Nuclear energy is a clean energy source with virtually no greenhouse gas emissions. - The following statement is True.
A clean energy source with no emissions is nuclear. It produces energy through fission, which is the breaking of uranium atoms to release energy. Without the toxic consequences that come from burning fossil fuels, electricity is produced using the heat from fission to produce steam, which turns a turbine.
Fission prevents greenhouse gas emissions and enables nuclear power to save the United States more than 471 million metric tonnes of carbon annually.
The foundation of producing low-carbon electricity is nuclear and hydropower. They supply 75 percent of the world's low-carbon generation together. Nuclear power has cut CO2 emissions by more than 60 gigatonnes during the past 50 years, or roughly two years' worth of global energy-related emissions.
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A nuclear energy source, nuclear energy emits almost no greenhouse gases. It is accurate to mention the following.
Nuclear power is a clean energy source that emits no emissions. Fission, which is the splitting of uranium atoms to release energy, is how it generates energy. Electricity is created by harnessing the heat from fission to produce steam, which turns a turbine, without the hazardous side effects associated with burning fossil fuels.
Nuclear and hydropower are the cornerstones of producing low-carbon electricity. Together, they provide 75% of the low-carbon generation in the globe. Over the past 50 years, nuclear power has reduced CO2 emissions by more than 60 gigatonnes, or nearly two years' worth of global energy-related emissions.
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according to scientists, earth’s ________ will eventually be fully restored.
Answer:
the ozone layer
Explanation:
According to scientists, Earth's ozone layer will eventually be fully restored.
The ozone layer is a protective layer of gas in the atmosphere that blocks harmful ultraviolet radiation from reaching the Earth's surface.
It has been damaged over the years due to the effects of human activities, such as the use of chlorofluorocarbons in aerosol sprays and certain industrial processes. However, the international community has taken steps to reduce these activities and the ozone layer is slowly recovering.
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(Courts and Civil Liberties 04.02 MC)
In contrast with other federal officials, a judge (3 points)
has set term limits for time in office
meets the president to discuss cases
does not base decisions on majority will
O accepts advice from special interest groups what is the answer?
In contrast with other federal officials, a judge does not base decisions on majority will .
Option C is correct.
What are federal officials' responsibilities?
The authority to levy taxes, regulate commerce, establish a uniform naturalization law, establish federal courts (subordinate to the Supreme Court), establish and maintain a military, and declare war are among the enumerated powers.
Who is regarded as a government official?a person who is elected to serve in the executive or legislative branches of the United States government. b) A person who has been appointed by the President to an office in the executive or judicial branches of the United States government.
Question is incomplete:
In contrast with other federal officials, a judge:
A. Has set yet limits for time in office
B. Meets the pres to discuss cases
C. Does not base decisions on majority will
D. Accepts advice from special interest groups
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What effect does the exhaust (emissions) from mining equipment used in the Canadian Shield have on the environment?
answer choices
It contaminates soil.
It reduces air quality.
It pollutes groundwater.
It heats the atmosphere.
The exhaust (emissions) from mining equipment used in the Canadian Shield reduces air quality.
The Canadian Shield, which is notable for mining minerals like diamond, gold, copper, and many more, surrounds the Hudson Bay. The area of land containing these minerals has been extensively dug up and mined by miners who have taken advantage of the area's rich mineral soil by doing so. As a result, the area of land with all these minerals is now destroyed.
Since many people in the Canadian Shield region depend on mining for their livelihood, a sizable amount of the Canadian Shield has been exploited, releasing dust and toxins into the sky. This merely leads to a worsening of the living conditions for individuals because of the lowered air quality brought on by these substances.
The correct answer is option b.
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which factor makes ice cores so useful in determining the composition of the atmosphere in the past?
One of the most important factors that makes ice cores so useful in determining the composition of the atmosphere in the past is the fact that they are preserved over long periods of time.
By analyzing the composition of the ice, researchers can gain a better understanding of the composition of the atmosphere at that given point in time, as well as how it has changed over the years. Additionally, because the ice is sealed away in a deep freeze, the composition of the gases in the core will remain unchanged, allowing researchers to get a clearer view of the atmosphere in the past.
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The new immigrants quickly assimilated into American culture, eager to learn the English language and expand their communities to include fellow immigrants from other cultures. T or F?
