In GE, use the Ruler Tool to measure the distance from South America to Africa along the fracture path specified by the yellow thumbtack. Calculate the rate of spreading in cm/year. This will be the distance in centimeters (cm) divided by the age of the crust. Your response ____________

Answers

Answer 1

If the distance between South America and Africa is 400 cm and the age of the crust is 10 million years, then the rate of spreading would be 0.04 cm/year (400/10,000,000).

To measure the distance between South America and Africa along the fracture path specified by the yellow thumbtack in GE, we need to use the Ruler Tool. Firstly, select the Ruler Tool from the toolbar, then click on the starting point (South America) and drag the ruler to the endpoint (Africa) along the fracture path specified by the yellow thumbtack.

To calculate the rate of spreading, we need to divide the distance in centimeters by the age of the crust. The age of the crust can be determined using geological studies.

In conclusion, by using the Ruler Tool in GE and dividing the distance in centimeters by the age of the crust, we can calculate the rate of spreading between two continents. This information is essential in understanding the process of plate tectonics and the movement of the Earth's crust.

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Related Questions

Determine five (5) common functions the actors of globalization play in the global economy

Answers

The actors of globalization play various functions in the global economy, but five common functions include:

Facilitating Trade: Globalization actors such as multinational corporations, international trade organizations, and financial institutions play a key role in facilitating trade by promoting the exchange of goods and services between countries.

Driving Economic Growth: Actors of globalization such as foreign investors, multinational corporations, and international organizations contribute to economic growth by investing in new markets, creating jobs, and transferring knowledge and technology across borders.

Promoting Innovation: Globalization actors such as technology companies, research institutions, and universities contribute to innovation by developing new products, services, and technologies that can benefit people around the world.

Encouraging Competition: Globalization actors such as international trade agreements, antitrust laws, and regulatory bodies promote competition by preventing monopolies and encouraging market-based competition, which can lead to lower prices, increased efficiency, and innovation.

Addressing Global Challenges: Actors of globalization such as international organizations, NGOs, and governments work together to address global challenges such as poverty, climate change, and disease by coordinating resources and expertise across borders, sharing knowledge and best practices, and providing funding and support to affected communities.

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Long-term patterns or trends of meteorological conditions in a given area refer to its _________. group of answer choices climate weather forecast variability

Answers

Answer:

Climate

Explanation:

Climate refers to the long-term patterns or trends of meteorological conditions in a specific place, such as temperature, precipitation, humidity, and wind. It is a measure of average conditions over a 30-year or longer timeframe. Several factors influence climate, including latitude, altitude, topography, ocean currents, and atmospheric circulation. These factors interact to provide a distinct climate for each region of the globe.

Weather, on the other hand, refers to the short-term atmospheric conditions that occur daily or hourly, such as temperature, humidity, precipitation, wind, and cloud cover. Weather can be highly variable and unpredictable, changing quickly over short intervals.

Predicting future weather conditions based on current data and computer models is called a forecast. Natural fluctuations in weather and climate patterns that occur throughout time, such as El Nio and La Nia occurrences, can cause changes in temperature, precipitation, and other meteorological variables.

which is a possible result of higher air temperatures caused by climate change?
increase in sea level
freezing of polar ice caps
rapid evaporation of water in the soil
flooding of low-lying coastal areas

Answers

An increase in sea level is a possible result of higher air temperatures caused by climate change.

Rise in sea level is one potential outcome of rising air temperatures brought on by climate change. Sea levels rise as a result of glaciers and ice caps melting more quickly as the air temperature rises. In addition to expanding, warmer water raises the sea level. Low lying coastal areas may experience flooding as a result which could be disastrous for the infrastructure and communities there.

Because rising sea levels can alter water salinity levels and have an impact on different species migration patterns, they can also have an impact on ecosystems. Higher temperatures are not likely to result in the freezing of the polar ice caps because this would require a significant and sustained cooling of the climate.

