Answer: Core countries are predominant in western areas, i.e. Western Europe, US, Canada, Australia. I am not sure what the question is referring to by "primary" but semi-periphery countries are developing nations like Mexico and China, while periphery countries are poor, more economically insignificant countries like many African and Asian countries.
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3. The emancipation of the serfs transformed 19th
century Russia most by
1. modernizing the Russian army and navy
2. granting compulsory education to women
and peasants
3. creating an affluent middle class of land
owners
4. supplying millions of workers for factories
and mines
In the whole Russian Empire, the reform effectively ended serfdom. Serfs on private estates and domestic (home) serfs were to be freed, according to the 1861 Emancipation Manifesto. This order granted freedom to more than 23 million individuals.
Why is Russia called Russian?
Russia mediaeval state predominantly made up of East Slavs, was known as in Latin throughout the Middle Ages, and that is where the term Russia originated. Following the name of its major city, Kievan Rus, this state is frequently mentioned in contemporary historiography.
With a modest decline from the year before, Russia's crime rate in 2021 was about 1.37 thousand offences per 100,000 people. There were 262 fewer registered crimes per 100,000 persons between 2015 and 2021, according to the rate.
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Dark moths began to outnumber white moths in cities after the Industrial Revolution. What is the most likely reason for this change? a. Light-colored moths mutated into dark colored moths.
b. Light-colored moths began to die due to overpopulation.
c. Light-colored moths were less favored for survival in the new environment.
d. Light-colored moths began to turn black because of factory pollution.
In a dark forest, dark moths can survive longer and have more time to reproduce. Natural selection produces responses in all living things.
In contaminated forests, it was discovered that over 100 additional species of moth gradually became darker. This impact is known scientifically as industrial melanism. The peppered moth's evolution is an example of how air pollution during the Industrial Revolution caused directional color changes in the moth population. At that time, a manifestation of industrial melanism was the rise in the number of dark-colored moths. The light peppered moth was widespread before the Industrial Revolution, whereas the black kind was quite uncommon. The white insects matched the white trees in hue. The tree colors were altered by the Industrial Revolution, though. However, as the Industrial Revolution started to really take off in the 1800s, pollution from the dense industrial smoke and soot killed off lichens and darkened tree trunks and walls in towns and cities. As a result, the paler moths became more visible to predators, while the darker variety became more camouflaged. Before 1850, most moths in England were light and lived in light-colored trees. When the industrial revolution hit England, black soot was released into the air and stuck to the trees, causing them to darken in coloration. During this time, light moth populations decreased and the number of black moths increased.
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norwegian city located on an island is? crossword clue
The 4-letter Norwegian city crossword clue was last seen on January 08, 2023. We think the likely answer for this clue is OSLO.
The most probable answers to the crosswords and riddles for the clue Norwegian died in this city, which is the second most populous in Norway. from Bergen in Norway.A political and economic association of the city of the European countries with the ocean of the Eiffel Tower in the west of Europe Capital city of Germany.Our bold claim is that this part of Norway, with its many islands,if you leave the city lights behind, you can see much more of our universe.Sources differ on whether to consider Grenada and the Dutch territory.Curaçao both located on the islands of the Lesser Antilles to form part of North America.
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Which two statements describe how igneous rock is formed
the process in which a denser plate is pushed beneath a less dense plate
The process in which a denser plate is pushed beneath a less dense plate is called subduction.
Subduction occurs at convergent plate boundaries, where two plates are moving towards each other. When a denser oceanic plate collides with a less dense continental plate, the oceanic plate is forced beneath the continental plate and into the Earth's mantle. As the oceanic plate descends, it heats up and begins to melt, creating magma that rises to the Earth's surface, forming volcanoes.
Subduction is a fundamental process in plate tectonics and is responsible for many of the world's largest earthquakes and volcanic eruptions. It is also responsible for the formation of mountain ranges, such as the Andes in South America and the Cascades in North America. The subduction process also plays a crucial role in the Earth's carbon cycle, as the subducted material is eventually returned to the surface through volcanic activity, releasing carbon dioxide into the atmosphere and ocean. Overall, subduction is a complex and dynamic process that plays a vital role in shaping the Earth's surface and influencing its climate and geology.