The statement is False. While many new immigrants may have been eager to learn English and become part of the American culture, assimilation is a complex process that takes time.
It involves learning a new language, finding employment, understanding the cultural norms of the host country, and forming meaningful relationships with people from different backgrounds. Assimilation is not an easy or quick process, but it is an important one for immigrants to go through in order to fully participate in their new communities.
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In general, what region of the country most likely experiences the greatest amounts of physical weathering and why?
Answer: The region of the country that most likely experiences the greatest amounts of physical weathering is likely the Southwest region. This is due to the region's high temperatures and dry climate, which promote the breakdown of rock and soil through processes like thermal expansion, frost wedging, and abrasion.
Explanation: The region's mountainous terrain also increases the amount of physical weathering, as the combination of wind and gravity causes rocks to break apart over time.
Select the items that are described by the geographic theme of location. Tundra covers most of the Antarctic. Early settlers in Louisiana came from France. It takes approximately five hours to fly from New York to Los Angeles. The beautiful beaches of the Bahamas have made these islands a popular tourist destination. The residence of Great Britain's prime minister is 10 East Downing Street. Irrigation is needed to grow cotton in the Arizona desert.
In most of the Antarctic, tundra prevails. As a result, choice (A) is acceptable.
What is Tundra?In terms of physical geography, tundra is a sort of biome where the short growing seasons and subfreezing temperatures make it difficult for trees to thrive. The word "tundra," which means "uplands" and "treeless mountain tract," is derived from the Russian. Tundra can be found in three places, each with a specific type: Arctic, Alpine, and Antarctic.
Small shrubs, sedges, grasses, mosses, and lichens make up the vegetation of the tundra. In some tundra zones, scattered trees flourish. The tree line, often called the timberline, is the ecological transition zone (or ecological boundary region) between the tundra and the forest. The phosphate and nitrogen content of the tundra soil is high.
Hence, option (A) is accurate.
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which of the following is true of sedimentary rocks? a. they form as a result of intense heat and pressure. b. they form as a result of volcanic processes. c. they form as a result of weathering and erosion.
The given statement about sedimentary rocks are formed as a result of weathering and erosion in option (C) is true, because sedimentary rocks are formed trough erosion, weathering, dissolution, precipitation, and lithification.
Sedimentary rocks are formed through a variety of geological processes, the most prominent of which are erosion, weathering, dissolution, precipitation, and lithification. Erosion, the process by which the land around you deteriorates and is replaced by new material, produces sedimentary rocks. The small chunks of land that break down are called sediment. The sediment can be made up of a wide variety of materials, including sand, mud, pebbles, minerals, fossils, and even plants. Rocks and minerals, as well as the decayed remains of plants and animals, can all be found in sediment. It could be the size of a speck of sand or a hulking chunk of rock. Due to erosion, sediment can be transported from one location to another. Rock and soil are eroded when they are moved from their original locations.
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What are the implication of location,hape andize of Ethiopia and the phyical environment,ocioeconomic and political apect?
The implication of location, shape and size of Ethiopia is ethiophia in the Horn of Africa, is a rugged, landlocked country split by the Great Rift Valley. With archaeological finds dating back more than 3 million years, it’s a place of ancient culture. Ethiopia has been greatly exposed to various external invasions many times even though the country made the power to resist foreign intervention and remains secluded from external domination.
One of the first beneficiaries of the main global faiths, including Christianity, Islam, and Judaism, is Ethiopia. The linguistic and other cultural ties that Ethiopia has with its neighbors reflect the influence of Ethiopia's geographic location.
The Horn is made up of such diverse regions that it has long maintained touch with both southwest Asia and the Arabian Peninsula. With a total area of over 1,106,000 square kilometers, Ethiopia is home to many different cultural groups and boasts a variety of agroecological zones, natural resources, and arable land. Due to its large size, there is a drawback as well.
The drawback is that it takes a sizable force to protect its territory
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what are the main traditional crops and natural resources in nigeria
?
Answer:
Maze, cassava, guinea corn, yam, beans, millet, and rice
Explanation:
Nigeria has 70.8 million hectares of agriculture land area with maize, cassava, guinea corn, yam beans, millet and rice being the major crops.
