Multiple large mountain ranges across the continent likely led to the formation of the super continent of Pangea. In this case option A is correct.
By the Devonian Period (419.2 million to 358.9 million years ago), the assembly of Pangea's constituent landmasses was well under way as the paleocontinents Laurentia and Baltica joined with several smaller microcontinents to form Euramerica.
These landmasses are composed of the stable interior of North America, or the craton, and Eastern Europe, respectively. The ancient continent Gondwana, a paleocontinent that would eventually split into South America, India, Africa, Australia, and Antarctica, collided with and joined the southern part of Euramerica by the beginning of the Permian Period (298.9 million to 252.2 million years ago).
Gondwana was a paleocontinent that was composed of North America and southern Europe. The Angaran craton of Siberia was combined with that with the
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note: hot spots are most likely to be found in the interiors of plates, not at plate margins. when does a hot spot form a cluster of volcanic islands instead of a linear chain? answer hot spots form submerged volcanoes that are aligned parallel to the direction of plate motions. answer hot spots are only present below oceans. answer a line of volcanoes formed above a hot spot would get progressively older as they got closer to the nearest oceanic ridge.answer
Hot spots are most likely to be found in the interiors of tectonic plates, not at plate margins.
When a hot spot forms a cluster of volcanic islands instead of a linear chain, it is usually due to the direction of plate motion, which causes the volcanoes to be aligned parallel to the direction of plate motion.
Hot spots can exist both above and below oceans, but a line of volcanoes formed above a hot spot would be progressively older as they get closer to the nearest oceanic ridge. This is because the plate the hot spot is located on is moving away from the ridge, causing the volcanoes to become progressively more distant from the hot spot.
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Identify the FALSE statement. Select one: a. Normal faults result from stretching the Earth's crust; thrust faults from squeezing and shortening it. b. ML, mb, and Ms earthquake magnitude scales can accurately define extremely large earthquakes. c. Moment magnitude (Mw) rating is the number now used for the official (archival) record. d. All earthquake magnitude scales are logarithmic, which means a difference of one unit in magnitude reading represents a 10-fold difference in ground motion.
The FALSE statement is: Option B. ML, mb, and Ms earthquake magnitude scales can accurately define extremely large earthquakes.
ML, mb, and Ms earthquake magnitude scales cannot accurately define extremely large earthquakes, so the moment magnitude scale is used to measure these.
The moment magnitude (Mw) rating is the number now used for the official (archival) record. This scale is preferred for measuring very large earthquakes because it is logarithmic, meaning a difference of one unit in magnitude reading represents a 10-fold difference in ground motion. Normal faults result from stretching the Earth's crust, while thrust faults result from squeezing and shortening it.
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question: what physical geography process is the most likely explanation for the much greater development of river valleys on the eastern side of the kohala volcano (than the western side of kohala)? the answer that is keyed as correct is based on the information you saw on the helicopter trip (landsat image, topography, rainfall).
The difference in rainfall and terrain is most likely to blame for the higher development of river systems on the Kohala volcano's eastern flank than on its western flank.
Due to the increased propensity to erode and form river valleys on the eastern side of the volcano, which normally receives more rainfall, there is more vegetation there.
With a smoother slope that allows water to run and destroy the landscape over time, the terrain on the eastern side might also be ideal for river creation and growth.
A higher slope and much less rainfall on the western side would prevent the western river valley from developing as much.
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What environmental, social, and economic problems did the Persians experience?
Environmental problems of Persian Empire:
Drought and famine caused by changes in climate and weather patternsDeforestation and soil erosion caused by overgrazing and land use practicesWater scarcity caused by mismanagement of water resourcesSocial problems of Persian Empire:
Political instability caused by frequent changes in leadership and power strugglesRacial and cultural tensions caused by the empire's diverse populationInequality and poverty caused by the concentration of wealth and resources in the hands of a small eliteEconomic problems of Persian Empire:
High taxes and government corruptionInflation caused by the debasement of currencyDecline in trade and commerce caused by wars, invasions, and the loss of territory.What were effect of these problems that Persians experienced?The Persian Empire, which existed from 550 BCE to 651 CE, faced a variety of environmental, social, and economic problems during its long history.
