The three ocean currents when the south equatorial current reaches a continent are A wind-driven surface oceanic circulation that circles Antarctica and flows from west to east is known as the Antarctic Circumpolar Current, also known as West Wind Drift, The Gulf Stream and surface ocean currents
What ocean is the South Equatorial Current in?Ocean currents in the Pacific, Atlantic, and Indian Oceans that run from east to west between the equator and a point about 20 degrees south are known as the South Equatorial Current. It reaches 5 degrees north of the equator in the Pacific and Atlantic Oceans.
Subtropical gyres are large spinning currents that originate close to the equator. The North and South Pacific Subtropical Gyres, North and South Atlantic Subtropical Gyres, and Indian Ocean Subtropical Gyre are the five main gyres.
Thus, A wind-driven surface oceanic circulation that circles Antarctica and flows from west to east.
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An urban planner is designing a new urban housing development in a currently rural area near an existing city. The urban development will have five 10-story apartment buildings, two basketball courts, a playground with permeable foam pavers, a 10-acre green space with a small man-made pond, one 5-story parking deck, and direct access to the mass transit train line.
Which of the following aspects in the design for this new urban development would most likely have the greatest negative environmental impact?
A) The two basketball courts
B) The five apartment buildings
C) The 10-acre green space
D) The playground
An urban planner is designing a new urban housing development in a currently rural area near an existing city Access to the Option b The five apartment buildings will provide inhabitants an alternative to driving personal vehicles.
The provision of access to the mass transit train line, which will provide residents with an alternative to driving personal vehicles and thereby reduce carbon dioxide gas emissions, is the particular component of the design for this new urban development that is most likely to have the greatest negative impact on the environment.
The surface of permeable foam pavers will allow water to percolate through, filtering out all pollutants. The less pollutants there are, the less carbon dioxide is released into the atmosphere. impervious concrete prevents water from getting into the ground.
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One strength of the Taffe et al (1964) model is it transition from indicates how à can make a the model Country one stage of to another, True or False
One strength of the Taffeet al (1964) model is it transition from indicates how à can make a the model Country one stage of to another. The statement is false.
What do you mean by Statistical model?A quantitative representation or mathematical model of the collected data is referred to as a statistical model. Data analysts are better able to comprehend and analyze information effectively when they apply various statistical models to the data they are analyzing.
This thesis's interdisciplinary methods of modeling and analyzing metropolitan development are its greatest asset.
Therefore, One of the model's strengths, as stated by Taffeet al (1964), is its shift from one level of to another. The assertion is incorrect.
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FILL IN THE BLANK. Detrital sedimentary rocks are defined and named based mainly on their _______________, while chemical sedimentary rocks are defined mainly on their ____________.
Detrital sedimentary rocks are defined and named based mainly on their grain size, while chemical sedimentary rocks are defined mainly on their composition.
Sedimentary rocks are created by accumulation of existing rocks or fragments of extinct organisms on the Earth's surface. The detrital sedimentary rocks are classified according to their grain size. These can be further classified by their texture and composition, which gives clue on type of deposition from which these rocks were formed. The texture of these rocks is defined by various factors such as rock size, sorting and shape or roundness. While chemical sedimentary rocks are defined mainly on the basis of their chemical composition. These rocks are formed by precipitation of minerals from water such as evaporites, carbonate rocks etc.
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1.Compare the number of isotherms across Kansas to Texas in Figure 4B-1. There is roughly a ______°F contrast.
The compared number of isotherms across Kansas to Texas is in Figure 4B-1. There is roughly an 80°F contrast.
What is isotherm?An isotherm is a line linking places with the same fundamental quantity on a map or map. In meteorology, isotherms are frequently used to depict the arrangement of temperature at the Earth's surface or to depict constant level or constant pressure on a map.
Cognition barotropic refers to the special case of a chart where the wind blows parallel to the isotherms.
Therefore, the correct option is d. 80. The isotherm in the area of Texas is 80°F.