Cassava, yam, cocoyam and maize are the major staple crops in the humid parts of the country, whereas maize, sorghum, millet, cowpea and groundnut are the major staple crops in the sub-humid and semi-arid parts. The major cash crops include cocoa, oil palm, cotton, groundnuts, ginger and sesame.
Apart from patroleum, Nigeria's natural resources also include natural gas, tin, iron ore, coal, limestone, niobium, lead, zinc and arable land.
the first speakers of the language that evolved into english were tribes that lived in present-day
The first speakers of the language that evolved into English were tribes that lived in present-day is Denmark
English is a West Germanic language that descended from Ingvaeonic languages carried to Britain by Anglo-Saxon immigrants from what is now northwest Germany, southern Denmark, and the Netherlands between the middle of the fifth and the seventh century AD.
English is a continually evolving language that has been impacted by a wide range of diverse cultures and languages, such as Latin, French, Dutch, and Afrikaans. It developed from the dialects and vocabulary of Germanic peoples—Angles, Saxons, and Jutes—who landed in Britain in the 5th century CE.
Anglo-Fresian dialects gave rise to the West Germanic language of English, which was introduced to Britain by Germanic conquerors. The Normans of the eleventh century, who spoke Old Norman and created an English variant of this language, launched a second invasion.
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The tribes that once inhabited what is now Denmark were the first to speak the language that gave rise to English.
Between the middle of the fifth and the seventh century AD, Anglo-Saxon immigrants from what is now northwest Germany, southern Denmark, and the Netherlands brought Ingvaeonic languages to Britain. These languages are the ancestors of English, a West Germanic language.
Latin, French, Dutch, and Afrikaans are just a few of the many distinct cultures and languages that have had an impact on the ever-changing language of English. It evolved from the lexicon and dialects of the Jutes, Saxons, and Angles who arrived in Britain in the fifth century CE.
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why does underwater hot-spot volcanism tend to form chains of islands? for that matter, why doesn't it form one huge, single island?
Underwater hot-spot volcanism forms chain of islands because as the tectonic plate moves over the hot spot, a new volcano is formed and an older one becomes extinct, resulting in a linear chain of islands.
When a tectonic plate moves over a hot spot, magma rises to the surface and forms a volcano. As the plate continues to move, the volcano becomes extinct and a new one forms over the hot spot. This process repeats itself, resulting in a linear chain of islands.
The older islands are further away from the hot spot, and the newer islands are closer to it. This is the reason why we see chains of islands like the Hawaiian Islands, which are thought to have formed over a hot spot. Additionally, single huge island would require a sustained and long-term volcanic activity over the same location which is less likely as the tectonic plate continues to move.
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Why does Vancouver have higher temperatures than Guelph even though itis
further north?
Vancouver has higher temperatures than Guelph because it is located on the coast, which allows for the moderation of temperatures by the nearby Pacific Ocean.
Guelph, on the other hand, is located further inland and does not have the same temperature-moderating influence. Additionally, Vancouver has a milder climate due to its location in the lee of the coastal mountains which blocks cold Arctic air masses.
What contributes to higher temperatures of a region?The increase in greenhouse gases caused by the combustion of fossil fuels, agricultural activities, and deforestation, which has resulted in an increase in global average air temperatures. The ocean absorbs approximately 90% of the excess atmospheric heat, raising average ocean temperatures.
In urban areas, the use of asphalt and other dark-colored materials can significantly increase the amount of sunlight absorbed. This results in urban heat islands, where cities have higher temperatures than surrounding areas.
The combustion of fossil fuels, as well as fires intentionally lit to remove trees to clear land for agricultural activities or accidentally ignited, emit airborne particles into the atmosphere.
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what type of plate boundary is the mid atlantic ridge
Answer:
divergent plate boundary
Explanation:
New ocean floor is created as the tectonic plates spread apart.
which type of rock forms as a result of the weathering process, either by compaction and cementation of rock mineral fragments or the precipitation of dissolved minerals?
Sedimentary rocks form as a result of the weathering process, either by compaction and cementation of rock mineral fragments or the precipitation of dissolved minerals. When sediment is thoroughly buried, it becomes compressed and cemented, resulting in sedimentary rock.