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what can a geologist understand by studying the fossil composition of sedimentary rocks? responsesa. how animals built their sheltersb. how life forms evolved over timec. how some extinct animals preyed on others for foodd. how land animals used rocks as habitats
Option 1: Geologists can learn how life forms evolved over time by examining the fossil makeup of sedimentary rocks (b).
Fossils are the preserved remnants or evidence of extinct species that serve as a record of the evolution of life on Earth. Fossils may be present in sediment, which accumulates and solidifies to produce sedimentary rocks. To ascertain the kinds of animals that existed at a specific epoch and how they evolved over time, geologists might examine the fossil content of sedimentary rocks. They can, for instance, utilise fossils to pinpoint key moments in the evolution of life, such the emergence of novel species and the extinction of others. They can also make use of fossils infer the ecosystems that these species inhabited and the evolution of those settings.
Therefore, option (b), which describes how life forms changed over time, provides the best response.
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if you are at zero degrees latitude and zero degrees longitude, what ocean are you in? Atlantic Ocean . Artic Ocean . Pacific Ocean . Indian Ocean .
On a map, the point where 0 degrees latitude (also known as the Equator) and 0 degrees longitude (also known as the Prime Meridian).
meet is located in the Gulf of Guinea, off the coast of western Africa, in the middle of the Atlantic Ocean. Null Island is a place in the Gulf of Guinea (South Atlantic Ocean) off the coast of west Africa that has the name of the intersection of the prime meridian and the equator. It is situated at 0 degrees latitude and 0 degrees longitude. The South Atlantic Ocean, roughly 380 miles (611 kilometers) south of Ghana and 670 miles (1,070 kilometers) north of Brazil, is the location of the intersection of the equator (0° latitude) and the Prime Meridian (0° longitude). West of Gabon (1078 km). Was this response useful? The line of 0 degrees longitude, often known as the prime meridian, is considered to run through Greenwich, England. At 180 degrees, the anti meridian is halfway around the globe.
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What does a production possibilities frontier for widgets and gadgets identify?
Answer:
Given their productive resources, there are different combinations of widgets and gadgets they could produce. A PPF graph displays the different production options that are possible—or even impossible—for an economy.
starry night on what date does the sun reach the most northerly point (the summer solstice) along the ecliptic? on what date does the sun reach the most southerly point (the winter solstice) along the ecliptic?
The summer solstice marks the sun's most northerly point, while the winter solstice marks the sun's most southerly point on the ecliptic.
The summer and winter solstices mark two of the most significant astronomical events that occur each year. The summer solstice, which occurs around June 20th or 21st, is the day when the sun reaches its most northerly point along the ecliptic. This marks the beginning of summer in the Northern Hemisphere and the beginning of winter in the Southern Hemisphere.
Conversely, the winter solstice, which occurs around December 21st or 22nd, is the day when the sun reaches its most southerly point along the ecliptic. This marks the beginning of winter in the Northern Hemisphere and the beginning of summer in the Southern Hemisphere.
It is important to note that while the solstices generally occur on these dates, the exact time and date can vary slightly from year to year. Nevertheless, these astronomical events have significant cultural and historical importance and are often celebrated in various ways by different cultures and societies.
For instance, the summer solstice is celebrated in many cultures with festivals and ceremonies to mark the beginning of the harvest season, while the winter solstice is often marked by celebrations of light and the coming of longer days. In all, the solstices, be it summer solstices or winter solstices are a reminder of the cyclical nature of our world and the changing of the seasons.
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What factors are the most critical in determining whether a fossil is preserved?A. the age of the fossil and the age of sediments in which it is preservedB. the temperature of the granite and how fast it cooledC. whether the creature had hard parts and how fast it was buriedD. the color of the original organism compared to the color of the sediments in which it is foundE. whether the creature was a predator or was prey
Determining whether a fossil is preserved involves a complex set of factors that can vary depending on the circumstances of the fossilization
A. Age of the fossil and age of the sediments in which it is preserved: Fossils can only be preserved if they are buried quickly and deeply enough to prevent their destruction by weathering, erosion, and other processes. T.B. Temperature of the granite and how fast it cooled: Granite is a type of rock that is formed from cooling magma. The speed at which the magma cools can affect the preservation of fossils in the rock. C. Hard parts and rate of burial: Creatures with hard parts, such as shells or bones, are more likely to be preserved as fossils than those without hard parts. This is because hard parts are more resistant to weathering and erosion. The rate at which the creature was buried is also important, as more rapid burial can increase the chances of preservation.D. Color of the original organism compared to the color of the sediments in which it is found: The color of the original organism and the sediments in which it is found can provide important information about the conditions under which the fossilization took place.E. Predator or prey: Whether the creature was a predator or prey can also play a role in the preservation of a fossil.