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The question is incomplete. The missing options are given below:
a. 10b. 30c. 60 d. 80
Need help on this word search 10 pts
Answer:
Top go from left to the right, third letter, D, then diagonally to the bottom right.
Explanation:
Dharma
Need help on this word search 10 pts
Ancient India is the Indian subcontinent from prehistoric times to the start of Medieval India, which is typically dated to the end of the Gupta Empire around 500 CE.
What is the meaning of Ancient India?The origin of Indian culture is credited to ancient India. In addition, several well-known religions, including Hinduism, Buddhism, and Jainism, have their roots there. The period was roughly 1500 BCE to 500 BCE, or from the beginning of the Aryan migrations to the age of the Buddha.
Some of India's earliest still-existing literature are the Vedas. The Vedic era, which spanned roughly 1500–500 BCE, laid the groundwork for many facets of Indian subcontinental culture. The Indus Valley Civilization and thus the arrival of the Aryans mark the beginning of India's history.
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decide which region of the united states best matches the descriptions below. question 1 (1 point) large industries question 1 options: north south west
There are significant industries in every region of the United States, but historically the heavier sectors like steel, automobile production, and other industrial industries have been associated with the Northeast and the Midwest.
Therefore, the North is the area that most closely resembles the industries of "big industries." The five distinct geographic regions of North America are the Caribbean, the Great Plains, the Canadian Shield, the mountainous east, and the west. While the lowlands and coastal plains of Mexico and Central America reach into the eastern part of the continent, their western shore is connected to the west's mountainous region.
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Which of the following is the most convincing piece of evidence set forth to support the concept of sea floor spreading?
A) The correlation of rocks found in adjacent positions on matching continents.
B) The mid-ocean ridge is entirely volcanic in origin.
C) The mid-ocean ridge rises more than 2.5 kilometers above the surrounding deep-ocean floor.
D) The oceanic pattern of alternating reversals of Earth’s magnetic field.
E) None of the above
The most convincing piece of evidence set forth to support the concept of sea floor spreading is the oceanic pattern of alternating reversals of Earth's magnetic field, option D.
As magma rises from the mantle and solidifies into rock at the mid-ocean ridge, it records the Earth's magnetic field at that time. Over time, the polarity of the Earth's magnetic field flips, resulting in a pattern of stripes on the ocean floor of rocks with normal and reversed polarity. This pattern has been observed on both sides of the mid-ocean ridge and is consistent with the idea that the ocean floor is spreading apart from the mid-ocean ridge. The correlation of rocks found in adjacent positions on matching continents (option A) and the fact that the mid-ocean ridge is entirely volcanic in origin (option B) are also consistent with the idea of sea floor spreading, but they are not as direct and compelling as the magnetic striping pattern. The fact that the mid-ocean ridge rises more than 2.5 kilometers above the surrounding deep-ocean floor (option C) is not directly related to sea floor spreading.
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which of the following is an accurate interpretation of the properties of the outer core and mantle based on p-wave behavior?
the highest temperature at which magnetic material can retain permanent magnetization is called the
The highest temperature at which magnetic material can retain permanent magnetization is called the Curie temperature.
The Curie temperature (TC), also known as the Curie point, is the temperature above which certain materials lose their permanent magnetic properties, which can (in most cases) be replaced by induced magnetism. The Curie temperature was named after Pierre Curie, who demonstrated that magnetism could be lost at a critical temperature.
The magnetic moment, a dipole moment within an atom that originates from the angular momentum and spin of electrons, determines the force of magnetism. Different materials have different intrinsic magnetic moment structures that change with temperature; the Curie temperature is the critical point at which a material's intrinsic magnetic moments change direction.
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Imagine you are located at Point E and you are watching a tide gauge to determine changes in water level. As the bulge is approaching your location from the east, the water level is_____. High tide occurs when the center of the bulge is at your location. As the bulge continues westward, the change in observed water level reverses direction. a. falling b. rising c. steady
As the bulge is approaching your location from the east, the water level is steady. High tide occurs when the center of the bulge is at your location. As the bulge continues westward, the change in observed water level reverses direction.
What is water level?
