In your own words, how do you describe Animism

The tectonic setting produces earthquakes such as the San Francisco earthquake but is unlikely to produce mountains except where bent is a transform boundary.

Transform boundaries occur when two tectonic plates slide past each other horizontally, which creates a lot of friction and pressure that can lead to earthquakes. However, unlike convergent boundaries where mountains are formed due to the collision of two plates, transform boundaries do not result in the formation of mountains. Instead, any uplift or bending of the crust is localized and limited to areas where the plates are experiencing increased pressure or friction.

The San Francisco earthquake is a result of the San Andreas Fault, which is a transform boundary between the Pacific Plate and the North American Plate. In this setting, the plates slide past each other horizontally, causing stress and eventually leading to earthquakes. However, significant mountain formation is not common along transform boundaries, except in areas where the fault is bent or curved.

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The average thickness of the East Antarctic ice sheet is approximately 7,300 feet. Therefore the correct option is option B.

The typical thickness of the East Antarctic ice sheet is about 7,300 feet (2,200 metres).

The East Antarctic ice sheet is one of the two major ice sheets in Antarctica, the other being the West Antarctic ice sheet.

As a result, it is the world's thickest ice sheet. The ice sheet holds over 2.2 million cubic kilometres of ice, which is comparable to roughly 70% of the world's fresh water.

It is a crucial part of the Earth's climate system since it regulates global sea levels and ocean circulation patterns. Therefore the correct option is option B.

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Answer:

Gracias por los puntos gratis

Answer:

Thanks for the points :)

Explanation:

Answer:

The longitude is 92.5° degrees.

Explanation:

Step 1

Theoretically speaking, it takes 4 minutes for the earth to rotate  1°.

This is arrived at by dividing the total number of minutes in a day by 360° (because the earth is spherical).

Total minutes in a day is arrived at by multiplying 24 hours by 60.

This equals 1440.

To get how many degrees the earth rotates per minute, we divide 1440/360°

This equals 4.

That is every 4 minutes, the earth rotates 1°.

Step 2

There are two locations. The time at one is 1:00 am and the time at the other is 2:30 am. Imagine a straight line, this means the location whose time is 2:30  am is ahead of the location whose time is 1:00 am.

Location B (1:00am)____________________________Location A(2:30am)

Longitude 70°                                                                       Longitude (70°+X°)

We know the longitude of Location B to be 70°. To get the longitude at location A, we can calculate how many degrees it has taken the earth to rotate from Location B to Location A by dividing the difference in time by 4 minutes. We can then add the difference to the given longitude to get the longitude of Location A.

Difference in time (In minutes) = 2:30am-1:00am

= 1Hr:30 minutes or

= 90 minutes because there are 60 minutes in one hour.

To get how many degrees the earth can rotate in 90 minutes, we divide 90 by 4. This is because we already know that the earth rotates 1° every 4 minutes.

Therefore:

90/4 = 22.5°

So the distance in degrees between Location A and B is 22.5°

Step 3

Since we know the longitude of Location B to be 70°, we add the distance in degrees that the earth has rotated to obtain the new longitude or the longitude of location A.

That is 70° + 22.5° = 92.5°

Therefore the Longitude of Location A (which is ahead of Location B) is 92.5°

Cheers!

In addition to dating techniques based on the Gerling-Holmes-Houtermans model, radiometric dating of lunar rocks and meteorites was used to determine the earth's generally accepted 4.5 billion year age.

A technique known as radiometric dating, sometimes known as radioactive dating or radioisotope dating, is used to determine the age of objects like rocks or carbon that include trace radioactive contaminants that were intentionally incorporated into their formation. The technique contrasts the amount of a radioactive isotope that occurs naturally in the material with the abundance of its decay products, which form at a known fixed rate of decay. Uranium-lead dating, potassium-argon dating, and radiocarbon dating are a few of the more well-known methods. It offers a valuable source of knowledge regarding the ages of fossils and the estimated rates of evolutionary change by enabling the construction of geological timelines. Ancient artifacts can be dated using radiometric dating as well as other archaeological materials.

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Answer: Chilliwack, BC is the fastest growing city in Canada because it offers a high quality of life, affordable housing, and attractive amenities.

Explanation: According to the 2021 census data from Statistics Canada, Chilliwack, BC is the second fastest growing census metropolitan area (CMA) in Canada, after Kelowna, BC. It recorded an increase of 12.1 per cent from 2016 to 2021, raising its population to 113,767. Chilliwack is among the four CMAs in B.C. that saw growth of 10% or more in the same period.

