There is suddenly a plume of steam erupting from a dormant volcano that has not erupted in a very long time.
Dormant volcanoes: What are they?A dormant volcano is an active volcano that is not currently erupting.Volcanoes that are dormant have not erupted in a very long time yet could do so in the future. It seems unlikely that extinct volcanoes will erupt in the near future.Magma, or molten rock, accumulates in a chamber inside an active volcano. Volcanoes that are active have the ability to erupt at any time, or they are in a state of latency. Both Mount Fuji in Japan and Mount Kilimanjaro in Tanzania are examples of dormant volcanoes.When magma from the earth's mantle is cut off, volcanoes erupt no longer. For instance, the island chain in Hawaii is gradually shifting to the northwest.The magma reserve, which is currently under Suursaare, remains underground at the same time.To learn more about Dormant volcanoes refer to:
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Answer:was dormant and is now active
these earth photos show the colorado river, which has incised downward due to uplift of the colorado plateau. the canyon cut by this river is currently flooded due to a dam installed in northern arizona in 1963, creating lake powell. a rincon, or an incised and abandoned meander, can be seen in the following images. the previous and present paths of the river are also outlined.
This earth photo shows the colorado river, which has incised downward due to the uplift of the colorado plateau. the canyon reduced via this river is presently flooded due to a dam mounted in northern Arizona in 1963 a stream migrates laterally across its floodplain growing meanders. This flow terminates at a lake, which is its base stage.
The base degree of the stream is lowered by using crustal uplift and the river starts to incise downward.
Incised meanders form.
A Rincon forms via the cutoff of an incised meander, which shortens the river.
The primary photograph of Earth as a whole become taken on Dec. 7, 1972, by using scientist-astronaut Harrison H. Schmitt, a member of the Apollo 17 group on their way to finishing NASA's very last mission to land on the Moon.
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What waterway ran through the Kingdom of Kush?; Did the Nile connect to the Red Sea?; Does the Nile river run through Egypt?; Which body of water does the Nile river flow into o the Red Sea o Lake Victoria o the Congo river basin o the Mediterranean Sea?; Which body of water does the Nile river flow into Brainly?
Throughout history, including the Persian (Achaemenid), Ptolemaic, Roman, and Arab-Islamic periods, the Egyptian Nile was linked to the Red Sea via a canal.
The main river that traverses northeastern Africa as it moves from south to north is the Nile. Additionally, it is Africa's longest river. This is also the main water source for Sudan and Egypt. Its source is a river that originates in what are now Uganda, Kenya, and Tanzania and empties into Lake Victoria. The river's northern branch drains into the Mediterranean Sea after traversing the Sudanese desert on its way to Egypt, where it finishes in a sizable delta. More than 6,600 kilometers of it run to the north. This river's drainage basin spans eleven nations, including Uganda, Burundi, Tanzania, Rwanda, Ethiopia, Kenya, Sudan, and Egypt, among others.
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african art uses a large amount of iconography (use of imagery symbolically). consider the use of animals as iconography representations within artworks. locate at least two artworks that use animal references explain the use and meaning of these associations. finally, review the effect of Portuguese influence means of settlement, on African art.
African traditional leadership regalia typically makes allusions to strong animals. This can include, among other things, hair, horns, claws, and fangs. The community is reminded of the leader's authority and connection to other sources of power by these visual allusions.
Many African societies place a high value on ancestors as bridges between the living, the gods, and the supreme creator. Art is considered as a means of establishing touch with these ancestor spirits. Gods may also be represented in art, which is prized for its usefulness.
A lot of African art scales proportions conceptually rather than physically, rather than according to physical dimensions. Because it is seen as the seat of one's destiny in many African communities, the head in figure carvings, for instance, is sometimes depicted as being one-fourth the size of the body.
