sedimentary but have been altered by pressure and temperature. Sedimentary rocks are typically formed underwater when grains of broken rocks are glued together.
Therefore, distinction is that igneous rocks form when melted rock (magma or lava) cools,
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while metamorphic rocks are rocks that were once igneous or sedimentary but have been altered by pressure and temperature. Sedimentary rocks are typically formed under water when grains of broken rocks are glued together.