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geological evidence based on several radiometric techniques has provided a scientifically well-accepted age for the earth. represent that age of the earth as the 100-yard length of a football field, and any time interval can be represented as some distance on the field. (so something that lasted one-tenth of the age of the earth would be ten yards, and something that lasted one-half of the age of the earth would be fifty yards.) on this scale, how far on the football field would represent the time between the first appearance of abundant shelly creatures and today?

Answers

A little more than 1 yard on a football pitch would symbolise the period starting when the demise of the dinosaurs allowed room for the emergence of big mammals and ending today on this size. Option 1 is Correct.

An age for the Earth has been established through geological evidence based on several radiometric techniques. Every duration of time may be represented on a football pitch by a distance equal to the length of the Earth's age, which is 100 yards.

So, if something lasted a tenth of the age of the Earth, it would be 10 yards long, and if it lasted a half of the Earth's age, it would be fifty yards. Option 1 is Correct.

So, on this scale, 66 million year ≡ (66/4543) × 100 yard length

≡ 1.453-yard length

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Correct Question:

Geological evidence based on several radiometric techniques has provided a scientifically well-accepted age for the Earth. Represent that age of the Earth as the 100-yard length of a football field, and any time interval can be represented as some distance on the field. (So something that lasted one-tenth of the age of the Earth would be ten yards, and something that lasted one-half of the age of the Earth would be fifty yards.) On this scale, the time from when dinosaur extinction made space for large mammals, until today, would be represented by how far on the football field?

a. A little over 1 yard.

b. Over 90 yards.

c. 60 yards.

d. Over 80 yards.

e. 50 yards.

the red scare and the growth of the ku klux klan were similar as both were influenced by ___

Answers

Answer:

Explanation:

Both the Red Scare and the growth of the Ku Klux Klan were influenced by a fear of the "other" and a perceived threat to American values and way of life.

During the Red Scare, there was a fear of communist infiltration and a belief that communists were working to undermine American democracy. This fear led to widespread paranoia and the persecution of anyone suspected of being a communist or sympathizing with communist ideals.

Similarly, the growth of the Ku Klux Klan was fueled by a fear of minorities, particularly African Americans and immigrants, who were seen as a threat to the dominant white culture. The KKK believed in white supremacy and sought to intimidate and oppress minorities through violence and intimidation.

In both cases, there was a sense of insecurity and a belief that the American way of life was under threat. This led to a reactionary response in the form of persecution, violence, and intolerance towards those seen as different or threatening to the dominant culture.

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The Red Scare and the growth of the Ku Klux Klan were similar as both were influenced by fear and a desire to maintain social order.

The Red Scare, which occurred in the early 20th century, was a widespread fear of communism and its potential infiltration in American society. Similarly, the Ku Klux Klan, an organization with a long history of promoting white supremacy and racism, experienced significant growth during the same time period due to heightened racial tensions and anxieties about societal change.

Both movements were driven by a desire to protect traditional values and suppress those who were perceived as threats to the established social order. In the case of the Red Scare, this meant targeting individuals with suspected ties to communism or radical political beliefs, leading to widespread persecution and the loss of civil liberties for many. For the Ku Klux Klan, this involved promoting white supremacy through acts of violence and intimidation against minority communities, especially African Americans, as well as advocating for restrictive immigration policies.

Ultimately, the Red Scare and the growth of the Ku Klux Klan were similar because both were rooted in fear and a desire to maintain the social order through the suppression of perceived threats. This manifested in discrimination, persecution, and violence against those who were deemed as challenges to the traditional values and norms of American society.

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In the mossy rock ecosystem, which type of moss patch showed the greatest number of species extinctions?.

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The fragmented patches with broken corridors showed the greatest number of species extinctions in the mossy rock ecosystem.

Any rock that is entirely or partially above ground level in a natural setting is referred to as a moss rock. The term "moss rock" refers to how frequently mosses and lichens grow on their exposed faces. Not every rock has vegetation growing on it since some of them were produced beneath other rocks.