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The author’s explanation of how deep events occur would be most weakened if which of the following were discovered to be true?(A) Deep events are far less common than shallow events.(B) Deep events occur in places other than where crustal plates meet.(C) Mantle rock is more ductile at a depth of several hundred kilometers than it is at 50 kilometers.(D) The speeds of both P and S waves are slightly greater than previously thought.(E) Below 650 kilometers earthquakes cease to occur.
Deep occurrences take place elsewhere than at the meeting of crustal plates. The correct response is (b).
The crust of the Earth is made up of tectonic plates, commonly referred to as crustal plates. There are numerous minor plates as well as seven large plates. The Earth's crust and highest layer of the mantle are both included within tectonic plates.
Tectonic plates come in two different varieties. The majority of the time, oceanic plates are found there. These plates are known as continental plates. The topography, or relief, of the Earth's surface is shaped by the interaction of the plates, much like when two continents collide.
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What does a meteorologist study?; Why are meteorologists called meteorologists?; What is the importance of meteorology?; Who are the scientists that study weather and often share weather data to the public?
The study of weather, climate, and the factors influencing environmental change is known as meteorology.
Why are meteorologists called meteorologists?The word "meteoron," which in Greek meant "a thing high above" and related to anything seen in the atmosphere, gave Aristotle's book its name. As a result of that enduring phrase, specialists in the atmosphere came to be known as meteorologists.
What is the importance of meteorology?Meteorology is concerned with long-term changes in climate and weather, as well as their possible effects on human populations, in addition to weather forecasting. Modern meteorological research places a high priority on the effects of climate change
Who are the scientists that study weather and often share weather data to the public?Meteorologists and other atmospheric scientists research the weather, climate, and other features of the atmosphere. They analyze weather and climate data to produce reports and forecasts.
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Use the information from case 2 to consider how well tourism authorities in Myanmar have met their research aims in trying to define the current tourism market for the destination
- the market.
- customer needs and wants.
- the competition.
- competition among destinations.
- travel trends and customer behaviors.
- customer preferences for destinations.
- popularity of destinations.
- stage in the Butler ‘Destination Lifecycle’ model.
Answer:5069
Explanation: becuase if you
the antarctic ice sheets are in constant motion. antarctica can be thought of as a continent covered by a single enormous glacier. about half of the arctic sea-ice volume has disappeared since 1979. the arctic is a large landmass surrounded by a cold ocean. the antarctic is generally colder than the arctic.
The correct response is that Antarctic Sea ice has increased, then declined over the past fifty years, while Arctic sea ice has decreased.
Explanation:The quantity of solar energy received by sea ice's surface increases as it melts near the surface, causing ice melt to occur more quickly. Sea ice also contributes to keeping the air cool by forming a barrier between the warmer water below and the cooler air above. The Antarctic sea ice is essential to the environment of penguins and other animals. Globally, there is less sea ice due to increasing air and ocean temperatures. There will be more intense heatwaves worldwide because there will be less ice to reflect heat. However, warmer air has the potential to induce the polar jet stream, a high-pressure wind that circles the Arctic region, to drop south, bringing bitter cold with it. This can result in harsher winters.
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The main reason hurricanes don't develop over the South Atlantic Ocean adjacent to South America is because:
The main reason hurricanes don't develop over the South Atlantic Ocean adjacent to South America is because the surface water temperatures are too cold.
Hurricanes find it difficult or practically impossible to acquire or sustain tropical features in waters that are cooler than 79 degrees. Any body of water that is above ground is considered to be surface water, and this includes creeks, wetlands, lakes, rivers, and streams. The hydrologic cycle, sometimes known as the water cycle, includes the transportation of water to and from the surface of the Earth.
Hurricanes require surface water temperatures to be warmer than 79 degrees. Tropical storms and hurricanes require warm ocean temperatures as their fuel or energy in order to form and strengthen. Interaction with the warm, tropical ocean waters provides hurricanes with the fuel they require.