Some of the reasons why Chilliwack is attracting more people are:

These factors make Chilliwack a desirable place to live, work, and play for many people who are looking for a change of pace or a more affordable option than other cities.

Hope this helps, and have a great day! =)

Answer:

The GPS information can be used in automobiles, be used as a highly accurate watch and in precision agriculture.

Explanation:

One of the most popular uses of GPS is its use in automobiles, where GPS allows access to maps that indicate the paths that a driver must follow to reach a certain place of interest.

GPS can also be used as a highly accurate watch. This use is made in estuaries that need to measure microseconds, which are only measured efficiently with GPS.

Finally, GPS can be used in precision agriculture, storing productivity data, creating productivity maps and optimizing the application of fertilizers and irrigation.

A) Flooding, habitat destruction, and alteration of river sediment deposition are all documented negative impacts of dams.

When a dam is constructed, it can cause flooding upstream and alter the natural flow of the river downstream. This can result in habitat destruction for both aquatic and terrestrial animals. The sediment deposition pattern can also be altered, which can affect nutrient and sediment transport downstream.

B) Alteration of river salinity can occur when dams reduce the amount of freshwater flow into estuaries and deltas, leading to an increase in saltwater intrusion.

C) Acid deposition is not typically associated with dams, but can result from air pollution caused by the burning of fossil fuels.

D) Increased atmospheric carbon dioxide and CFCs are not directly associated with dams, but can result from human activities such as industrial processes and transportation.

E) Increased carbon monoxide emissions and decreased rainfall are also not directly associated with dams but can result from human activities such as transportation and deforestation.

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Full Question: Which of the following are documented negative impacts of dams?

A) flooding, habitat destruction, alteration of river sediment deposition

B) alteration of river salinity

C) acid deposition

D) increased atmospheric carbon dioxide and CFCs

E) increased carbon monoxide emissions, decreased rainfall

The region referred to as Northeast Asia is the total area that comprises:

The kind of vegetation that can be found in the Northeast Asian region by be described as:

The kind of animals that may be found in NorthEast Asia are:

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Answer:

Earth's temperature has risen by 0.14° F (0.08° C) per decade since 1880, and the rate of warming over the past 40 years is more than twice that: 0.32° F (0.18° C) per decade since 1981. 2020 was the second-warmest year on record based on NOAA's temperature data, and land areas were record warm.

Answer:

IT HAS ICE A ITS A LAND

Explanation:

The are located in turkey (country 1)

Answer:

Economic:

Availability of jobs and business opportunities in urban areas

Higher salaries and better benefits offered by companies in urban areas

Access to financial services, such as banks and investment firms, which are typically located in urban areas

Social:

Higher population density leading to more social and cultural events and opportunities

Access to better education, healthcare, and other services

Political:

Investment in infrastructure and public transportation in urban areas

Incentives offered by local and state governments to attract businesses and residents to urban areas

Here are some general examples that promote suburbanization:

Economic:

Lower cost of living in suburban areas, including lower housing costs and taxes

Access to cheaper land for businesses and developers to build on

Availability of jobs and business opportunities in suburban areas

Social:

Less crime and lower population density in suburban areas

More space for families to live and play

Political:

Government incentives to build infrastructure in suburban areas, such as highways and public transportation

Zoning laws and other regulations that promote suburban development.

Explanation:

Wegener proposed that the organisms had lived side by side, but that the lands had moved apart after they were dead and fossilized on different continents.

The continents have migrated in relation to one another over geologic time, according to the continental drift theory, giving the impression that they have "drifted" across the ocean floor. The scientist Alfred Wegener is most strongly linked to the concept of continental drift. In the early 20th century, Wegener published a paper describing his theory that the continents were "drifting" across the Earth, periodically crashing through oceans and into one another. This phenomenon was known as continental drift by Alfred Wegener. The science of plate tectonics, which investigates how continents move while riding on lithosphere plates, has incorporated the idea of continental drift. Ancient fossils of the same species of extinct plants and animals can be found on continents that are presently far apart, but they are preserved in rocks that are the same age. Wegener claimed that the organisms had coexisted, but that once they died and became fossils, the lands had separated.

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The complete question is mentioned below :

How did Wegener explain why fossils of land animal were found?

Answer:

At the end of the section, the author added "1 Kayenta is a town within the Navajo reservation in

Arizona." Why was this added at the end of the selection?

This was added to tell the reader where Arizona is in the United States.

This was added to tell the reader where Kayenta is located.

This was added to confuse the reader.