Natural resources such as native plants, water flows, and crucial habitat are all harmed when moss rocks are removed from natural settings. The removal of moss rocks may result in crucial soil deterioration from the use of powerful earth moving equipment on extremely erodible landscapes, changed flows of water over slopes of hills and concentrated flows across exposed soil, and degraded waterways due to higher erosion rates, silt buildup, and changing the speed of the water flow.

Option A is the correct answer.

The complete question is, "In the mossy rock ecosystem, which type of moss patch showed the greatest number of species extinctions?

a. The fragmented patches with broken corridors

b. The fragmented patches with no corridors

c. The fragmented patches with corridors

d. The large control patch"

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Describe what the weather would be like as a warm front passes. Then, describe what would occur as a cold front passes

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As a warm front passes, the weather would be humid and as a cold front passes than the temperature would drop more than 15 degrees within an hour.

Since warm air is denser and more difficult to remove from the surface of the Earth than cold air, warm fronts move at a slower pace than the cold fronts that typically follow them. As a result, scale disparities in temperature across warm fronts are likewise forced to be larger.

In a noticeable surface trough of low pressure, a cold front is the front end of a cooler mass of air at ground level that substitutes a warmer body of air.

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Please help I don’t understand

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The coordinates of the center of a circle are;  (-1, 0).

How to solve for the equation f a circle  (x + 1)² + y² = 100?

The general equation of a circle is given by (x - h)² + (y - k)² = r², where (h, k) is the center of the circle and r is the radius.

The given equation of the circle is (x + 1)² + y² = 100. Comparing it with the general equation, we can see that:

h = -1

k = 0

r² = 100

So the coordinates of the center of the circle are (-1, 0).

The above answer is in response to the full question below;

What are the coordinates of the center of a circle whose equation is (x + 1)² + y² = 100

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The average American uses about 1 bath tub full of water each day (13. 37 cubic feet (ft3)). How many ft?


of an aquifer with a porosity of 25% would be drained each day to provide this water? Show your work by


using the formula on the other side and solving for "x".


PLEASEEEEEE HELPPPPP!!!!!!

Answers

To determine how many cubic feet of an aquifer with a porosity of 25% would be drained each day to provide 13.37 ft³ of water for the average American, you can follow these steps:

1. Determine the volume of water needed: 13.37 ft³ (given in the question)
2. Calculate the volume of the aquifer needed, considering the porosity: Divide the volume of water needed by the porosity (25% or 0.25) to find the total volume of the aquifer that needs to be drained.
The total volume of aquifer = volume of water needed / porosity
Total volume of aquifer = 13.37 ft³ / 0.25
Total volume of aquifer = 53.48 ft³

So, 53.48 cubic feet of an aquifer with a porosity of 25% would be drained each day to provide 13.37 ft³ of water for the average American.

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53.48 cubic feet of an aquifer with a porosity of 25% would be drained each day to provide water to the average American using about 1 bathtub full of water each day (13. 37 cubic feet (ft3)).

To answer this question, we need to use the formula:

The volume of water used = Volume of aquifer drained x porosity

We know that the volume of water used each day is 13.37 cubic feet. We can plug this into the formula and solve for the volume of aquifer drained:

13.37 = x * 0.25

x = 13.37 / 0.25

x = 53.48 cubic feet

Therefore, about 53.48 cubic feet of an aquifer with a porosity of 25% would be drained each day to provide the average American with 1 bathtub full of water.

It's important to note that this is an average and individual water usage may vary. It's also important to practice water conservation to help preserve our natural resources.

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Explain the difference between Greek and Muslim contributions to the notion of climate variability


across the earth

Answers

Answer:

See the explanation for the full answer.

Explanation:

Greek and Muslim contributions to global climate variability diverged in approach and methodology.