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based on the map, which of the following can be identified as a true statement about northern ireland? responses it is united with the rest of the island to form a sovereign nation-state. it is united with the rest of the island to form a sovereign nation-state. it forms its own sovereign nation-state predominately made up of the irish ethnic group. it forms its own sovereign nation-state predominately made up of the irish ethnic group. it is a frontier that is not formally part of a state, but the united kingdom claims the area. it is a frontier that is not formally part of a state, but the united kingdom claims the area. it is physically separate from the rest of the united kingdom, a multinational state. it is physically separate from the rest of the united kingdom, a multinational state. it is a stateless nation, as the entire island of ireland is under the control of the united kingdom.
The correct option is- it is physically separate from the rest of the United Kingdom, a multinational state.
What happened during and after making of northern Ireland?The region of Southern Ireland departed the United Kingdom and established the Irish Free State, later known as the Republic of Ireland, on December 6, 1922, one year after the Anglo-Irish Treaty was signed.
Within the Irish province of Ulster, the region that would become Northern Ireland had a Protestant and Unionist majority that desired to keep ties to Britain.
This was largely because of British colonization in the 17th century. It also included a sizable proportion of Catholics and Irish nationalists, though.
The First World War ended the crisis when the British administration intended to exclude all or part of Ulster (1914–18).
The Irish War of Independence ended in a truce in July 1921, and the Anglo-Irish Treaty was signed in December of the same year.
The Free State could be accepted or rejected by the Northern Ireland parliament, and a commission could then redo or uphold the temporary boundary.
The IRA attempted a failed invasion of Northern Ireland's border regions in the beginning of 1922. The Northern government decided to stay in the United Kingdom.
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Where is oceanic crust constantly being created?; What is being constantly made in mid-ocean ridges?
Oceanic crust is constantly formed at mid-ocean ridges, where tectonic plates are tearing apart from each other.
As the Earth's tectonic plates separate, new ocean bottom is generated along divergent plate borders, which are known as mid-ocean ridges. Massive basalt volcanic eruptions result from molten rock rising to the seafloor as the plates divide. A ridge's structure is influenced by how quickly it spreads; slower spreading rates produce steep, erratic terrain, whereas faster spreading rates result in considerably wider profiles and kinder slopes.
The Mid-Atlantic Ridge and the East Pacific Rise are two of the world's well-researched mid-ocean ridges.
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SOLVED: How old do paleontologist believe the earth is?
Approximately 4.54 billion years have passed since the formation of our tiny planet, give or take just several hundred million.
Is working as a paleontologist enjoyable?Although fascinating, exciting, and fun, paleontology is also labor-intensive. From rocks to genetics, paleontologists need to be knowledgeable in a wide range of scientific subjects. Paleontology is one of the most diverse sciences as a result.
Are paleontologists doctors?According to Michele, persons who want to oversee fossil collections can choose between a master's and a doctorate, while those who want to become paleontology researchers typically need to earn a science degree. Along with numerous species that cannot be categorized as dinosaurs, they also examine ancient marine and plant life.
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One side of a design is reflected exactly across a central axis, mirroring the other. Under which of the following categories does this example fall?
formal symmetry
near symmetry
perfect symmetry
radial symmetry
As a result, we can see that formal symmetry refers to when one side of a design has a direct reflection, whereas horizontal symmetry occurs when the top half of a design is mirrored across a central axis.
Mirroring portions of an image is a very formal kind of balancing known as symmetry. Bilateral, or two-sided, symmetry is the sort of symmetry that occurs most frequently. An example of this is Perugino's painting Christ Giving the Keys of the Kingdom to St. Peter, in which two halves of the picture reflect one another. In addition to giving this artwork a sense of balance, its symmetry also gives it a sense of tranquility, stability, and formality. Pay close attention to how the building and arches in the background are painted.
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TRUE/FALSE. 4.1 the interconnection of the eastern and western hemispheres made possible by transoceanic voyaging, transformed trade and had a significant social impact on the world
"The interconnection of the eastern and western hemispheres made possible by transoceanic voyaging, transformed trade and had a significant social impact on the world." This statement is True.