Sedimentary rocks are the most common on the Earth's surface, although they make up just a minor portion of the crust, which is dominated by igneous and metamorphic rocks. Sedimentary rock layers include round grains. The newest layers appear first, then the oldest ones, at the bottom.
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3.3. about how long after shaking begins during the tangshan earthquake does it take the last building collapses?
Answer:
not that long, because "in minutes, 85 percent of the buildings in Tangshan collapsed or were rendered unusable, all services failed, and most of the highway and railway bridges collapsed or were seriously damaged."
Explanation:
In 14 to 16 seconds after shaking begins during the tangshan earthquake does it take the last building collapses.
The Tangshan earthquake of 1976. The surrounding area had earthquake intensities of VIII (severe) or above on the modified Mercalli scale, covering an area of around 3,650 square miles (9,500 square kilometers). The intensity at Tangshan, China, reached X. (extreme). The region's unusually deep sand soil was shaken for 14 to 16 seconds, turning much of it into a fluid-like mass (liquefaction).
ew buildings in the impacted area were attached to bedrock, therefore the earthquake and subsequent liquefaction of the soil destabilized and brought down the majority of the structures. More than 85% of Tangshan's unreinforced homes, multistory buildings, and other structures were badly damaged or destroyed by the earthquake.
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The local time of town A 75° west is 8.00a.m.What is the time at town Y 0°?
3 AM is the time at the town y.
What is the time difference using a longitudinal angle?The time difference between any two longitudes is 4 minutes. The places located in the East of the Prime Meridian are ahead in time of the places located in the Western Hemisphere. So if it is 12 noon at Greenwich (0 degrees), it would be 12:04 pm at 1-degree meridian, and so on. Each degree of longitude has a time difference of 4 minutes.
given, The local time of town A 75° west is 8.00 a.m.
Since 1 degree = 4 minutes
The time of the town at 0 degree
Degree difference = 75 - 0
Degree difference = 75
Thus,
Time difference = 75 * 4 minutes
Time difference = 300 minutes = 5 hours
time at 0-degree town y = 8AM - 5 hours
time at 0-degree town y = 3 AM
therefore, the time at town Y, 0 degree is 3 AM.
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What are the four main ethnic groups of Europe and why?
Answer:
Russians, Germans, Italians, and Turks
Explanation:
There are many different reasons why Europe is so ethnically diverse, including migration, agriculture, climate, and wars.
3. Louisiana black bears live on territories at a rate up to 1. 7 bears per square mile. What would
happen if their density increased?
Answer: If the Louisiana black bear population density increased, the bears would begin to compete for resources such as food, water, and shelter. This could cause an increase in aggressive interactions between bears, increased mortality rates, and decreased reproduction rates. Additionally, increased bear densities could also lead to more frequent and serious human-bear conflicts.
Explanation:
Bear populations in the state are believed to be between 750 and 1000, although they are increasing as more natural habitat is being restored. For such populations, "we are witnessing range extension," claimed Davidson.
Black bears in Louisiana would start to compete with one another for resources like food, water, and shelter if their population density rose. This could result in more aggressive bear encounters, higher fatality rates, and lower reproduction rates. Increased bear populations may potentially result in more frequent and dangerous human-bear interactions.
According to earlier research, bear population densities typically vary between 0.5 and 1.0 bears per square mile (CDFW 1993). The Central Coast, the Transverse Mountain Range, the San Gabriel and San Bernardine Mountains are all included in the Western/Southern sub population.
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tim wants to study how air currents affect weather patterns around the earth. during his study, he makes several assumptions based on accepted scientific knowledge, including the earth is round; warm air rises over cooler air; the sun is the main source of energy for many earth processes. is it acceptable for tim to make these assumptions during his investigation?
Yes, scientific research can be built on any presumption as long as it is expressed clearly.
Tim's assumptions, which are based on universally recognized scientific information, include the ideas that the world is round, warm air rises above cooler air, as well as the sun is the principal source of energy for many terrestrial activities.
These assumptions are widely accepted, have undergone testing, and have been validated by scientific study and experimentation. By adopting these assumptions, Tim is able to capitalize on previously known knowledge and utilize it as a launching point for his inquiry.
Tim must, in particular, be aware of any limitations and uncertainties in the assumptions he makes.
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Order the events chronologically that occurred in the formation of our Solar System.