Aristotle, Hippocrates, and Theophrastus were Greek scholars who investigated the natural world and recorded their findings in their books. Aristotle thought that the earth was made up of four elements: earth, water, air, and fire, and that variations in the proportions of these components created environmental changes. He also noticed that latitude and elevation differences were related to climate changes. Aristotle's disciple Theophrastus examined plants and their relationship to climate and discovered that various plants flourished in different conditions.

Muslim scholars, on the other hand, made substantial contributions to climate research by developing scientific instruments and employing mathematical models. During the Islamic Golden Age, which spanned from the eighth through the fourteenth centuries, improved equipment for monitoring temperature, humidity, and wind direction was developed. Muslim scientists, such as Al-Khwarizmi and Al-Farabi, used mathematical models to anticipate weather patterns and analyze the causes of climate change. These models were created using observations from nature as well as theoretical calculations.

Therefore, Greek contributions to the climate variability concept involved observing and recording natural events. In contrast, Muslim contributions concerned the construction of scientific instruments and mathematical models to explain and predict climatic patterns.

In your group, explain how the Superstorm collected and
transformed water vapor along the path of the storm. In your
explanation, be sure to include how temperature played a role
in the formation of the storm.

Answers

Temperature plays a critical role in the formation of superstorms because it affects the amount of moisture that can be held in the atmosphere. Warm air can hold more moisture than cold air, so when warm and moist air is forced upward, it can cool and release its moisture in the form of rain, snow, or hail.

As the superstorm moves along its path, it can collect more water vapor from the surrounding air, which can fuel its growth and intensify its effects. This can occur through a process called evapotranspiration, in which water is released into the atmosphere through plants and other living organisms, or through the process of water vapor being picked up by the storm's strong winds.

Once the water vapor is collected by the superstorm, it can be transformed into different forms of precipitation, depending on the temperature and other conditions in the atmosphere. If the air is cold enough, the water vapor can freeze into ice crystals, which can then fall as snow or hail. If the air is warmer, the water vapor may condense into liquid droplets, which can then fall as rain

Examples of agricultural modernization in south sudan

Answers

Agricultural modernization in South Sudan is aimed at increasing food production and enhancing food security. The government has implemented several programs to support modernization, including irrigation, mechanization, and extension services.

One example of modernization is the use of solar-powered irrigation systems to increase crop yields in areas with limited rainfall. Another example is the introduction of tractors and other farm machinery to reduce labor costs and improve efficiency.

The government has also established agricultural extension services to provide farmers with information on modern farming techniques and market opportunities.

Additionally, there has been a push towards commercial farming, with the government offering incentives for investors to establish large-scale farms. These efforts are aimed at increasing agricultural production and improving livelihoods for the rural population.

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Igneous rock that cools very quickly when it forms may have a texture that is:.

Answers

The texture of an igneous rock that cools very quickly when it forms is typically smooth and shiny, which is known as a glassy texture.

Hence, the correct answer is smooth and shiny.

Igneous Rock formation:

Igneous rocks are formed when magma cools and solidifies. The texture of an igneous rock is determined by the rate of cooling of the magma. If the magma cools very slowly, the resulting rock will have large crystals, while rapid cooling results in a finer-grained texture.

When magma cools extremely quickly, as in the case of volcanic eruptions, it solidifies almost instantly and may form a glassy texture.

Otherwise, if the cooling rate is slower, the rock may have a crystalline texture with visible minerals, which are often arranged in an interlocking pattern. The mineral composition and texture of an igneous rock can provide clues about its origin.

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The given question is incomplete, hence the complete question should be:

Igneous rock that cools very quickly when it forms may have the texture that is:

a. soft and elastic

b. smooth and shiny

c. firm and nodular

d. minerals and other materials

The division of Pakistan away from India was meant to calm tension between Muslims and Hindus. Based on relations between the countries, how successful has that been? Explain your answer

Answers

Tensions between Muslims and Hindus have not subsided as much as was promised since Pakistan's separation from India.