Western Hemisphere, part of Earth comprising North and South the united states and the encircling waters. Longitudes 20° W and one hundred sixty° E are regularly considered its limitations. The Western Hemisphere is the half of the planet Earth that lies west of the prime meridian and east of the antimeridian. the alternative 1/2 is known as the eastern Hemisphere.
The 23 North American countries inside the Western Hemisphere are: Antigua and Barbuda, the Bahamas, Barbados, Belize, Canada, Costa Rica, Cuba, Dominica, Dominican Republic, El Salvador, GRenada, Haiti, Honduras, Jamaica, Mexico, Nicaragua, Panama, Saint Kitts and Nevis, Saint Lucia, Saint Vincent and the Grenadines.
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Which 2 spheres interact when a glacier erodes rock?; What are 2 spheres that interact?; Which two of Earth's spheres interact when mountain glaciers melt?; Which of Earth's spheres interact during erosion?
The cryosphere and the geosphere interact when a glacier erodes rock. Lithosphere and hydrosphere interact when mountain glaciers melt. Hydrosphere interact during erosion.
On Earth, there are five major systems, or spheres. The Earth's interior and surface, which are both formed of rocks, make up the first system, the geosphere. The second system is made up of the little area of the planet that may sustain life; this area is known as the biosphere. The third system contains the hydrosphere, or regions of Earth that are completely covered with water. The fourth system is the atmosphere, a gaseous envelope that maintains the planet's temperature while also supplying carbon dioxide for photosynthesis and oxygen for breathing. The cryosphere, which is composed of enormous amounts of ice in the poles and elsewhere, is the fifth system.
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What molecule is the first to store energy from the sun?; What process allows an ecosystem to gain energy?; Which part of a molecule provides energy for life processes Regents?; Which process performed by organisms produces oxygen for the aquatic ecosystem?
Sunlight is regenerated to energy within the variety of ATP (adenosine triphosphate), the main anabolic molecule in living organisms. ATP is transported throughout the plastid and wont to offer the energy necessary to power alternative metabolic reactions.
Solar energy is formed by a nuclear fusion reaction that takes place within the sun. Fusion happens once protons of atomic number 1 atoms violently collide within the sun's core and fuse to make an argonon atom. This method, called a PP (proton-proton) chain reaction, emits a colossal quantity of energy.
The leaves of the potato plant capture daylight and mix water and greenhouse gas to provide aldohexose with the element as a by-product. This reaction takes radiative energy from the Sun and stores it as energy within the bonds of the aldohexose molecule. An aldohexose molecule that stores the energy from chemical processes.
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Which statement about earthquakes is correct?
The lines joining the places which were affected earthquake at the same point of time are called homoseismal lines.
The German homoseiste, which K. von Seebach introduced into seismological science to replace the muddled term co-seismal used by certain seismologists writing in English, is a curve joining the sites at which an earthquake-wave synchronously hits the earth's surface.
The given question is incomplete, the complete question is :
Which of the following statements relating to earthquakes is/are correct?
(1) The point of origin of earthquake is called epicentre.
(2) The lines joining the places which were affected earthquake at the same point of time are called homoseismal lines.
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What does the thickness of Earth's crust depend on?; What are the thicknesses of Earth's continental and oceanic crusts?; Why the thickness of the crust varies under the oceanic and continental areas?; Is the thickness of the Earth's crust is the same on land and under the oceans?
Wherever you are on Earth, the thickness varies, with the oceanic crust being 5–10 km thick and continental mountain ranges being up to 30–45 km thick.
why the thickness of crust varies?The oceanic crust is significantly younger than continental crust, which explains the difference in thickness. Additionally, at subduction zones, the oceanic crust is continually recycled. When compared to continental crust, thin oceanic crust "floats" lower in the mantle because it is denser than thicker continental crust.
is the thickness same on land and ocean?no the thickness is not same on land and ocean. There are two different types of crust that cover the Earth: continental and oceanic. The thicker continental crust is frequently up to 25 miles thick, whereas the thinner oceanic crust is typically just over four miles thick. Additionally, continental crust is substantially less dense than oceanic crust.
what is the difference between oceanic and continental crust?Oceanic crust is basaltic (i.e., richer in iron and magnesium than granite) in composition and has a density of around 2.9 to 3 grams per cubic cm, whereas continental crust is broadly granitic and has a density of about 2.7 grams per cubic cm.