This was added to tell the reader that the Navajo reservation is in California

Explanation:

The velocity profile in a water tunnel was measured on the upstream and downstream sides of an object in order estimate the drag on a stationary object. The velocity profile upstream of the object is u1 = 10 ft/s and the downstream velocity profile is given by

The overall thickness of the Kayenta Formation (red) on the western side of the profile is approximately 550 ft. We can determine this by analyzing the elevation changes between different layers in the profile.

The overall thickness of the Kayenta Formation (red) on the western side of the profile is approximately 550 ft. To determine this, we need to analyze the elevation changes between different layers shown in the profile.

Starting from the bottom, we can see that the Kayenta Formation begins at an elevation of 900 ft and ends at an elevation of about 1350 ft. The difference in elevation is 1350 ft - 900 ft = 450 ft.

However, we also need to take into account the layer immediately above the Kayenta Formation, which has an elevation of about 1900 ft. So, the overall thickness of the Kayenta Formation is 1900 ft - 900 ft = 1000 ft. Rounding it to the nearest 50 ft gives us a final answer of approximately 1050 ft.

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The banded darker soils at the top and lighter soils at the bottom observed in the walls of the burial are an example of stratigraphy.

Stratigraphy refers to the study and interpretation of rock layers or soil deposits in terms of their sequence, composition, and age. It involves understanding the different layers or strata and their characteristics to decipher the history and formation of the site.

In the context of the excavation of a grave, the stratigraphy of the soil layers can provide important information about the burial and the geological processes that have affected the site over time. It can help archaeologists and researchers understand the chronological order of the soil deposits and potentially identify any disturbances or cultural activities that may have occurred.

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Answer:

Stratovolcanoes are common at subduction zones, forming chains and clusters along plate tectonic boundaries where oceanic crust is drawn under continental crust (continental arc volcanism, e.g. Cascade Range, Andes, Campania) or another oceanic plate (island arc volcanism, e.g. Japan, Philippines, Aleutian Islands).

Answer:

Vertical or fluvial erosion

Explanation:

Fluvial or river erosion is a geomorphological process of constructed forms in the relief of the river flow.

Flowing over the topographic surface in the direction of the greatest fall, and under the influence of the earth's gravity, river flows create their own forms of relief. These are fluvial forms.

Fluvial forms can be: erosive, if they are created by cutting the river flow, accumulative if they are built by accumulating eroded fluvial material in places where the erosive and transport power of river water is weak.

Bituminous coal is soft, black in color, and produces soot upon handling. The answer is A) bituminous coal.

Bituminous coal is a plentiful coal type found in the United States, characterized by its soft and black composition. It falls between sub-bituminous coal and anthracite coal in terms of its rank. Widely used for electricity generation and as a heat source, bituminous coal is highly valued for its energy content. However, when burned, it emits a considerable amount of soot, contributing to air pollution and potential health concerns. Despite its drawbacks, bituminous coal remains a vital resource in the energy sector due to its abundance and ability to generate power and heat.

The answer is A) "Bituminous ".

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The pattern of upper-level winds is an important part of the forecasting process because it helps determine weather patterns and the movement of weather systems.

Upper-level winds, also known as the jet stream and other atmospheric circulations, play a crucial role in the behavior and movement of weather systems. These winds occur several kilometers above the Earth's surface and can have a significant influence on the development and track of storms, the formation of precipitation, and the distribution of air masses.

By analyzing the pattern of upper-level winds, meteorologists can assess the strength, speed, and direction of these winds. This information helps in understanding the atmospheric dynamics and identifying areas of convergence, divergence, and wind shear. It provides insights into the potential for severe weather events, such as thunderstorms, hurricanes, and winter storms.

Furthermore, the interaction between upper-level winds and surface features, such as mountains and bodies of water, can create localized weather phenomena. Forecasters use this information to anticipate changes in temperature, humidity, and atmospheric stability, which are crucial for predicting the development and movement of weather systems.

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Answer:

i don't know‍♀‍♀

Answer:

Native american = Live traditional lives in the forest

Ranchers = clear the forest

Environmentalist = preserved the forest

Power Companies = build dams

Hope this help

Answer:

Power Companies -- Build Dams

Ranchers -- Clear the Forest

Native Americans -- Live Traditional lives in the Forest

Environmentalists -- Preserve the Forest

Explanation:

Got it right on A P E X :)

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The Great Plains region, spanning from northern Texas to southeastern Colorado and extending to the Dakotas, experiences a specific temperature pattern known as a continental climate.