There have been several instances of violence between the two countries despite their isolation. As Muslims, who had previously been the majority in the area, were uprooted and relocated to Pakistan as a result of the partition, there was a significant outbreak of violence in 1947.

Multiple wars between India and Pakistan between 1965 and 1971 came after that. Tensions between the two nations have risen in recent years, notably with relation to the Kashmir area.

While the separation of Pakistan from India was intended to give Muslims a safe haven, it has not been able to reduce hostilities between Hindus and Muslims.

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what is the primary reason for the elevated position of the oceanic ridge system? view available hint(s)for part a what is the primary reason for the elevated position of the oceanic ridge system? the oceanic lithosphere at the ridge is hotter than the older lithosphere that is farther from the ridge. because the hotter lithosphere at the ridge is more dense than the cooler lithosphere farther away, lithosphere is more elevated at the ridge, sinking as it cools while moving away from the ridge. the oceanic lithosphere at the ridge is hotter than the older lithosphere that is farther from the ridge. because the hotter lithosphere at the ridge is less dense than the cooler lithosphere farther away, lithosphere is more elevated at the ridge, sinking as it cools while moving away from the ridge. the oceanic lithosphere at the ridge is cooler than the older lithosphere that is farther from the ridge. because the cooler lithosphere at the ridge is less dense than the hotter lithosphere farther away, lithosphere is more elevated at the ridge, sinking as it warms while moving away from the ridge. the oceanic lithosphere at the ridge is cooler than the younger lithosphere that is farther from the ridge. because the cooler lithosphere at the ridge is more dense than the hotter lithosphere farther away, lithosphere is more elevated at the ridge, sinking as it warms while moving away from the ridge. the oceanic lithosphere at the ridge is hotter than the newer lithosphere that is farther from the ridge. because the hotter lithosphere at the ridge is less dense than the cooler lithosphere farther away, lithosphere is more elevated at the ridge, sinking as it cools while moving away from the ridge.

Answers

The freshly formed oceanic lithosphere is less thick than the colder rocks of the deep-ocean basin because it is heated, which is the main cause of the ridge system's higher location.

The lithosphere is high at the ridge and sinks as it cools as it advances away from the ridge because the hotter lithosphere there is less dense than the cooler lithosphere farther away. Since the lithosphere that makes up the Mid-Oceanic Ridge is hotter and less thick than oceanic crust farther away from the divergent boundary, it is raised above the surrounding seabed.

The mantle's convection currents generate heat that makes the crust more flexible and less thick when tectonic plates progressively drift apart from one another. Less dense material rises, frequently generating mountains or other high terrain.

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Correct Question:

What is the primary reason for the elevated position of the oceanic ridge system?

Which is not a true adaptation to dealing with being on dry land?.

Answers

Creating gills to breathe underwater is not a true adaptation to dealing with being on dry land.

Characteristics or behaviors that enable an organism to live and reproduce in a terrestrial environment would constitute a "true adaptation" to being on dry land. The ability to breathe air, the evolution of a waterproof outer covering, and the ability to produce eggs that can endure drying out are few examples of real adaptations to living on dry land.

Swimming does not directly assist an organism in surviving and reproducing in a terrestrial environment, hence it is not a true adaptation to dealing with being on dry land. However, swimming may have indirect benefits because it can aid an organism in finding food, avoiding predators, and migrating.

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During an excursion, an archeologist finds an ecologically important area. which organization should the archeologist approach to conserve the land?

Answers

During an excursion, an archeologist finds an ecologically important area. The archeologist should approach Nature Conservancy to conserve the land.

In general, the Nature Conservancy is simply described as a company formed to protect the land and water that support all life. Arlington, Virginia, in the United States, is home to the philanthropic environmental organization The Nature Conservancy. "Conserve the lands and waters on which all life depends" is its stated goal.