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Which of the following best describes cinder cone?
A relatively small cone constructed of pyroclastic debris piled up next to a central vent best describes cinder cone.
Volcanoes with cinder cones are the most basic. They are made of lava chunks and blobs that were discharged from a singular vent. A cone-shaped formation is created as the gas-charged lava is violently pushed into the air and breaks into little pieces that harden and fall as cinders surrounding the vent.
A single hole in the ground causes lava to erupt, creating cinder cone volcanoes. A hill with a crater in the middle is created by the eruption. Cinder cone volcanoes frequently develop on the edges of larger, more complicated volcanoes and are typically less than 1,000 feet tall.
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What happens to shadows during a solar eclipse?; When Earth moves into the Moon's shadow a solar eclipse takes place which phase represents the the appearance of the Moon during a solar eclipse?; What are the names of the shadows that are cast in an eclipse of the Sun?; What type of solar eclipse would you see if you were in the penumbra shadow?
Only during the new moon phase, when the moon travels squarely between the sun and Earth and casts shadows on its surface, can a solar eclipse occur.
What happens to shadows during a solar eclipse?The shadow that comes to mind when we think of an eclipse really refers to three different shadows that are cast by the Earth and the Moon as they move through space. Both lunar and solar eclipses are caused by these shadows, and each shadow results in a certain kind of eclipse.
What are the names of the shadows that are cast in an eclipse of the Sun?The Moon actually sends two shadows toward Earth during a solar eclipse. The umbra is one shadow that gets smaller as it approaches the Earth. The Moon's shadow's deep center can be seen here. The penumbra is the name for the second shadow.
What type of solar eclipse would you see if you were in the penumbra shadow?The area in which the occluding body blocks only a portion of the light source is known as the penumbra (from the Latin paene, "almost, nearly"). Partial eclipses can be seen by observers who are in the penumbra. An alternative meaning of the penumbra is the area when the light source is partially or completely veiled (i.e., the umbra is a subset of the penumbra). A body in the umbra is, for instance, also within the penumbra, according to NASA's Navigation and Ancillary Information Facility.
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What type of plate boundary forms where two plates slide past one another horizontally?; What happens to the two plates in transform plate boundaries?; What can happen when two plates slide past each other in opposite directions?; Is crust created or destroyed at a transform boundary?
Where two plates glide past one another horizontally, a transform fault boundary develops. A transform fault causes plates to glide past one another. Tectonic plate boundaries are lines where two plates meet and interact. At transform margins, crust is fractured and broken rather than formed or destroyed, in contrast to convergent and divergent boundaries.
The borders at which two tectonic plates collide and interact are known as plate boundaries.At the plate borders, geologic activity, such as volcanic activity, always takes place.The limits of converging plates are those when plates are travelling in the same direction.Boundaries where motion is primarily horizontal are referred to as transform plate boundaries.When continental or oceanic plates move at different speeds or in the same direction but opposite of each other.A transform fault boundary forms when oceanic or continental plates slide past one other in opposing directions or move in the same direction but at different speeds. While no new crust is produced, subducted, or formed, and no volcanoes are formed, the fault produces earthquakes.
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Theories of this type help to organize a large number of statistical relationships among tests of various mental abilities. Thus theories are good or useful to the extent that they organize more phenomena with greater clarity and efficienc
Theories of this type help to organize a large number of statistical relationships among tests of various mental abilities. Thus theories are good or useful to the extent that they organize more phenomena with greater clarity and efficienc
i think its mental abilities which is a theory extending the phenomena i think thats what it is
What is the mountain goat's adaptation?
They have special adaptations that allow them to survive in the rocky terrain. Their thick white coats protect them from cold temperatures and provide camouflage in the snowy mountains.