These problems challenged the stability and prosperity of the Persian Empire and contributed to its eventual decline and fall. Nevertheless, the Persian Empire remains an important part of human history, having left a lasting impact on the development of art, science, religion, and politics.
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Which of the following best identifies a benefit of using renewable energy sources rather than nonrenewable energy sources?
answer choices
Renewable energy sources do not have negative environmental impacts, whereas nonrenewable energy sources have many negative environmental impacts.
Renewable energy sources are replenishable and are virtually inexhaustible by human consumption, whereas nonrenewable sources do not form in a short period of time.
Renewable energy sources are available uniformly throughout the world, whereas nonrenewable sources are unequally distributed.
Renewable energy technologies are more developed and more readily available than nonrenewable energy technologies.
Renewable energy sources are replenishable and are virtually inexhaustible by human consumption, whereas nonrenewable sources do not form in a short period of time best identifies a benefit of using renewable energy sources rather than nonrenewable energy sources.
Renewable energy is defined as energy produced from natural sources that is replenished at a faster rate than it is consumed. These sources renew themselves regularly, like the sun and the wind, for instance. While it takes hundreds of millions of years for fossil fuels like coal, oil, and gas to originate, they are non-renewable resources. Carbon dioxide and other dangerous greenhouse gases are released when fossil fuels are burnt to create electricity.
Renewable energy produces much less pollutants than consuming fossil fuels. Transitioning to alternatives to fossil fuels, which now account for the majority of emissions, and toward renewable energy is critical for tackling the climate catastrophe.
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select only the clastic rocks from this list of sedimentary rocks. multiple select question. conglomerate limestone coal shale chert sandstone gypsum
Clastic sedimentary rocks are made up of broken pieces of other rocks and include conglomerates, sandstone, and shale.
Clastic rocks form from the accumulation and compression of loose sediments, such as sand, gravel, and mud, that have been transported by wind, water, or ice.
These materials are eventually compacted and cemented together to form a solid rock. The conglomerate is made up of large pebbles and boulders, sandstone is made up of sand-sized particles, and shale is made up of fine-grained particles such as mud and clay.
The other rocks in the list, such as limestone, coal, chert, and gypsum, are not clastic rocks.
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true/false. considering how magma composition and temperature change as it rises toward the surface, categorize each of the magmas described below in terms of their position within the lithosphere and uppermost asthenosphere.
This is false. Considering how magma composition and temperature change as it rises toward the surface, categorize each of the magmas described below in terms of their position within the lithosphere and uppermost asthenosphere.
What happens with the magma composition?The statement is incorrect because magma composition and temperature do not necessarily change as it rises toward the surface. Magma characteristics are influenced by various factors, including the source of the magma and the surrounding rock, and can change in complex and unpredictable ways as magma rises through the Earth's interior.
To determine the position of magma within the lithosphere and uppermost asthenosphere, one would need to use additional geophysical data such as seismicity, gravity, magnetic, and thermal observations.
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which of the following would not contribute to a high storm surge at the time of hurricane landfall?
When a hurricane makes landfall, a strong onshore wind would not contribute to a significant storm surge.
When winds move cyclically around a storm, water is forced toward the shore and causes a storm surge. In comparison to the water being pushed toward the beach by the wind, the low pressure associated with strong storms has less effect on surge.
The interaction of the winds and the ocean's surface is the main source of a storm surge. Where the winds are greatest, the water level rises. Additionally, water is forced towards the direction of the winds.
Sea level rise is referred to as a storm surge. They pose a threat to residents of the area because they can cause major flooding.
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true/false. stone mountain is a great example of the rock cycle at work. streams erode existing and rocks. the processes of compaction and cementation form these sand particles into sandstone, a rock.
True, Long Beach is a fantastic illustration of the rock in action.stone mountain is a great example of the rock cycle at work
What is famous about Stone Mountain?Although it also contains granodiorite and quartz monzonite, Stone Mountain is best recognized for its granite content. You can tell a rock is formed of granite because of its sharp veins and bigger grains.
What kind of mountain is Stone Mountain?Among igneous intrusions, Winter Park is a pluton. The dome of Stone Mountain, which is primarily made of quartz monzonite, was created during the development of the Blue Ridge Mountains, a section of the Appalachian Mountains, between 300 and 350 million - year - old (during the Carboniferous.