The mission of The Nature Conservancy (TNC) is to locate and acquire distinctive and biologically significant aquatic and terrestrial ecosystems across the globe. TNC frequently sells acquired properties to organizations like state or federal authorities or utilizes them in ecotourism and flips that money around to assist contributions and membership dues support future land purchases. This conservation organization strives to address global concerns related to lands, water, climate change, etc.

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This modern ethno-linguistic boundary of two peoples that go all the way back to the times of abraham and the torah/tanakh?old testament. not only does this frozen conflict involve the immediate area, but the whole world due to the geopolitical, religious and irredentist emotions involved of three monotheistic religions. what ethnicities are involved, what languages and where is this consequent and occasionally fortified boundary exist?

a. north and south korea;korean; dmz (38th parallel)
b. west bank wall; jews and palestinians; holy land
c. green line wall; greeks and turks; cyprus
d. line (fence) of control; pakistanis and indians; pakistan and india
e. sand berm wall; sahwaris and moroccans; western sahara

Answers

The ethnicities involved are Israelis (mainly Jewish) and Palestinians (mainly Arab). The languages spoken are Hebrew and Arabic. So the option b is correct.

The border in question is the one between Israel and Palestine, which is in the Middle East and has been a point of contention ever since the state of Israel was founded there in 1948. The religious divisions between Judaism and Islam, as well as the geopolitical difficulties between Israel and its Arab neighbors, are the core causes of the war.

The presence of Christianity, a third monotheistic faith, and the irredentist aspirations of both Israeli and Palestinian nationalists have made the dispute even more complex. Both in terms of security and diplomatic ties, the conflict has had a significant impact on the entire world. So the option b is correct.

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what people have called mammoth cave home

Answers

Mammoth Cave has been called home primarily by Native Americans, particularly the Shawnee, Cherokee, and added groups.

Which People regard Mammoth Cave as Home?

Mammoth Cave, situated in cold-principal Kentucky, has existed inhabited by miscellaneous groups of society during the whole of allure annals. Here are few of the groups the one have named Mammoth Cave home:

Native Americans: The earliest popular inmates of Mammoth Cave were Native American families, containing the Shawnee, Cherokee, and added groups. They secondhand the grotto for shelter, as well as for scrupulous rituals and additional purposes.European pioneers: European colonizers landed in the region in the late 18th of one hundred years and began utilizing the cavern for miscellaneous purposes, containing chemical compound excavating (secondhand in ammunition production), as a traveler allure, and as a refuge for outlaws.African American slaves: Many slaves were compulsory to introduce the chemical compound mines inside Mammoth Cave during the 19th centennial.Civil War mercenaries: During the Civil War, two together Union and Confederate troopers secondhand the cavern for differing purposes, containing as a hospital and as a beginning of chemical compound for ammunition.Tourists: Mammoth Cave has existed a standard visitor goal since the 19th of one hundred years, and callers from everywhere the experience touch visit the grotto to at the present.

Below is the Complete Question:

What group of people have called Mammoth Cave home?

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In circle C with m \angle ∠BCD=46 and BC=3 units, find the length of arc BD. Round to the nearest hundredth. Help pliss

Answers

The length of arc of the given circle, to the nearest hundreth, is: 2.41 units.

What is the Length of an Arc?

Length of arc = ∅/360 × 2πr, where the radius of the circle is r, and the reference angle is ∅.

We are given the following:

Radius (r) = 3 units

Reference angle (∅)= 46°

Plug in the values into the length of arc formula:

Length of arc = 46/360 × 2π(3)

Length of arc = 2.41 units.

Therefore, the length of arc of the given circle, to the nearest hundreth, is: 2.41 units.

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social impact of tropical cyclone Eloise in Mozambique

Answers

The social impact of tropical cyclone Eloise in Mozambique is that Economic impact, as well as Loss of life.

What was tropical cyclone Eloise?

Tropical Cyclone Eloise hit Mozambique in late January 2021, causing significant social impact. Here are some of the impacts of the cyclone on the country such as the Displacement where the cyclone caused severe flooding and forced thousands of people to flee their homes. Many people were left homeless and were forced to seek shelter in temporary accommodations.