Explanation-Their cloven hooves enable them to climb rugged, sheer cliffs in search of food and to evade predators. Goats may adapt in numerous ways (structures that function like tools to help them survive). They have two sets of toes on each foot to aid in balance, unique eyes that allow them to see farther away to spot predators, and a four chambered stomach to aid in the digestion of fibrous food. Western North America is home to the rocky, mountainous habitats of mountain goats. Mountain goats can be found in coastal areas of Southeast and South-Central Alaska. Mountain goats are one of the least researched big mammals in North America and were first described in the scientific literature in 1816.
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refer to exhibit 13-1. at which of the 4 positions would you expect to hear the following 12-hour forecast: "warm this morning with possible showers by afternoon, turning colder by tonight?"
The offered statement predicts that the correct response is 3 for mild this morning with a chance of showers by afternoon and turning cooler by nightfall.
What in geography are mango showers?In slang, pre-monsoon rain is alluded to as "mango showers." In a broad sense, these downpours are sometimes described to as "April rain" or "Warmer months showers." They are well-known throughout most of Southern Asia, notably in India and Cambodia.
In geography, what do rain showers mean?Even though showers are a sort of rain, they often originate from distinct clouds that you can see that in the sky, thus the rain will come and go with intervals of drier or brighter weather.
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which increases along faults and leads to rock breaking? damage earthquake focus stress; what is the name of the fracture that separates two fault blocks?; a student states that a reverse fault is a type of thrust fault. what is wrong with this statement?; which type of stress causes rocks to fold? compression shearing strike-slip tension; in which layer of the earth does the motion of the convection currents drive plate movement?; which plate forms a boundary with the african plate?; what may occur when convergent boundaries interact?; use the drop-down menus to label the landforms in the image. a: b:
Answer: A fault is a fracture or zone of fractures between two blocks of rock. Faults allow the blocks to move relative to each other.
This landform carries and drops sediment along the coast, helping to form beaches, barrier islands, and deltas.
River
Lake
Mountain
Dune
River landform carries and drops sediment along the coast, helping to form beaches, barrier islands, and deltas.
What are sediments?The processes of erosion and deposition are principally responsible for controlling the movement of silt along the coast. Rocks and other materials are broken down and worn away by the process of erosion, which is caused by wave action and other forces. Normally, where the sea meets the land is where this process takes place.
The act of transporting and depositing eroded materials takes place during deposition. This can happen either offshore, where currents carry items and then dump them on the seafloor, or onshore, when currents carry materials and then deposit them along the beach.
An essential component of the sediment budget is the flow of sediment into and out of littoral cells.
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West Nile virus is capable of infecting many different organisms (humans, birds, raccoons, and so on). This information indicates that West Nile virusa. is capable of fecal-oral transmission.b. has a narrow host range.c. has a narrow tissue tropism.d. has a broad host range.
West Nile virus is capable of infecting many different organisms ( humans, birds, raccoons, and so on). This information indicates that West Nile virus has a broad host range.
West Nile virus (WNV) is a single-stranded RNA virus that causes West Nile fever. It is an individual from the family Flaviviridae, from the variety Flavivirus, which likewise contains the Zika virus, dengue virus, and yellow fever virus. The virus is fundamentally sent by mosquitoes, generally types of Culex. The essential hosts of WNV are birds, so the virus stays inside a "bird-mosquito-bird" transmission cycle. The virus is hereditarily connected with the Japanese encephalitis group of viruses.
People and ponies both show illness side effects from the virus, and side effects seldom happen in other creatures. Recognizable proof of the human illness was first made in 1937 in Uganda and in the last 50% of the twentieth century spread to numerous other regions of the planet.
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Based on what you know about comets, select all of the correct statements from the following list. A comet is a lump of rock and ice. Spacecraft have flown by comets. A comet only has a tail when it is near the sun. Most comets come from the Kuiper belt. A comet has actually been witnessed hitting a planet. Most comets have circular orbits. Most comets have short orbital periods.