A water level is a syphon that uses two or more components of the moving water surface to create a local horizontal line or plane of reference. It is used to determine the apparent inclination of a subject or surface as well as to match water level elevations at locations that are too far apart for a spirit level to span.
Water level, also known as gauge height or stage, is the elevation of a sea, stream, lake, or reservoir's pen surface in relation to a given vertical datum.
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Need help on this word search
The search on the hidden word is the game activity. It was the search the word on the box are:
Enlightenment: second line eight word was the stated. What is a hidden word?The term hidden words refers to based on the search those words are the mixing on the letter box. It was the hidden in the main theme was the related. The hidden is the game activity.
According to the search on the hidden word are the interesting game activity was the related to the ancient India. The most of the word are the already search it as the find the "Enlightenment" is the based on the second line eight word was the stated.
As a result, the significance of the hidden words are the aforementioned.
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The oxygen revolution changed Earth's environment dramatically. Which of the following took advantage of the presence of free oxygen in the oceans and atmosphere?
a. the evolution of chloroplasts after early protists incorporated photosynthetic cyanobacteria
b. the persistence of some animal groups in anaerobic habitats
c. the evolution of photosynthetic pigments that protected early algae from the corrosive effects of oxygen
d. the evolution of cellular respiration, which used oxygen to help harvest energy from organic molecules
e. the evolution of multicellular eukaryotic colonies from communities of prokaryotes
the evolution of photosynthetic pigments that protected the first algae from the destructive effects of oxygen. Therefore, the optimum option is (C).
What does oxygen revolution mean?The Great Oxidation Event (GOE), also known as the Great Oxygenation Event, the Oxygen Catastrophe, the Oxygen Revolution, the Oxygen Crisis, or the Oxygen Holocaust, took place during the Paleoproterozoic epoch, the first time that oxygen levels in the Earth's atmosphere and shallow waters rose.
This began during the Sidereal period, roughly 2.460–2.426 Ga (billion years ago), and terminated during the Rhyacian epoch, roughly 2.060 Ga (billion years ago). Dioxygen, often known as O2, which is created by living things, is thought to have started to accumulate in the Earth's atmosphere and changed.
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On an even smaller scale-such as a single urban city in a river basin-you can see how human activity has affected the water cycle. The illustration on the left is an example of how water flows when there is urban development in a river basin; the ilustration on the right is an example of how water flows in an intact forested area of a river basin. Compare the two diagrams carefully before answering the following question. 25% Transpiration 40% Transpiration 6096 Runoff 10% Runoff 10% shallow infiltration 20% shallow infiltration 590 Deep infiltration 30% Deep infiltration Urban development generally disrupts the natural flow of water in a river basin. Given the information in the illustrations, which of the following are true Check all that apply. a. Unsaturated forested ground cover will likely cause runoff to increase by 50 percentage points compared with impermeable surfaces such as concrete on city sidewalks. b. The higher abundance of vegetation in intact forested areas will increase uptake of water from the soil. This will result in less water in the shallow soil layers compared with developed urban areas. c. Groundwater used to fill underground aquifers will decrease by 25 percentage points in developed urban areas compared with natural forested areas.
Statements B and C are true based on the data presented in the examples. A is a false statement. In intact forested areas, more water is absorbed by the soil through deep infiltration, resulting in less runoff than in urban areas, as shown in the figure to the right.
In actuality, the figure on the left demonstrates how impermeable surfaces like concrete can heighten runoff, while the illustration on the right demonstrates how an unsaturated ground cover of trees can heighten deep penetration and lessen runoff.
The greater amount of flora in unaltered forested regions will boost the soil's ability to absorb water. In comparison to established urban areas, this will lead to less water in the shallow soil layers. As compared to naturally wooded areas, groundwater used to recharge subterranean aquifers will decline by 25% in developed metropolitan areas.
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FILL IN THE BLANK. In 55 years, from 1962-2017, the more than 156,000 in Iran earthquakes mostly from a result of ______. poor construction
What is land acknowledgment and why is this important?