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Which of the following is NOT a test used to identify minerals?
A. Luster
B. Cleavage
C. Melting point
D. Streak
The test that is NOT used to identify minerals is C. Melting point.
The other tests, including A. Luster, B. Cleavage, and D. Streak, are commonly used to identify and classify minerals. There are different types of minerals that have unique structures and compositions. Melting point is not typically used in the identification of minerals because it requires the mineral to be heated to extremely high temperatures, which is not practical or safe in most cases. Instead, the other tests are used to determine the physical properties of the mineral, which can help to identify it.
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the large flat region of the ocean floor and also known as the true ocean floor is called?
navigation tracking uses satellites to transmit signals that determine the location of a device. True or False
Navigation tracking uses satellites to transmit signals that determine the location of a device.
The given statement is true.
This technology is called Global Positioning System (GPS) and it uses a network of satellites that orbit the earth to locate and track devices. Each satellite sends signals to the GPS device, which measures the time it takes for the signal to reach it, and then calculates its distance from each satellite. By analyzing the signals from multiple satellites, the GPS device can triangulate its position on the earth's surface with remarkable accuracy. Navigation tracking is widely used in various fields such as transportation, aviation, marine navigation, military operations, and personal devices like smartphones and smartwatches. It has revolutionized the way we navigate and explore the world around us.
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Why is surface water near the Equator not likely to sink down into the deep ocean?a. Because water near the Equator is much warmer than the deep ocean so there is no density difference between the surface and deep oceanb. Because water near the Equator is much warmer than the deep ocean so the surface water is much less dense and will not sinkc. Because water near the Equator is saltier than the deep ocean so the surface water is much more dense and will not sink
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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the vernal equinox marks the start of what season? a) winter. b) fall. c) summer. d) spring.
The vernal equinox marks the start of the spring season. It is also known as the March equinox and usually occurs on March 20th or 21st.
During the vernal equinox, the day and night are approximately equal in length, with the amount of daylight increasing as the season progresses.The vernal equinox is caused by the Earth's tilt on its axis and its orbit around the sun. During this time, the Earth's tilt is neither pointing towards nor away from the sun, resulting in equal illumination of the Northern and Southern Hemispheres.In many cultures and religions, the vernal equinox is a significant time for celebrations and rituals, symbolizing renewal, rebirth, and new beginnings. It is also an important time for farmers and gardeners, as it marks the start of the planting season.The vernal equinox is the opposite of the autumnal equinox, which marks the start of the fall season. During the autumnal equinox, the day and night are also approximately equal in length, but the amount of daylight decreases as the season progresses.
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Calculate the most probable speed of an ozone molecule in the stratosphere, where the temperature is 270 k.
Answer:
Explanation:
The most probable speed of a molecule in a gas can be calculated using the Maxwell-Boltzmann distribution. The formula for the most probable speed is given by:
v_mp = (2kT/m)^(1/2)
Where v_mp is the most probable speed, k is the Boltzmann constant (1.38 x 10^-23 J/K), T is the temperature (270 K), and m is the mass of the ozone molecule (48 g/mol, or 48 x 10^-3 kg).
v_mp = (2 * 1.38 x 10^-23 * 270 / 48 x 10^-3)^(1/2)
v_mp = (2.68 x 10^-21 * 270 / 48 x 10^-3)^(1/2)
v_mp = (6.71 x 10^-20 / 48 x 10^-3)^(1/2)
v_mp = (6.71 x 10^-17)^(1/2)
v_mp = 2.59 x 10^-8 m/s
So the most probable speed of an ozone molecule in the stratosphere, where the temperature is 270 K, is approximately 2.59 x 10^-8 m/s.
on what scale is the explosivity of a volcano measured?
Answer:
The Volcanic Explosivity Index (VEI) is a scale that describes the size of explosive volcanic eruptions based on magnitude and intensity.