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(c) assume zeetopia and freshland decide to specialize according to their comparative advantages and 1 ton of coconuts is exchanged for 1 ton of mangoes. are specialization and trade under these terms beneficial to both zeetopia and freshland? explain.
Specialization and trading under the conditions given in this scenario (1 ton of coconut exchanged for 1 ton of mango) is likely to benefit both Zeetopia and Freshland. The concept of comparative advantage states that countries (or regions) can benefit from specializing in the production of goods or services in which they have lower opportunity costs and trading with other countries (or regions) that have a comparative advantage in producing other goods or services. service.
In this scenario it can be assumed that Zeetopia has a comparative advantage in producing coconuts and Freshland has a comparative advantage in producing mangoes. By specializing in their respective areas of comparative advantage, Zeetopia and Freshland were able to increase their efficiency and productivity, enabling them to produce more coconuts and mangoes than without specialization and trading.
By exchanging 1 ton of coconuts for 1 ton of mango, Zeetopia and Freshland are able to consume more of the two goods than they can produce on their own, increasing their consumption and overall well-being. This mutual exchange of goods allows the two countries to specialize in their respective areas of comparative advantage and to benefit from each other's strengths, making trading under these terms beneficial to both Zeetopia and Freshland.
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Match a factor on the left that determines how far magma can rise toward Earth's surface with its definition.
Magma pressure Density Gas pressure
Stress - Opening of fractures is induced by tectonic forces.
- Carbon dioxide and sulfur oxide bubbles form in magma, decreasing density of the magma;
- Magma is less dense than surrounding solid rock and thus rises;
- Pressure of the overlying rock is directed toward the magma from all sides;
Here is the match of factor that determines how far magma can rise with its definition:
Magma pressure - the pressure of the overlying rock that is directed towards the magma from all sides.Density - magma is less dense than the surrounding solid rock (and because of that, rises)Gas pressure - carbon dioxide and sulfur oxide bubbles form in magma, which decreases the density of the magma.Stress - The opening of fractures that are induced by tectonic forces.Magma is the molten natural materials found beneath the surface of the Earth. It is a form of molten rock, but besides that, it may also contain gas bubbles and suspended crystals. Magma is produced by melting the mantle in various tectonic settings.
Attached below is an image of lava, which is the extrusive form of magma.
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the____side of the mountain, where the water does not fall, is usually more arid than the windward side.
Utilitarian conservationists, including Gifford Pinchot and Theodore Roosevelt, supported forest conservation in order to provide _______
Utilitarian conservationists, including Gifford Pinchot and Theodore Roosevelt, supported forest conservation in order to provide Correct homes, jobs, and recreation for people.
Utilitarian conservation, also known as pragmatic resource conservation, holds that resources should be used to their full potential for as long as possible for the benefit of all. As a result, even if the leaves die, they can still be used to make compost or fertilizer, making the most of them until they've been used the most.
Biocentric logic emphasizes the essential right of living things to exist and pursue their own interests. Protection from utility: a logic that assets should be used for the benefit of more important people for the best number of years. The sustainable use of individual animals is supported by a utilitarian conservation ethic as long as the evidence demonstrates that this use can safeguard entire species or habitats.
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Match the country to the capital.1. Russia2. Hungary3. Czech Republic4. Poland5. Germany6. Bulgaria7. Yugoslavia8. Albania9. RomaniaTiranaBerlinWarsawBelgradeSofiaBucharestPragueMoscowBudapest
Here's the corresponding country for each capital city; Moscow - Russia, Budapest - Hungary, Prague - Czech Republic, Warsaw - Poland, Berlin - Germany, Sofia - Bulgaria, Belgrade - Serbia (Belgrade was the capital of Yugoslavia), Tirana - Albania and Bucharest - Romania
Capital cities are the administrative centers of countries and typically serve as the seat of government and political power. They are also often cultural, economic, and educational hubs, attracting people from all over the country and the world. Some famous capital cities include Washington D.C. (USA), London (UK), Paris (France), and Beijing (China).
The location of a capital city is usually chosen for political or strategic reasons, such as being at the center of the country or being easily defensible. The design and development of capital cities often reflect the values and priorities of the government, and they can be symbols of national identity. For example, Brasília, the capital of Brazil, was designed in the mid-20th century to be a modern, forward-looking city that symbolized the country's aspirations for the future.