Answer:
Land acknowledgment is a formal statement that recognizes and respects Indigenous peoples as traditional stewards of the land and the enduring relationship between them and their traditional territories. It is important as a means of acknowledging and addressing the ongoing legacy of colonization and promoting reconciliation and decolonization efforts.
Name the stages of the water cycle.
precipitation
runoff
condensation
evaporation
groundwater
Answer:
here is the answer in the picture
Explanation:
I filled it out for you
The water cycle is a continuous process that describes the movement of water on, above, and below the Earth's surface. It consists of several stages that work together to maintain a constant supply of water on the planet.
The first stage of the water cycle is evaporation, where water from oceans, rivers, lakes, and other bodies of water is transformed into water vapor due to the heat of the sun. The second stage is condensation, where the water vapor rises into the atmosphere and cools, turning back into liquid water droplets that form clouds.
The third stage is precipitation, where the clouds release the water droplets in the form of rain, snow, sleet, or hail, which fall to the ground. The fourth stage is runoff, where the precipitation flows over the land, into streams, rivers, and oceans, replenishing the bodies of water that were the source of the evaporation in the first stage.
The fifth stage is infiltration, where some of the precipitation seeps into the ground and becomes groundwater. Groundwater is an important source of water for many communities, as it can be stored underground for long periods of time and accessed through wells or springs.
Overall, the water cycle is a crucial process that ensures the availability of water for all living organisms on the planet. It is impacted by human activities such as deforestation, pollution, and climate change, which can affect the amount and distribution of precipitation, and the availability of groundwater.
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Based on the distribution of the Hawaiian Islands and Emperor Seamount chains (upper diagram in the accompanying figure), how did the direction of Pacific plate movement change over the past 60 million years?
A. The direction of Pacific plate movement has changed from generally westerly motion during 60-40 m.y. to a northerly motion during 40 m.y. to present.
B. The direction of Pacific plate movement has remained unchanged over the past 60 million years.
C. The direction of Pacific plate movement has changed from generally northerly motion during 60-40 m.y. to a northwestern motion during 40 m.y. to present.
D. It is not scientific to make conclusions about the direction of Pacific plate movement on the basis of submerged seamount chains such as the Emperor Seamount chains.
Based on the distribution of the Hawaiian Island, the direction of Pacific plate movement has changed from westerly motion during 60-40 m.y. to a northerly motion during 40 m.y. to present. The right answer is A.
In the northwestern Pacific Ocean, the Hawaiian-Emperor Chain exhibits a prominent 60° bend that has been variously interpreted as the result of a sudden change in the Pacific plate motion during the Eocene, a fast southward drift of the Hawaiian hotspot prior to the bend's formation, or a combination of the two.
Mantle flow modelling implies that the Hawaiian hotspot moved 4–9° south between 80 and 47 Ma, despite palaeomagnetic evidence from the Emperor Seamounts being unclear in terms of restricting it.
The correct answer is option A.
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The president is able to check the power of Congress by
Answer: by revieweing acts passed by Congress and blocking measures he may deem unconstitutional.
which of the following has the highest albedo? question 43 options: asphalt dry, light sandy soils fresh snow forests
What is movement region location and place
Movement region refers to the movement of people from one place to another.
Location and place refers to where those people are moving from and to, overtime.
How to describe movement ?The term "movement region" can have different meanings depending on the context in which it is used. However, generally speaking, a movement region is a geographical area that is characterized by the movement of people, goods, or ideas.
The location of a movement region refers to its specific place on the map, while the place refers to the physical and cultural characteristics of the area, such as its landscape, climate, and the presence of particular groups of people or cultural practices.
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The reign of Domitian was marred by two disasters: the eruption of Mt. Vesuvius in 79 and a devastating fire at Rome in 80. a. True b. False.
The reign of Domitian was marred by two disasters: the eruption of Mt. Vesuvius in 79 and a devastating fire at Rome in 80. This statement is false.