Damage to infrastructure where Tropical Cyclone Eloise caused significant damage to infrastructure, including roads, bridges, schools, and hospitals. This damage has made it difficult for relief efforts to reach the affected areas.

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Tropical Cyclone Eloise made landfall in Mozambique on January 23, 2021, causing widespread damage and displacement.

What is a tropical cyclone

A tropical cyclone is a type of storm that forms over warm tropical oceans and is characterized by rotating winds, low pressure, and thunderstorms.

The social impact of Cyclone Eloise in Mozambique was particularly severe. Many people were left without access to basic necessities such as food, water, and shelter.

The Mozambican government, international aid agencies, and local communities have been working to address the social impact of Cyclone Eloise. Emergency relief efforts have focused on providing food, water, shelter, and medical care to those in need. However, many communities continue to face significant challenges in the aftermath of the storm, particularly as they try to rebuild their homes and livelihood

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How might the processes of weathering and erosion affect the location you pick for your fossil dig?

Answers

Answer:

Weathering and erosion from wind, rain, ice, heat, and rivers break rocks apart and wash the fragments away.


10. explain one strength & one limitation of using models of internal city structure to predict internal city structure.

Answers

The ability to predict internal city structure utilizing models of internal city structure has the significant advantage of giving planners insight into how a city might grow in the future. Models of internal city structure cannot always accurately forecast internal city structure, which is one of its drawbacks.

Strength: By examining current models, planners can spot prospective growth or decline, as well as features that might be helpful or harmful for the expansion of the city.

Limitation: Although the models may provide the city's future a general shape, the city's actual development may differ from the model due to unanticipated factors including economic trends, demographic fluctuations, and political movements.

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Even though the internet has impacted many places around the world, there are still a few places it has not. In one to two sentences, explain why this is the case. PLS ANSWER

Answers

There are still some places in the world without internet access due to various factors, including the lack of infrastructure, political or social restrictions, and economic barriers. In some cases, the terrain and geography of an area can also make it difficult or costly to establish internet connectivity.

Hope that helps! Good luck! :)

What physical barrier separates North Africa from the rest of Africa

Answers

Answer:

The Sahara Desert

Explanation:

The Sahara Desert is a physical barrier between North Africa and the rest of Africa. The Sahara is the world's largest scorching desert, covering about 3.6 million square miles (9.4 million square kilometers) from the Atlantic to the Red Sea. It is a huge desert region with high temperatures, dunes, rocky plateaus, and a rare oasis village. The Sahara essentially separates North Africa from the rest of the continent, resulting in major geological, cultural, and historical characteristics.

The physical barrier that separates North Africa from the rest of Africa is the Sahara Desert.

This vast, arid region stretches across 3.6 million square miles, making it the largest hot desert in the world. The Sahara is a formidable obstacle to travel and commerce, with harsh temperatures, shifting sands, and limited resources. For thousands of years, it has acted as a natural boundary between North Africa, which is predominantly Arab and Islamic, and sub-Saharan Africa, which is home to a diverse range of ethnic and linguistic groups.

The Sahara has shaped the history and culture of the region, influencing trade routes, migration patterns, and political alliances. Despite its challenges, however, the Sahara has also been a source of resilience and innovation for the people who live there, from the Tuareg nomads who navigate its dunes to the Sahrawi refugees who have built a new life in its barren landscape.

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You are part of a team that’s researching the carbon intensity of Accenture’s supplier companies. The team is calculating the existing carbon emissions of these companies and finding ways to reduce the emissions. Which of Accenture’s sustainability growth priorities are you addressing through this project?

Answers

Accenture intends to reduce its waste and carbon emissions in order to meet its environmental targets.

By 2025, Accenture plans to achieve net-zero emissions. The business is doing this by spending money on carbon offsetting, energy efficiency, and renewable energy.