Explanation:
How is the structure of the atom related to the organization of the modern periodic table?
Answer:
Explanation:
The structure of the atom is directly related to the organization of the modern periodic table. The periodic table is based on the electronic configuration of atoms, that determines the chemical and physical properties of elements.
Atoms are composed of protons and neutrons,electrons.Atomic number is the number of protons present in the nucleus of an atom, and it defines an element.
In the periodic table elements are arranged in increasing order of atomic number, and elements which has same electronic configurations are placed in the same column or group. Electronic configuration of an atom defines its electron affinity, ionization energy, and reactivity, and thses are important chemical and physical properties which are used to classify elements and predict their behavior.
The elements of a periodic table is arranged in a way that elements within as same period have same electronic configurations, with outermost electron shells filling up from left to right. Such arrangement reflects the filling of electron shells and helps to predict the chemical behavior of elements and their reactivity towards other elements.
At the end, we can say that the structure of the atom and the arrangement of electrons in the electron shells are critical in determining the properties of elements and organizing them in the periodic table.
where is the most fertile land in southwest asia based on the waterways
this is a photo of a road cut through a mountain called sideling hill, in western maryland. what happened here? group of answer choices graffiti artists painted the roadcut to look like a bunch of bent rocks. bulldozers bent the rocks during the excavation of the road cut. slide-past forces moved the rocks from tennessee to maryland, where the rocks piled up at a bend in a san-andreas-type fault to form the appalachians of maryland. push-together forces when africa and europe ran into the americas bent the rocks, which later were exposed at the surface by erosion. pull-apart forces acting in geologically recent times caused fault-block faulting, forming the mountain.
The rocks at Sideling Hill in western Maryland were likely bent due to the push-together forces and erosion that occurred during the collision of Africa and Europe with the Americas, forming the Appalachian Mountains.
Sideling Hill, located in western Maryland, is a road cut through a mountain that exhibits a unique geological formation. The most likely explanation for this is that the rocks were bent by push-together forces when Africa and Europe collided with the Americas. This collision resulted in the formation of the Appalachian Mountains, which were then shaped and eroded over millions of years. The unique geological features of the mountain, including the rocks in Sideling Hill, were then exposed by erosion.
It is unlikely that the graffiti artists painted the road cut to look like a bunch of bent rocks or that bulldozers bent the rocks during erosion. While these explanations cannot be entirely ruled out, they do not explain the complex geological processes that shaped the Appalachian Mountains.
Overall, the formation of the geological features at Sideling Hill is a result of the slow and complex processes of mountain-building and erosion that have occurred over millions of years. These processes are a reminder of the immense scale of geologic time and the incredible forces that shape our planet.
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northeastern china, north korea, south korea, northern japan, containing coniferous forests, temperate grasslands, and agriculture, are all part of what climate zone?
Northeastern china, north korea, south korea, northern japan, containing coniferous forests, temperate grasslands, and agriculture, are all part of the humid continental climate zone.
This climate zone is characterized by four distinct seasons with warm to hot summers and cold winters. The coniferous forests and temperate grasslands in the region thrive in the humid continental climate with ample rainfall and moderate temperatures throughout the year.
The agriculture in the region also benefits from the favorable climate, with crops such as rice, barley, and wheat being commonly grown. Overall, the humid continental climate supports a diverse range of vegetation and agricultural practices in northern Japan.
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Identify the scales of spatial analysis for researching the number of a nation’s flags flown privately in a town and those flown during Olympic ceremonies.
The scales of spatial analysis for researching the number of a nation's flags flown privately in a town and those flown during Olympic ceremonies could include: Local scale, Regional scale, National scale and Global scale.
1. Local scale: This scale would involve studying the flags flown in a specific town or city, such as by visiting various neighborhoods or public places and counting the number of flags being flown. This would provide an understanding of the local culture and level of patriotism.
2. Regional scale: This scale would involve analyzing the flags flown in a larger region, such as a county or state, and comparing the results with the national average. This could help to identify any regional differences or patterns.
3. National scale: This scale would involve analyzing the number of flags flown across the entire country and comparing the results with other countries. This would provide a broader perspective on the country's level of patriotism.
4. Global scale: This scale would involve analyzing the number of flags flown during international events such as the Olympics, and comparing the results with other countries. This would provide a sense of how a country is perceived globally, as well as the level of national pride and support for the athletes.