Domitian became Roman Emperor from eighty one to ninety six CE and his reign, despite the fact that certainly considered one among relative peace and stability, have become engulfed in each worry and paranoia. Domitian, Latin in complete Caesar Domitianus Augustus, unique name (till advert eighty one) Titus Flavius Domitianus, (born Oct. 24, advert 51—died Sept. 18, advert ninety six, Rome [Italy]), Roman emperor (advert eighty one–ninety six), recognised mainly for the reign of terror below which outstanding individuals of the Senate lived throughout his closing years. Nerva have become emperor at once after Domitian's homicide in ninety six AD. He had a life-time of provider to Rome and its emperors, and had served as consul twice, in seventy one and ninety AD.
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07using this earthquake hazard map for the united states, determine which area in the list below has the highest earthquake hazard.
Washington coast has the highest earthquake hazard.
About earthquakeAn earthquake is a vibration that occurs in the earth due to the movement of tectonic plates. Earthquakes can occur on the surface of the earth or inside the earth. When an earthquake occurs, the movement of tectonic plates can cause faults or cracks in the ground, which can result in landslides or damage to building structures. Earthquakes can also cause tsunamis if they occur at sea.
According to experts, an earthquake is a vibration that occurs in the earth due to the movement of tectonic plates. Earthquakes can occur on the surface of the earth or inside the earth and can cause damage to building structures and other natural disasters.
In addition, experts also state that earthquakes can occur suddenly and can have varying intensities, depending on factors such as the depth of the earthquake source, the type and condition of the tectonic plates, and the geological conditions in the affected area.
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Which of the following describes the position of critics of bioengineering and GMOs?
GM crops are not necessary because organic pesticides were manufactured to control a wide variety of insects to protect agricultural crops and do not harm people or the environment when used properly.
GM seeds reduce the need to use pesticides and thus are safe for humans and the environment, but the increased use of herbicides affects the groundwater.
The chemicals in GM seeds compromise soil quality and are associated with increased disease susceptibility in crops, ultimately leading to increased use of pesticides.
GMOs are not necessary because washing food prior to eating it removes all traces of chemicals.
Productivity of eggplant crops in Bangladesh decreased dramatically when farmers used GM seeds and did not spray the crop with chemical pesticides before harvest.
The chemicals in GM seeds compromise soil quality and are associated with increased disease susceptibility in crops, ultimately leading to increased use of pesticides.
What are pesticides?Pest control agents are compounds known as pesticides. Insecticide, nematicide, molluscicide, piscicide, avicide, rodenticide, bactericide, insecticide, animalic ide, microbicide, fungicide, and lampricide are some examples of these.
Herbicides are the most widely used of them, making for around 50% of all pesticide use worldwide.
The majority of pesticides are designed to act as plant protection agents, which often guard plants against weeds, fungi, or insects. For instance, the aquatic weed Salvinia is controlled by the fungus Alternaria solani.
A pesticide is, in general, a chemical or biological agent that hinders, renders ineffective, kills, or otherwise discourages pests.
Insects, plant pathogens, weeds, mollusks, birds, animals, fish, nematodes, and microbes that damage property, cause annoyance, spread disease, or act as disease vectors can all be considered target pests.
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which of the following geographic features most likely contributed to the lack of cultural consistency and political unity among the greek city-states?
The mountainous terrain of Greece's geographic features most likely contributed to the lack of cultural consistency and political unity among the greek city-states.
Greece is the most southerly country in Europe and has the longest coastline. Although the nation's mainland is home to rough mountains, forests, and lakes, thousands of islands dot the aquamarine Aegean Sea to the east, the Mediterranean Sea to the south, and the Ionian Sea to the west, making up the nation's most famous feature.
The Peloponnese, a peninsula south of the mainland, is included in the country's three geographical regions along with the mainland and the islands.
One of the world's deepest gorges, the 3,600-foot (1,100-meter) Vikos Gorge, can be found in the mainland Pindus mountain range. At 9,570 feet (2,917 meters) above sea level, Mount Olympus is the highest mountain in Greece. The gods' residence, according to ancient Greeks.
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What geographic features most likely contributed to the lack of cultural consistency and political unity among the greek city-states?