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american scholars, naturalists, and travelers saw the great mound at cahokia as a monumental achievement and attributed it to the work of
American scholars, naturalists, and travelers saw the great mound at cahokia as a monumental achievement and attributed it to the work of Ancient Greek.
About CahokiaCahokiaCahokia, a long extinct civilization located in what is now Collinsville, Illinois. First founded around AD 600 and inhabited by a unique indigenous people, Cahokia is a civilization consisting of around 50 communities in an area of over 2,200 acres.
They built 120 mounds (some as high as ten stories) on the largest prehistoric construction site in northern Mexico. The Cahokians were a sophisticated people apparently unrelated to any other known Native American tribes. By 1250, Cahokia's population rivaled that of Paris and London; at its peak in 1300, Cahokia was estimated to have had a population of 40,000. And the record was only broken in 1800 by a modern US city.
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Match the following minerals with the appropriate reason why they are considering nonminerals.
Obsidian = Randomly arranged atoms
Rock composed of various pebbles and sand = Does not have a chemically consistent composition throughout
Human-made diamond = Not naturally occurring
Human tooth = Produced by organic/life processes
Here is the matching between each mineral and the reason why they are considering nonminerals:
Obsidian atoms are randomly arranged.A rock composed of pebbles and sand doesn't have a chemically consistent composition.Human-made diamond isn't naturally occurring.The human tooth is produced by the life process.A mineral is a solid chemical compound that mostly has a well-defined chemical composition. Minerals occur in specific crystal structures that naturally occur in pure form.
In geology, the term mineral excludes chemical compounds that occur only in a living being, but some minerals are often biogenic (made by life forms). There are also some minerals that are organic compounds in the sense of chemistry.
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local climate data, including records of observed temperature, precipitation, humidity, and wind, are examples of _______ derived information.
Nearby environment information, like temperature, precipitation, moistness, and wind records, are instances of ground-based or observational information.
These estimations are taken from meteorological stations, weather conditions inflatables, and satellites, and they give data on the current situation with the environment and the way things are changing over the long run.
This information might be utilized to more readily comprehend neighborhood environment designs, gauge future weather conditions, and follow the course of extreme climate occasions like storms and cyclones.
Such a piece of information is in many cases assembled and dissected by meteorological stations, weather conditions inflatables, and different sensors to give understanding into verifiable and present weather conditions patterns, as well as to estimate future weather patterns.
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How does this document help you answer the question, “Asoka: ruthless conqueror orenlightened ruler?”
Ashoka was an enlightened ruler because he ended violence and worked to help people, he spread Buddhism, and he inspired Modern India.
Who was Ashoka?Ashoka was the third emperor of the Indian subcontinent's Maurya Empire from 268 to 232 BCE. Ashoka was the most renowned Mauryan ruler. Ashoka was the first monarch to use inscriptions to convey his message to the people. The majority of Ashoka's inscriptions were in Prakrit.
Asoka is known as an enlightened monarch because he put a stop to bloodshed and sought to serve people, he introduced Buddhism, and he influenced Modern India.
Earlier he was the ruthless ruler who has killed large number of people in the battle of Kalinga. This battle transformed him completely, who gave up the violence. Therefore, he is remembered as an enlightened ruler.
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Will mark brainliest!!!!!
Define human geography
Answer:
According to Ratzel, Human geography is the synthetic study of relationships between human society and earth surface.
Hope it helps!
Explanation:
what information about how and where the following rocks formed can we get if we look at these igneous rocks?
The answer is yes we can. We can get information about how and where the rocks formed in igneous rocks. Because the geologists do it with this method.
What are rocks?
Rocks are the building blocks of the earth's crust as well as aggregates or a collection of minerals that have frozen or crystallized. The rocks cycle produces three types of rocks:
igneous rockssedimentary rocks metamorphic rocksThe conversions that occur in the rocks cycle are affected by a number of conditions such as an increase in temperature or pressure. The rocks cycle shows that although hard and difficult to destroy, rock is not always just stone. As with humans, rocks have a life cycle for a long time.
The following processes in the rock cycle:
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When looking at igneous rocks, we can gain information about the rock's location on Earth's surface (such as at the surface or within the Earth) and its composition.