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Consider only the Central Lowlands an the Great Plains. Which has the shortest grass and the smallest annual rainfall?A. Central Lowlands
B. Wyoming Basin Section
C. Colorado River
D. The Great Smoky Mountains
(A)Central Lowlands the shortest grass and the smallest annual rainfall to the Great Plains.
The National Park System should protect and exhibit the best examples of our greatnational landscapes, riverscapes and shores and undersea environments the processeswhich formed them the life communities that grow and dwell there in and the importantlandmarks of our history.There are serious gaps and inadequacies which must beremedied while opportunities still exist if the System is to fulfill the people's need alwaysto see and understand their heritage of history and the natural world.You should continue your studies to identify gaps in the System and recommend tome areas that would fill them Water is conveyed to larger drainage systems such as creeks,streams and rivers.During winter and spring,accumulation of snow may increase water.
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identify the four tectonic settings of igneous activity.
Four tectonic settings of igneous activity are Continental Drift, Hot-spot volcano, Subduction Zone, Mid-ocean ridge.
Magmas are the source of igneous rocks, and plate tectonics is typically connected to magmas. Mafic (basaltic) and ultramafic magmas are important parts of the new oceanic crust and originate along the divergent midoceanic ridges. Along converging plate boundaries, more felsic magmas, such as andesites and rhyolites, are connected to the borders of the continental crust at subduction zones. The proportion of oceanic and continental crust in the subduction zone that melts to generate the magma may determine whether it is intermediate or felsic. It is believed that the lower continental crust's partial melting is responsible for the significant quantity of granitic intrusions in continental crust.
One continental plate's interior experiences intraplate igneous activity, which is hypothesized to be connected to
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Look at Model 1. If Rock B was formed in the Silurian Period, and Rock C was formed in the Permian Period, what type of boundary lies between B and C? Explain how this could have formed
Geologically speaking, the Silurian Period is the third stage of the Paleozoic Era. It covered the time between the end of the Ordovician Period and the start of the Devonian Period, starting 443.8 million years ago and ending 419.2 million years ago.
Continental altitudes were often much lower than they are today, and the sea level was significantly higher during the Silurian period. As the massive glaciers from the Late Ordovician ice period melted, sea level rose sharply. As a result of these rising temperatures, numerous faunal taxa were able to recover from the extinctions that occurred in the Late Ordovician. Shallow waters swamped vast areas of numerous continents, and coral reefs that resembled mounds were fairly frequent.
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What’s an issue in the broader world that you’ve become passionate about? What experiences made you become passionate about it?
Please be detailed, specific and explain. Giving out brainliest.
This is due today.
In writing an essay you must consider the structure of the essay, Hence, the structure of the essay should be considered;
The Introduction The body'The conclusionWhat is an essay?Generally, I have recently become passionate about the issue of racial injustice in the United States.
Growing up in a small town with a primarily white population, I didn't have much exposure to people of color and their experiences.
However, as I've gotten older and had more interaction with people of different backgrounds, I've realized just how damaging racism still is in our society. I've seen firsthand how people of color are discriminated against in jobs, housing, education, and other aspects of life. I've seen them treated as less than their white counterparts and it's heartbreaking.
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the barren surface composed of consolidated material, usually of exposed bedrock is: group of answer choices a reg basin of water an erg an hamada
The barren surface composed of consolidated material, usually of exposed bedrock is an "hamada."
A hamada is a type of desert landscape that is found in arid or semi-arid regions. It is characterized by a high, barren plateau of rock, usually composed of consolidated material, such as cemented sandstone, limestone, or granite. Hamadas are typically located in areas with little precipitation and are often situated at elevations above surrounding lowlands.
The term "hamada" comes from the Arabic word for "stone," which is fitting since these landscapes are largely composed of rock. The bedrock in hamadas is usually consolidated, meaning that the individual particles of sand, silt, or other materials have been cemented together by natural processes, such as mineral precipitation, to form a hard, durable layer. This layer can be many meters thick and is often exposed due to a lack of vegetation and erosion.
Hamadas can also be characterized by their lack of surface water and vegetation, which is often sparse and adapted to the harsh conditions of the environment. This type of desert landscape is often associated with extreme temperatures, both hot and cold, and high levels of solar radiation due to the lack of cloud cover. The extreme nature of the hamada environment has made it an important area for scientific research and exploration.