The order of the planets in the solar system, starting nearest the sun and working outward is the following: Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune and then the possible Planet Nine.
According to scientists, terrestrial planets like Earth originated several billion years ago when hot blobs of molten metal and rock clumped together from dust and gas. They underwent four stages of development before becoming different planets: Differentiation, Cratering, Flooding, and Surface Evolution.
Formation of the solar system:
The first stage of the solar system's creation. The solar nebula disintegrates.
The second stage of the solar system's creation. protostellar disc in motion.
The third stage of the solar system's creation. Star is born as fusion in the nebula's core starts.
The fourth stage of the solar system's creation. Planets eventually develop from planetesimals.
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According to experts, terrestrial planets like Earth were formed from dust and gas many billion years ago, when hot blobs of molten metal and rock coalesced. Differentiation, Cratering, Flooding, and Surface Evolution were the four steps they went through to grow into various planets.
The birth of the solar system underwent the following steps in chronological order:
The first process of creating the solar system was that the solar nebula collapsed into dustIn a later period in the solar system's formation, the motion of the protostellar disc started to happen.The last phase of the formation of the solar system included a fusion in the nebula's center, where a star was created.The formation of the solar system's fourth stage included Planetesimals, which are the precursors to planets.Learn more about the creation of the solar system here:
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out of the mountain of despair a stone of hope. meaning
The phrase "out of the mountain of despair a stone of hope" is a reference to the line from Martin Luther King Jr.'s iconic "I Have a Dream" speech.
The phrase is meant to represent a sense of hope and optimism in the face of adversity and difficulty. It is a reminder that, even in times of despair, there is always a way forward and something to strive for. It is a call to never give up, to never abandon hope, and to keep pushing forward towards a better future.
Martin Luther King Jr.'s iconic "I Have a Dream" speech was a powerful call for civil rights and social justice. The phrase "out of the mountain of despair a stone of hope" encapsulates the speech's powerful message of hope in the face of adversity and struggle. King argued that, despite the challenges faced by African Americans and other minorities, they should never give up on their dreams and aspirations. He believed that, with courage and perseverance, it is possible to turn the obstacles of despair into stones of hope and progress.
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1 2 3 4 5 6 7 8 9 10 TIME REMAINING 51:35 Which is a correct first step in solving the inequality –4(2x – 1) > 5 – 3x? Distribute –4 to get –8x + 4 > 5 – 3x. Distribute –4 to get –8x – 1 > 5 – 3x. Subtract 2x from both sides of the inequality. Add 1 to both sides of the inequality.
Distribute –4 to get –8x + 4 > 5 – 3x is the right first step in solving the inequality.
What is inequality?The mathematical symbols >, <, ≥ and ≤ are used in inequality expressions. Inequalities can be "solved" by identifying the range (or ranges) of values that an unknown x can have while still satisfying the inequality. In this lesson, graphs and algebra are used to solve inequalities.
You must practise the techniques described here a lot to make sure that you have mastered them and that they are second nature.
There is one significant exception, but inequality manipulation is very similar to equation manipulation and follows very similar rules.
An inequality still exists if you add the same amount to both sides of it.
The inequality holds true even after subtracting the same amount from both sides.
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What's the connection between Mount Rainier and the plate boundaries along the coast of the Pacific Northwest?
Answer:
Mount Rainier is a stratovolcano located in the state of Washington, in the Pacific Northwest region of the United States. The volcano is situated on the boundary of the North American Plate and the Juan de Fuca Plate, which is part of the larger boundary known as the Cascadia subduction zone. This boundary is where the Juan de Fuca plate is being subducted beneath the North American plate.
The Cascadia subduction zone is a long and active plate boundary that extends from northern California to southern British Columbia. Along this boundary, the Juan de Fuca plate is moving beneath the North American plate, creating a zone of active volcanism, earthquakes and deformation. The subduction of oceanic crust beneath the North American plate is responsible for the creation of the Cascade Range, including Mount Rainier.
Mount Rainier is an active volcano and one of the most dangerous in the region. It is a reminder of the ongoing tectonic activity along the Cascadia subduction zone and the potential for future volcanic eruptions and earthquakes in the Pacific Northwest.
why did alfred wegener never get the support of the scientific community for his hypothesis of continental drift?