Rocks are one of the primary materials that build the Earth's crust. They can be classified into three categories based on their cycle:
Igneous rocks (magmatic rocks) Sedimentary rocks Metamorphic rocksIgneous rocks are rocks that are formed through the cooling and solidification of magma. When looking at igneous rocks, you can gain information about how and where they formed. For example, andesite is a type of rock that was cooled at the surface and has intermediate levels of silica composition.
Another example is obsidian. Obsidian is a type of rock that cooled rapidly at the surface. The speed of its cool down make it unable to form crystal, making it ends up looking glassy.
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PLEASE HELP GEORAGPHY A distinguishing feature of a multinational company engaged in agribusiness is its
management of multiple stages of the production process.
ownership of multiple farms around the world.
location in the United States and Europe
production of a single commodity rather than several different commodities
control over the production of rice in Asia
Answer:
ownership of multiple farms around the world.
specific methods of bonding of metal raceways installed in a hazardous (classified) location are required even if there is an egc or equipment bonding jumper installed inside the raceway.
True.- specific methods of bonding of metal raceways installed in a hazardous (classified) location are required even if there is an egc or equipment bonding jumper installed inside the raceway.
What is bonding of metal?
Chemical bonds known as metallic bonds are produced by the electrostatic attraction between positively charged metal ions and conduction electrons, which take the form of an electron cloud with delocalized electrons. A structure of positively charged ions may be thought of as sharing free electrons (cations). Strength, ductility, electrical and thermal resistivity and conductance, opacity, and brilliance are only a few of the physical characteristics of metals that are explained by metallic bonding. Even as a pure substance, a metal might have chemical bonds other than metallic bonds. In both its liquid and solid states, elemental gallium, for instance, is composed of atom pairs that are covalently connected to one another; these pairs together create a crystal structure that is metallically bonded.
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Thus the complete question is:
Specific methods of bonding of metal raceways installed in a hazardous (classified) location are required even if there is an EGC or equipment bonding jumper installed inside the raceway. (True/False)
Choose all of the true observations that lead to the noticeable differences you observed in the Mauna Kea vs. Mauna Loa volcanoes. Group of answer choices
The top of Mauna Kea seems steeper than the top of Mauna Loa. The steepness of the slope of volcano depends on the thickness of the lava. Thicker lava makes steeper volcano slopes, suggesting that Mauna Kea might be past the shield stage of very active volcanic activity.
All the Observations about Mauna Kea and Mauna Loa are correct.
The summit of Mauna Kea appears steeper than the summit of Mauna Loa. The steepness of the volcanic slope depends on the thickness of the lava. Thicker lava created steeper volcanic slopes, suggesting that Mauna Kea may have passed through a shield phase of very active volcanism. 4,207.3 m, 13,803 ft) is a shield volcano created on the south side of the eastern rift zone of Kohala Volcano.
Mauna Kea is slightly taller than Mauna Loa (4,170 m, 13,681 ft), but its estimated volume (42,000 km3) is about 55% smaller than Mauna Loa (95,000 km3). The volcano is in the advanced post-shield stage (Hawaiian substage) of Hawaiian volcanic activity. Geological studies of Mauna Kea show that as the volcano steadily moved away from its magma-producing Hawaiian hotspot, eruptions became less frequent and the chemistry of the erupting lava changed.
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GIVING BRAINLIEST! need help with Global homework please! look at the image.
A word puzzle, word sleuth, word seeker, or word search Word puzzles are word games that involve arranging word letters on a grid that is often rectangular or square in shape.
What is a puzzle?A game, problem, or toy that challenges one's ingenuity or understanding is called a puzzle. A puzzle solver must logically put the pieces together in order to arrive at the correct or pleasurable solution.
Only a handful of the many puzzle subgenres include crossword puzzles, word searches, number puzzles, relational puzzles, and logic puzzles. In academia, the study of puzzles is known as enigmatology.
Despite the fact that puzzles are sometimes created for amusement, they can also be the result of serious logical or mathematical errors.
In such a case, their solution might significantly advance mathematical research. Finding solutions to puzzles sometimes requires noticing patterns and adhering to a particular ordering.
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What is the area of 7ft 25ft rectangle
Answer:
175 ft
Explanation:
multiply 7x25 that's it because area of rectangle is length x width
Based on the geology water quality nexus, discuss the likelihood or otherwise for groundwater use. use any Ghanaian coastal area as a case study.
