A. Pull factors. New technologies destroy many jobs in a particular region. B. Forced migration. New technologies create many new jobs in a particular city. C. Push factors. Mobs attack members of a minority religious group. D. Voluntary migration. People move to a place where their religious group is the majority​

Earthquakes occur at active geologic structures, focus is origin and epicenter is above. Each 1 increase in Richter = 10x motion, 32x energy.

Earthquakes occur mainly along active geologic structures, such as fault lines and tectonic plate borders. These regions are subjected to enormous pressure and friction as tectonic plates move and clash, causing rocks to shift and shatter, resulting in an earthquake. The focus of an earthquake is the place beneath the Earth's surface where the seismic waves begin, and the epicentre is the point immediately above the focus on the surface.

The focus can be shallow or deep, and the sort of faulting that happens can affect the earthquake's intensity. The Richter scale is used to determine the magnitude of an earthquake, with each increment of 1 corresponding to a tenfold rise in ground motion and roughly 32 times the quantity of energy released. The energy released from an earthquake's centre is known as its magnitude. This is not the same as strength, which refers to the degree of trembling felt at a specific place during an earthquake.

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Answer:

A. 125°

Explanation:

Based on the angles of intersecting chord theorem, we have:

90° = ½(measure of arc NM + measure of arc JK)

Arc NM = 55°

Arc JK = ??

Plug in the value into the equation.

90° = ½(55 + JK)

Multiply both sides by 2

2*90 = 55 + JK

180 = 55 + JK

Subtract 55 from each side

180 - 55 = JK

125° = JK

JK = 125°

Answer:

5

Explanation:

each song costs: 9.95/12 ~ 0.82 each

so with 4.15 u can buy ~ 5.06 songs

so the answer is 5

The distance from the Sun where temperatures range between 0∘C (freezing) to 100 ∘C(boiling) of the following best describes the habitable zone. The correct option is B.

The area surrounding a star where conditions are adequate for the existence of liquid water on the surface of a planet is known as the habitable zone, commonly referred to as the "Goldilocks zone" or "habitable belt."

In the case of Earth, this is the area surrounding the Sun where temperatures are within a range that permits water to exist in its liquid state, which is essentially between 0°C (the freezing point of water) and 100°C (the boiling point of water) at standard atmospheric pressure. It is believed that this temperature range is appropriate for the growth and maintenance of life as we know it.

Thus, the ideal selection is option B.

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If a geologist found preserved mud cracks, he or she could conclude that the environment in which they formed was once covered in wet mud. Mud cracks are formed when wet mud dries out and contracts, creating polygonal cracks on the surface. Therefore, option B is correct.

Mud cracks, also known as desiccation cracks or mudstone cracks, are polygonal cracks that form on the surface of mud or mudstone when it undergoes the process of desiccation or drying out.

When wet mud or mudstone dries and contracts, it creates stress on the surface, causing it to crack and form distinctive patterns resembling polygons.

Mud cracks are often preserved in sedimentary rocks, providing evidence of past environments that were periodically wet and then experienced drying conditions, such as shallow lakes or drying mudflats. They serve as indicators of fluctuating moisture levels in ancient environments.

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Answer:

Answers B and C

Explanation:

These 2 are indicative of an area -due to the "where" at the start of the question- that can be tracked and pinned on a map.

Answer: A, B and C

Explanation: image below explains

Freshwater from precipitation penetrates the surface ocean and tends to lessen the salinity of surface water over the eastern pacific Basin. Rain and snowfall provide fresh seawater to the ocean, which dilutes the salt water and lowers the overall salinity.

Downpours and snow contribute new water to the sea, which can weaken the saltwater and decrease its complete saltiness.

The eastern tropical Pacific sees significant dissipation and weighty precipitation, which can prompt the production of low-saltiness surface waters. This low-saltiness water is known as the "chilly tongue," and it could be perceived as an exceptional element in surface water saltiness designs in the sea.

Different exercises, including stream, sea ebbs and flows, and blending, can affect the saltiness of the surface waters around here notwithstanding precipitation.

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Climate change played a role in allowing hunters to reach the western hemisphere through its impact on the Earth's geography.

During the last Ice Age, large parts of the Earth's surface were covered by massive ice sheets, including in the northern regions of the western hemisphere.

As global temperatures gradually increased, the ice sheets began to melt and retreat, creating new pathways and opening up previously inaccessible areas.

These changing environmental conditions provided opportunities for early human populations to migrate and follow the resources, such as game animals, across the newly exposed land.

The receding ice allowed hunters to traverse the land bridges, such as the Bering Land Bridge, which connected Asia and North America, facilitating human migration into the western hemisphere.