During the summer months, the Great Plains typically have high temperatures, often exceeding 90°F (32°C) or more, due to the region's inland location and distance from moderating influences of large bodies of water. The absence of nearby oceans or significant mountain ranges allows for the penetration of warm air masses from the south, leading to hot and dry conditions.

In contrast, the region experiences cold winters with temperatures frequently dropping below freezing. Arctic air masses from the north sweep down over the Great Plains, bringing cold temperatures and often producing snowfall. The flat terrain of the plains allows for the easy movement of cold air masses, resulting in frigid conditions during winter.

The temperature pattern over the Great Plains is primarily influenced by its geographic position and topography. The absence of significant barriers to air movement, such as mountain ranges, allows for the free flow of air masses, leading to the extremes in temperature. Additionally, the region's distance from maritime influences reduces the moderating effect of nearby bodies of water, resulting in more pronounced temperature variations.

The combination of these factors contributes to the distinct continental climate observed over the Great Plains, characterized by hot summers and cold winters.

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Answer:

The west coast of Canada, Washington, Oregon, and northern

California all of Mediterranean west coast climate zones.  

Winters months are cold and rainy, while Summer months are generally clear and cool.  Steady amounts of precipitation throughout the entire year.  The precipitation provides rain for lower regions and lots and lots of snow for the mountains.  

The mountains are significant for the climate because they keep the moist ocean air from moving away from the coast.  

Coniferous forests thrive in this zone.

Both the USA and Canada have arable land.  This means that they can use this land to farm, and in turn, their economies are benefited.  The Mediterranean west coast provides things for the economy of the USA and Canada that other climate zones can't.

Other:

I know this was long, but I hope I'll be able to help you with this question!

Answer:

The Mediterranean weather is found on the Western coasts of continents, mostly between 30 and 43 degrees north and south of the equator. This type of weather is characterized by rainy winters and dry summer months. Areas that have this weather have traditionally been ideal for the cultivation of wheat, vine and olive. Cities in the United States that have this weather include San Francisco and Los Angeles, and California is therefore a large producer of these crops.

Explanation:

got 100% on edgen

When a rectangular pentagon is created using the five congruent isosceles triangles as in the given condition, the base angle of one of the triangles will be 54°.

A triangle, whose two sides have equal length and one side is of different length, is known as an isosceles triangle.

Hence, option A holds true regarding the base angle of one of the isosceles triangle.

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Answer:

The answer to your question is 54% hope this helps. take care.

Explanation:

When a syncline is eroded to a flat surface, the rock age changes in a way that rocks would be oldest on the edges and youngest in the middle. Thus, the correct option is B.

Rocks would be oldest on the edges and youngest in the middle. A syncline is a fold that slopes downwards and is made up of originally horizontal rock layers. The youngest rock layers are located at the bottom of the fold, and the oldest rock layers are located at the top. The syncline consists of a trough, which is the lowest point of the fold. It is the opposite of an anticline.

A syncline is also the opposite of an anticline. A syncline is a type of fold that bends downwards, while an anticline is a type of fold that bends upwards.

In summary, the rock age would change as the syncline is eroded to a flat surface in such a way that the rocks would be oldest on the edges and youngest in the middle. Making option B as the correct answer.

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The geologic time scale was created by the scientist Nicholas Steno in the 17th century.

Steno was a pioneer in the field of geology and is credited with proposing the theory of stratigraphy, or the study of rock layers. He developed the geologic time scale to help explain the Earth's geological history and the relative ages of geological formations.

The geologic time scale is divided into four major eons: the Hadean, Archean, Proterozoic, and Phanerozoic. Each eon is further divided into numerous eras, periods, and epochs.

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For a matter of seconds under extreme temperatures and pressures, the heaviest elements of the universe can be formed, including gold and elements beyond it.

The universe is the vast expanse that encompasses all matter, energy, space, and time. It is a cosmic tapestry containing galaxies, stars, planets, and countless celestial objects. Spanning billions of light-years, it is characterized by its immense scale and complexity. The universe is governed by fundamental laws of physics, shaping the dynamics of matter and the forces that bind it. It originated around 13.8 billion years ago in an event known as the Big Bang, which marked the birth of space and time.

Over the eons, galaxies formed, stars ignited, and planets coalesced, providing the conditions for life to emerge. The universe continues to evolve, with galaxies drifting apart as the fabric of space expands. Unlocking its mysteries remains a profound pursuit for scientists, fueling our curiosity about the origins, composition, and ultimate fate of the cosmos.

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