How does the understanding of the earth help to locate natural resources
Answer: Knowing geography and indicating where things are important
Explanation:
What is the converse contrapositive and inverse of the conditional statement I go to the beach whenever it is a sunny summer?
"It is not a sunny summer day if I don't go to the beach," is a contrapositive.
Every time a nice summer day comes around, I visit the beach. converse: Every time I visit the beach, the weather is sunny and warm. If I don't go to the beach on a sunny summer day, the opposite is true. Inverse: Whenever it is not a sunny summer day, I avoid going to the beach.
We must first look at the subject of negation before defining the converse, contrapositive, and inverse of a conditional statement. In logic, every claim is either true or untrue. A statement can be negated by simply inserting the word "not" at the appropriate place in the statement.
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You have superhuman strength, and are swimming from Myrtle Beach, South Carolina out towards the middle of the Atlantic Ocean. Which list below correctly describes the order of features you would swim over? O shelf, slope, rise, abyssal plain. O slope, rise, shelf, abyssal plain. O rise, abyssal plain, slope, shelf.O abyssal plain, shelf, slope, rise. O abyssal plain, rise, slope, shelf.
You have superhuman strength, and are swimming from Myrtle Beach, South Carolina out towards the middle of the Atlantic Ocean shelf, slope, rise, abyssal plain correctly describes the order of features you would swim over.
The topography of the ocean floor begins with the continental shields, which extend to a depth of 200 meters, followed by the continental slopes, which extend to a depth of 2000 to 3000 meters, the continental rise, which extends to a depth of 4000 meters, the abyssal plains, which extend to a depth of 6000 meters, and the oceanic trenches, which extend to a depth of approximately 10,000 meters.
Between the continental slope and the abyssal plain, a thick deposit of sediments is known as the continental rise. Sediment typically accumulates in the abyssal plain. More than half of Earth's water surface was covered by an abyssal plain. It is an underwater plain about 3000 to 6000 meters below the surface of the deep ocean.
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Why is pH of a soil would not be constant?
Answer:
In warm, humid environments, soil pH decreases over time through acidification due to heavy rainfall leaching.
Explanation:
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questions: what does foliated mean? list 3 rocks that are foliated from slide 1. what does non-foliated mean? which of the rocks from slide 1 are non-foliated? what are the two extreme factors that create metamorphic rocks? under extreme heat and pressure, what two types of rocks can shale become? which of the metamorphic rocks listed on slide one came from an igneous rock? which of the metamorphic rocks listed on slide one could have originally been sea shells? which of the metamorphic rocks could be found deep under the desert floor? where would you find metamorphic rocks - deep under the earth's surface or on top of earth's surface? why? match the original stone with the metamorphic rock it becomes after extreme heat and pressure below.
Foliation is a texture in metamorphic rocks that gives them a layered or banded appearance due to the alignment of minerals or the presence of alternating layers of different minerals.
1)Three rocks that are foliated from slide 1 are:
Slate
Schist
Gneiss
2)Non-foliated means that the rock does not have a layered or banded appearance.
The non-foliated rock from slide 1 is Marble.
The two extreme factors that create metamorphic rocks are heat and pressure.
Under extreme heat and pressure, shale can become slate or phyllite.
3)The metamorphic rock that came from an igneous rock is Schist, which can form from the metamorphism of mafic or intermediate igneous rocks.
The metamorphic rock that could have originally been sea shells is Limestone, which can form from the metamorphism of calcium carbonate-rich sedimentary rocks.
4) The metamorphic rock that could be found deep under the desert floor is Gneiss, which can form from the metamorphism of various rock types under high heat and pressure.
5)Metamorphic rocks can be found both deep under the Earth's surface and on top of the Earth's surface. However, they are more commonly found deep under the Earth's surface because metamorphism occurs at high pressure and temperature conditions that are typically found at greater depths in the Earth's crust.
6) Matching the original stone with the metamorphic rock it becomes after extreme heat and pressure:
Sandstone -> Quartzite
Shale -> Slate or Phyllite
Limestone -> Marble
Granite -> Gneiss or Schist
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