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which of the following processes does not produce so2 and/or nox? question 4 options: electricity generation volcanic eruption car emissions insulation
Among the listed options, the process that does not produce SO2 and/or NOx is insulation.
Electricity generation from the burning of fossil fuels, such as coal and oil, is a major source of SO2 and NOx emissions. When these fuels are burned, sulfur and nitrogen compounds are released into the air, where they react with oxygen to form SO2 and NOx.
Volcanic eruptions can also release significant amounts of SO2 and NOx into the atmosphere. This is because volcanic gases contain high levels of sulfur and nitrogen compounds, which can be expelled during eruptions.
Car emissions are another significant source of SO2 and NOx. Gasoline and diesel engines release nitrogen oxides (NOx) and sulfur dioxide (SO2) during the combustion process.
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Describe the purpose of the European Union
Select THREE correct answers:
A. Better Trade with the United States
B. Economic Interdependence
C. Common Currency, the Euro
D. Military Stability
E. Trade Agreements
I think it's B, C, and E but I want to double check
Answer:B, C and E
Explanation:The EU was originally created for the purpose of economic independence from the USA; the EU is not a military alliance, therefore the answers are B, C and E
1. glacial scratch lamination 2. glacier's stopping point water table 3. cutoff meander oxbow 4. very fine abyssal muck seamount 5. wind-blown dust striation 6. hard, stony clay till 7. submarine extinct volcano loess 8. water covering the earth ooze 9. thin layer of sediment moraine 10. top of the saturated zone hydrosphere
Glacial scratch lamination, glacier's stopping point water table, cutoff meander oxbow, very fine abyssal muck seamount, wind-blown dust striation, hard, stony clay till, submarine extinct volcano lose, water covering the earth ooze, thin layer of sediment moraine and top of the saturated zone hydrosphere are explained here:
1. Glacial scratch lamination: This refers to the layering of sediment that is created by glacial movement. As a glacier moves, it picks up sediment and rocks from the ground and grinds them against the underlying bedrock, leaving scratch marks on the surface. The sediment is then deposited in layers, with each layer showing evidence of the scratches made by the glacier.
2. Glacier's stopping point water table: The water table is the level below the ground where the soil and rock are saturated with water. In areas where a glacier has advanced and then retreated, the water table can be influenced by the glacier's stopping point, which is the farthest point the glacier advanced to before retreating.
3. Cutoff meander oxbow: A meander is a loop in a river, and a cutoff occurs when the river erodes through the narrow neck of the loop, creating a new channel and leaving behind an oxbow lake.
4. Very fine abyssal muck seamount: This refers to the sediment that accumulates on the ocean floor in areas of very deep water. Abyssal muck is made up of fine particles of organic and inorganic matter, and it can accumulate to great depths in areas where there is little current to stir it up.
5. Wind-blown dust striation: Wind-blown dust can create striations on the surface of rocks, indicating the direction and strength of the wind that carried the dust.
6. Hard, stony clay till: Till is a type of sediment that is deposited by glaciers, and it can be made up of a variety of materials, including clay, sand, and rocks. Hard, stony clay till is a type of till that is made up of mostly clay and has a high concentration of large, hard rocks.
7. Submarine extinct volcano loess: Loess is a type of sediment that is made up of fine particles of silt and clay that have been deposited by wind. Submarine extinct volcano loess is a type of loess that has been deposited on the ocean floor near an extinct underwater volcano.
8. Water covering the earth ooze: Ooze is a type of sediment that accumulates on the ocean floor and is made up of the remains of dead marine organisms, as well as inorganic particles. Water covering the earth ooze refers to the ooze that is found on the ocean floor, which covers more than 70% of the Earth's surface.
9. Thin layer of sediment moraine: A moraine is a ridge of sediment that is left behind by a glacier as it retreats. A thin layer of sediment moraine refers to a moraine that has a relatively small amount of sediment deposited on it.
10. Top of the saturated zone hydrosphere: The hydrosphere refers to all of the water on and in the Earth. The top of the saturated zone is the level at which the soil and rock are completely saturated with water, and it marks the top of the area where groundwater can be extracted.
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