The likelihood or otherwise of groundwater use according to the geology water quality nexus increases with certain types of geological conditions in an area such as the Ghanaian coastal area.
What is the geology-water quality nexus?The geology-water quality nexus is the connection between the physical characteristics of an area's geology and the quality of its groundwater. If the geology of an area contains permeable rock formations, such as sandstone or limestone, and sufficient recharge, groundwater is likely to be abundant and accessible.
However, if the geology is comprised of impermeable rock formations, such as clay or shale, groundwater is likely to be limited and of poor quality. This is why the likelihood of groundwater use in Ghanaian coastal areas is quite high.
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Which one of the following types of scientists would most likely be interested in the information we can learn from ice cores from Antarctica?
-zoologists studying amphibians
-criminologists
-anthropologists interested in the evolution of human's use of tools
-climatologists interested in climate change
Option d, The kind of researcher who might no doubt be keen on the data we can gain from ice centers from Antarctica is climatologists inspired by environmental change.
This is on the grounds that ice centers from Antarctica can give data about past environment conditions, including temperature, precipitation, and barometrical piece, which can assist climatologists with understanding the causes and instruments of environmental change after some time.
Environments have been changing starting from the dawn of mankind and with the assistance of ice centers, they can now concentrate on these progressions in substantially more detail and profundity.
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3. Why is connectivity important for megacities in developing and emerging countries?
With the population of the globe moving more and more into cities, megacities—which are currently classified by the United Nations (UN) .
Why is connectivity important for megacities in developing and emerging countries?Cities with more than 10 million inhabitants—are expected to grow even faster in the coming years. 1 By 2015, there will be 26 megacities, with all but four located in the developing world, up from five in 1975 (three of which were in the developing world) (UN, 1998).
Since the population density that distinguishes megacities from other metropolitan regions changes over time and in different contexts, it is obvious that the definition of what constitutes a megacity is arbitrary. Rome was a megacity in the ancient world and is still one now with more than a million residents.
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in trying to determine whether a landform is a volcano or not, which of the following would not be used to describe a volcano?
The following would not be used to describe a volcano as-
Crater at or near the tip of a hill, Conical-shaped hill and Fresh ash layers or lava flows covering part of a conical hill. In this case option A is correct.
A volcano is a crack in the surface of a planet or moon through which molten rock, hot gases, and other substances erupt. Layers of rock and ash accumulate from repeated eruptions, forming volcanoes into hills or mountains.
Volcanoes can be active, slumbering, or extinct. Active volcanoes have recently erupted, and they probably will again. Volcanoes that have been dormant for a while might erupt in the future. Future eruptions of extinct volcanoes are not anticipated.
Magma, or molten rock, accumulates inside an active volcano's chamber. The magma moves through cracks in the rock and escapes onto the planet's surface as a result of pressure building up inside the magma chamber.
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In trying to determine whether a landform is a volcano or not, which of the following would not be used to describe a volcano?
Crater at or near the tip of a hill, Conical-shaped hill and Fresh ash layers or lava flows covering part of a conical hill.Volcanoes are classified as active, dormant, or extinct. Active volcanoes have a recent history of eruptions; they are likely to erupt again. Dormant volcanoes have not erupted for a very long time but may erupt at a future time. Extinct volcanoes are not expected to erupt in the future.Answer the following questions with a TRUE or FALSE!
1. The solar system consists of the sun and a collection of objects, including planets, their moons, and asteroids. TRUE or FALSE
2.Solar system objects are classified according to their characteristics such as size, composition, brightness, and shape. TRUE or FALSE
3.All things in the solar system are moving around the sun. TRUE or FALSE
4.Moons orbit a planet, while the planet/moon system orbits the sun. TRUE or FALSE
5.An orbit is the path that an object takes as it travels through space. TRUE or FALSE
6.The current shape of the solar system is disk-like. TRUE or FALSE
7.The shape of orbits vary. Some objects (e.g. asteroids, comets, planets) have orbit shapes that can be helpful in identifying what they are. TRUE or FALSE
PLEASE HELP FOR 100 BRAINLY POINTS THIS IS DUE IN 5 MORE MINUTES!
Answer:
True
False
False if you include the sun
True
True
True
True
True
Explanation:
This is very simple but im sorry you couldn't turn it in on time :(