Accenture has vowed to produce no waste by 2025. To do this, the business recycles and composts all of its trash and makes an effort to produce less waste in the first place. Additionally, they have promised to achieve water neutrality by 2025. In order to do this, the business employs water-saving fixtures and equipment and makes an effort to consume less water overall.

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What major world economic event started the trend for major population?

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Answer:

Explanation:

There is no single major world economic event that started the trend for major population growth. Population growth has been a natural phenomenon throughout human history, with the world population growing from an estimated 5 million people in 8000 BCE to over 7.9 billion people today.

However, it is worth noting that major economic and technological developments have contributed to significant population growth over the past few centuries. The Industrial Revolution, for example, led to a massive increase in agricultural productivity, which in turn led to a significant increase in the global population. Similarly, improvements in medical technology and public health infrastructure over the past century have led to significant declines in mortality rates, allowing people to live longer and contribute to population growth.

Overall, while economic and technological developments have certainly played a role in shaping population growth trends, there is no single event that can be attributed to the trend for major population growth.

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The Industrial Revolution, starting in the late 18th century, is the major world economic event that initiated the trend for major population growth.

The Industrial Revolution, characterized by the development of new manufacturing processes and technologies, led to significant improvements in agriculture, transportation, and communication, resulting in increased productivity and economic growth. These advancements also led to improved living standards, increased access to food and healthcare, and reduced mortality rates, which in turn led to a significant increase in population growth.

The Industrial Revolution also led to urbanization, as people migrated from rural areas to cities in search of work in the factories. This urbanization trend continued throughout the 19th and 20th centuries, further contributing to population growth. Today, the world population continues to grow, albeit at a slower rate, due to advances in healthcare, technology, and global economic development.

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True or false. llicorella soil is made of slate and quartzite stones found in the priorat region of spain.

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The sentence "Ilicorella soil is made of slate and quartzite stones found in the priorat region of spain." is False because the Priorate region of Spain is known for its slate and quartzite stones, the Llicorella soil found in this region is actually made of a combination of clay, sand, and limestone.

The slate and quartzite stones of the Priorat region of Spain are famous, but the Llicorella soil there is actually a mix of clay, sand, and limestone. This soil is especially rich in iron, magnesium, and calcium, which makes it ideal for growing vines and other crops.

The soil also helps to retain moisture, aiding in the growth of vines. The climate of the area is typically Mediterranean, with hot summers and mild winters. The wines produced in the Priorate region are known for their intense flavors and deep colors.

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How do you form a conclusion?
(Scientific method)

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Restate the main findings of the study. You should briefly summarize the results and explain how they support or reject your hypothesis.

Discuss the implications of the findings. You should explain what the results mean in a broader context and how they contribute to the existing knowledge or solve a problem.

Summarize the key takeaways from the report. You should highlight the most important points or lessons learned from the study and how they relate to your research question.

State any limitations of the study and suggest areas for further research. You should acknowledge any weaknesses or uncertainties in your methods or data and propose ways to address them in future studies.

Thank any funding sources or collaborators that helped with the study (optional).

Here is an example of a conclusion for a science project:

The purpose of this project was to test the effect of different types of music on plant growth. The hypothesis was that classical music would enhance plant growth, while rock music would inhibit it. The results showed that plants exposed to classical music grew significantly taller and had more leaves than plants exposed to rock music or no music. These findings suggest that music can influence plant development by affecting their physiological processes. However, this study had some limitations, such as a small sample size and a short duration of exposure. Future studies could use more plants, different genres of music, and longer periods of exposure to test the validity and generalizability of these results. This project was funded by the National Science Foundation.

I hope this helps you understand how to form a conclusion for your science project or whatever you're doing .

what is the best hypothesis on earthquakes and volcanoes.... the most dreaded natural disasters?​

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Answer:

We can deduce that volcanoes and earthquakes are caused by tectonic plate movements, they both pose a significant danger to humans

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