Explanation:
I don't know
..........
advection fog has drifted over a coastal airport during the day. what may tend to dissipate or lift this fog into low stratus clouds?
When advection fog drifted over a coastal airport during the day, a thing that may tend to dissipate or lift this fog into low stratus clouds is wind 15 knots or stronger.
What is advection fog?In aviation, advection fog is known as a type of fog which forms as warmer, moist air moves over a cold ground. The air is cooled to saturation by the cold from the ground below cooling the air above. Unlike radiation fog, advection fog may form under cloudy skies and with moderate to strong winds.
When advection fog has developed, that may tend to dissipate or lift the fog into low stratus clouds is wind 15 knots or more. Greater turbulent mixing associated with wind speeds more than 9 knots generally cause advection fog to lift into a low stratus cloud deck. Coastal areas in which moist air is advected over water cooled by upwelling.
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So my teacher wants a presentation about how cultural aspects of Israel have converged and diverged within it
I need help with how Israel's culture converged and diverged
earth slowly coalesced into a giant ball of molten rock from a cloud of turbulent dust and gases. exterior layers of rock cooled and hardened, forming a protective shell, or
Earth slowly coalesced into a giant ball of molten rock from a cloud of turbulent dust and gases. Exterior layers of rock cooled and hardened, forming a protective shell, or Crust , over a molten core.
Lava is the term used to describe the rare instances when magma breaks the surface, such as during a volcanic eruption. The molten or partially molten rock known as magma is the source of igneous rocks. Silicate liquid predominates, however there can also be carbonate and sulfide melts. Either at great depths or at the Earth's surface, magma migrates and ejects lava.
The Earth's crust is the thinnest and most buoyant layer of rock. 41% of the Earth's surface is made up of continental crust, yet a quarter of it is submerged beneath the oceans. There are 20 to 80 kilometers of continental crust. Four billion years of Earth history are preserved in its rocks.
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The correct question is :
Earth slowly coalesced into a giant ball of molten rock from a cloud of turbulent dust and gases. Exterior layers of rock cooled and hardened, forming a protective shell, or _____, over a molten core.
Daiko and Jie are classmates who are both of the Buddhist faith. Daiko asks Jie if he is going to stay home to celebrate the holiday the next day, but Jie doesn’t even know there is a Buddhist holiday the next day. Why might Jie not be celebrating the holiday that Daiko observes?
Jie may not be celebrating the holiday that Daiko observes due to the fact that they may follow different Buddhist denominations.
What are the different Buddhist denominations?
Buddhist doctrine has two central denominations, which are Therevada and Mahayana. Therevada corresponds to the oldest and most traditional denomination, while Mahayana corresponds to popular Buddhism, arising from the knowledge of individuals, as well as Zen.
Therefore, each Buddhist denomination has its set of teachings, practices and beliefs, even if the central dogma is similar, which is the reason that may have led Jie and Daiko to follow different customs even though both follow the Buddhist faith.
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The place where tectonic plates meet is called what?
Most volcanoes, mountains, and earthquakes occur where plates meet. Places where plates meet are called plate boundaries.
A "plate border" occurs where two tectonic plates collide. The three main types of plate boundaries are as follows. A convergent plate boundary is created when two tectonic plates clash. Subduction is the process of one of the convergent plates moving beneath the other.
A plate boundary is a three-dimensional surface or zone where the velocity (speed or direction) of one lithospheric plate in relation to the next lithospheric plate changes significantly.
The majority of earthquakes are caused by movement in small areas near plate borders. Divergent, convergent, and transformal plate borders are where the majority of seismic activity takes place.
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Where plates collide is where most volcanoes, mountains, and earthquakes happen. Plate borders are the locations where plates collide.
Where two tectonic plates collide, this is known as a "plate boundary." Following are the three primary categories of plate borders. When two tectonic plates collide, a convergent plate boundary is formed. One of the convergent plates moving beneath the other is known as subduction.
The velocity (speed or direction) of one lithospheric plate in relation to the next changes dramatically at a plate boundary, which is a three-dimensional surface or zone.
The bulk of earthquakes is brought on by small-scale movement along plate boundaries. The majority of seismic activity occurs along the frontiers of divergent, convergent, and transform plate boundaries.
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