Thus, climate change indirectly enabled the movement of hunters into these regions.

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Akhenaton, Nefertiti and Three Daughters is an important work in the history of ancient Egyptian art. It represents a significant departure from the traditional forms and styles of pharaonic art, and is a testament to the innovative spirit of the Amarna period.

The artwork of Akhenaton, Nefertiti and Three Daughters is an unprecedented portrayal of pharaonic likeness because it deviates significantly from the traditional styles and forms of pharaonic art. The work is unusual in a number of ways, including the portrayal of the royal family, the style in which it is executed, and the iconography used to represent them.

Akhenaton, Nefertiti and Three Daughters is an unprecedented portrayal of pharaonic likeness in a number of ways.

The work is unusual in terms of the portrayal of the royal family, the style in which it is executed, and the iconography used to represent them. This can be seen in the depiction of the figures, the use of color and line, and the way in which the figures are arranged within the composition.

Overall, Akhenaton, Nefertiti and Three Daughters is an important work in the history of ancient Egyptian art. It represents a significant departure from the traditional forms and styles of pharaonic art, and is a testament to the innovative spirit of the Amarna period.

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Answer:

A. they have places to go

Explanation:

Answer:

it's A I hope that you get an A

Explanation:

Any moderately large streamflow that surpasses a river's natural or constructed banks is referred to as a flood. Discharge The amount of water that flows past a certain place in a river in a specific length of time is known as discharge, which is another word for flood.

About 450 gallons per minute are contained in one cubic foot per second (cfs). For public use, the USGS provides discharge in cfs. Discharges are more likely to be recorded in SI (metric) units in scientific papers, such as cubic metres per second or litres per hour (for small discharges). The lowland that borders a river and is often dry but prone to floods is called the floodplain. The soils in floodplains are essentially old flood deposits. The recurrence interval, also known as the return period, is the typical number of years that pass between floods of a certain size. Because of the naturally shifting climate, the exact number of years between floods of any particular size fluctuates greatly.

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Answer:D.

Explanation:The Silk Road was a trading network across Asia and Europe which allowed for trade of goods and ideas.

d. The Silk Road contributed to cultural diffusion since it made it easier for people from the West and the East to share ideas and religious beliefs.

Silk from China and glassware from Rome were just two of the many items traded along the Silk Road. New products were exchanged, along with thoughts and information. Trade affected both East and West's cultural landscape in this way.

Between the two major civilizations of Rome and China, the Silk Road, also known as the Silk Route, was an ancient trading route that connected China with the West. Wool, gold, and silver travelled east while silk moved west. Nestorian Christianity was introduced to China.

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While winds above move air in a path that is almost parallel to the isobars on a weather map, surface winds often blow at an angle to them.

The reason why surface winds behave differently from winds aloft is best explained by FRICTION. A force called friction prevents a sliding object from moving. It is also the resistance of one object to motion as compared to another. It is not a basic force like electromagnetism or gravity. The electromagnetic attraction between charged particles in two touching surfaces, according to scientists, is what causes it. Additionally, it is the force that opposes the sliding motion of solid surfaces, fluid layers, and material components.

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Holidays like The Three Kings Day, Kwanzaa, and Hanukkah are observed by many cultural groups for quite different motives.

The Christian feast known as Three Kings Day, often called Epiphany, is observed on January 6th, 12 days following Christmas.

Kwanzaa: This nonreligious cultural event honors African ancestry, neighborhood, and families.

Hanukkah: A menorah, a unique candleholder, is lit to commemorate this Jewish festival, which is observed for eight days in November or December.

As a result, the significance of the holidays are honored and how they are celebrated by individual cultural groups are the aforementioned.

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Answer:

Clashing branes. Could our universe be a membrane floating in higher dimensional space, repeatedly smashing into a neighbouring universe? ...

Evolving universes. ...

Superfluid space-time. ...

Goldilocks universe. ...

Gravity reaches out. ...

Cosmic ghost. ...

It's a small universe. ...

Fast light.

The rise of the orange liquid in a lava lamp animation occurs due to the heating of the lamp. The heat causes the denser, colored liquid to become less dense and rise to the top of the lamp, while the less dense, clear liquid sinks to the bottom.

This creates a mesmerizing and constantly changing pattern that is characteristic of the classic lava lamp design.

The lava lamp animation is made up of two main components: a dense, colored liquid and a less dense, clear liquid. When the lamp is plugged in and heated, the heat energy is transferred to the liquids inside. The heat causes the denser, colored liquid to expand and become less dense, causing it to rise to the top of the lamp.

Meanwhile, the less dense, clear liquid becomes denser as it cools and sinks to the bottom.