A comet is a lump of rock and ice. Spacecraft have flown by comets. A comet only has a tail when it is near the sun. Most comets come from the Kuiper belt. A comet has actually been witnessed hitting a planet. Most comets have short orbital periods.
A comet is a tiny, frozen entity in the Solar System that heats up and starts to emit gases as it approaches the Sun. This process is known as outgassing. This results in an apparent atmosphere or coma, and occasionally a tail as well. These occurrences are caused by how the solar wind and solar radiation interact with the comet's nucleus.
The size of comet nuclei varies between a few hundred meters and tens of kilometers, and they are made up of loose clumps of ice, dust, and tiny rocky particles. A comet's orbit is typically very eccentric and elliptical, and its orbital period can range from a few years to possibly millions of years.
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match the orogenic episodes (periods of mountain building) with their associated period of geologic time.
The orogenic events and the geologic epochs they are related with are as follows: a) Grenville: Precambrian, b) Taconian: Cambrian, c) Acadian: Precambrian, and d) Alleghenian: Silurian.
The bottom rocks in Virginia were constructed by the Grenville Event, or events, since the mountains may have been built by many continental collisions. As a result of the impacts' intense heat and pressure, rocks melted to form granite and gneiss.
The Taconic orogeny, which was once thought to be a single occurrence, really consists of at least three occurrences. The first occurred close to Maine and Newfoundland during the Early Ordovician Epoch. The Middle Ordovician Epoch's second was focused in eastern Tennessee.
During the Devonian Period, a region stretching from modern-day New York through Newfoundland saw the Acadian orogeny, a mountain-building event.
In the late Paleozoic period, the central & southern Appalachian geological margin of North America collided with that of North Africa, causing the Alleghenian orogeny.
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The question is -
Match the orogenic episodes (periods of mountain building) with their associated period of geologic time.
Group of answer choices
a) Grenville :
b) Taconian :
c) Acadian :
d) Alleghenian :
Which is TRUE about Earthquake?
A. Earthquake is due to the flow of the waves.
B. Earthquake was caused by movement along the fault.
C. Earthquakes dont affect the environment and the people.
D. Earthquake with a magnitude of 2 can cause severe damages.
The passage of the waves causes an earthquake. The Earthquake is TRUE.
An earthquake is a sudden of the Earth's surface caused by a sudden energy release in the Earth's lithosphere, which produces seismic waves. Earthquakes may range in strength from undetectable to powerful enough to drive people and objects into to the air, ruin essential infrastructure, and devastate entire cities. The rock mass of a region is defined as the number, kind, and size the earthquakes observed over a specific time period. The seismicity of a certain location on Earth is the normal amount of seismic release of energy per unit of volume. Tremor is sometimes used to describe non-earthquake seismic rumbling. Earthquakes are natural disasters.
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What is a major source of pollution that leads to acid rain?; What is main source of pollution?; What are the biggest forms of pollution?; What is the biggest single cause of pollution?
biggest forms of pollutions are oil spills, radioactive waste,urban air pollution,mercury poisioning, greenhouse gases, plastics,pharmceuticals pollution,lead posioning.
What is a major source of pollution that leads to acid rain?Sulfur dioxide and a large portion of nitrogen oxides are released by power plants when they burn fossil fuels like coal to create electricity. Additionally, nitrogen oxides and sulfur dioxide are released into the atmosphere by vehicles such as buses, trucks, and cars. These toxins are the root of acid rain
What is the biggest single cause of pollution?Fossil Fuels Burning
The largest causes of air pollution come from industrial sources, power plants that provide electricity, and fossil fuel powered cars. The constant combustion of fossil fuels emits chemicals, emissions, and air pollutants into the atmosphere.
What is main source of pollution?The primary sources of pollution are household practices, manufacturing, agriculture, and transportation. After being released into the environment, some pollutants lose some of their concentration as a result of dispersion, dilution, deposition, or degradation.
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