As the colored liquid rises to the top, it creates a fascinating pattern as it flows and mixes with the clear liquid. This process continues as long as the lamp is heated, creating a constantly changing and mesmerizing display.

It is important to note that the density of a liquid is directly related to its temperature, which is why the rise and fall of the liquids in the lava lamp is so closely tied to the heating and cooling of the lamp. By understanding this relationship between temperature and density, we can better appreciate the science behind the classic and iconic lava lamp design.

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B: Establish cause and effect.

Explanation:

Answer:b :)

Explanation:

Based on the options provided, the statement that best describes the approximate global distribution of coal supplies is:

(D) The United States, the former Soviet Union, and China together contain 50% of proven reserves.

This statement highlights three major coal-producing countries: the United States, the former Soviet Union (which includes Russia), and China. These countries are known for their significant coal reserves and contribute a substantial portion to the global coal supply.

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Answer:

Layer C is younger than layer A.

Explanation:

Sediment is deposited in a bottom-to-top fashion. The bottom-most layers are the oldest, and the layers get younger as you go up.

Answer:

LAYER C IS YOUNGER THAN A

Explanation:

i just took the quiz and got a 100

Answer:

were introduced into American geography in the 1920s by Carl Sauer

Answer:

These islands have fertile soils that support a wide variety of crop growth, including mangoes, pineapples, sugar cane, and yams. By contrast, the low islands lack fertile soils and adequate rainfall for widespread farming. Instead, most of the islanders living on low islands practice subsistence agriculture.

*High islands" generally refer to islands where the basalt rock from volcanic formation is still above the ocean's surface. *Low islands, by contrast, are islands composed of sedimented material, coral rubble, or uplifted coral reefs.

Answer:These islands have fertile soils that support a wide variety of crop growth, including mangoes, pineapples, sugar cane, and yams. By contrast, the low islands lack fertile soils and adequate rainfall for widespread farming. Instead, most of the islanders living on low islands practice subsistence agriculture.

*High islands" generally refer to islands where the basalt rock from volcanic formation is still above the ocean's surface. *Low islands, by contrast, are islands composed of sedimented material, coral rubble, or uplifted coral reefs.

Explanation:

Answer:

I think it helps you

Floods impact on both individuals and communities, and have social, economic, and environmental consequences. The consequences of floods, both negative and positive, vary greatly depending on the location and extent of flooding, and the vulnerability and value of the natural and constructed environments they affect.

Floods impact on both individuals and communities, and have social, economic, and environmental consequences. The consequences of floods, both negative and positive, vary greatly depending on the location and extent of flooding, and the vulnerability and value of the natural and constructed environments they affect.The consequences of floods, both negative and positive, vary greatly depending on their location, duration, depth and speed, as well as the vulnerability and value of the affected natural and constructed environments. Floods impact both individuals and communities, and have social, economic, and environmental consequences

No, sea level would not affect the areas where tectonic plates are found. Tectonic plates are located deep within the Earth's crust, and sea level is a surface-level phenomenon that does not affect the movement and location of these plates.

The correct answer is B. Because water near the Equator is much warmer than the deep ocean so the surface water is much less dense and will not sink.

The temperature of the water affects its density, with warmer water being less dense and cooler water being more dense. Water near the Equator is generally much warmer than the deep ocean because of the strong solar radiation at low latitudes, so there is a large temperature difference between the surface water and the deep ocean. This means that the surface water near the Equator is much less dense than the deep ocean, and therefore it is not likely to sink down into the deep ocean.

In contrast, in regions where the water is colder, such as at high latitudes near the poles, the surface water is denser than the deeper water, so it tends to sink down into the deep ocean. This process is important for the global circulation of ocean water, which helps to regulate Earth's climate and transport heat around the planet.

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Answer:

some birds will fly south for the winter and other animals will hibernate, and stock up on food and fat to last throughout the winter.

Explanation:

To create a topographic map of the given area, we can use the provided elevation points and contour interval of 100 ft. Here is the step-by-step process:

1. Start by identifying the highest elevation point, which is 1110 ft. Draw a closed contour line around it, representing the 1100 ft elevation.

2. Follow down through the 100 ft intervals. The next contour line will be at 1000 ft elevation. Connect the points with the same elevation and draw the contour line.

3. Continue drawing contour lines at 900 ft, 800 ft, 700 ft, and so on, until you reach the lowest elevation point.

4. Remember to include the streams as solid lines on the map.

5. Label each contour line with its corresponding elevation.

The contour lines should follow the characteristics mentioned in the initial description, such as never crossing or splitting, closing on themselves, indicating slopes, and using hachure marks for depression contours. The final map should accurately represent the topography of the given area.

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Answer:

its c because 7 x 9=90+7=900

Explanation:

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