Which rock type can be formed by adding heat and pressure to any of the three types of rock?.

Answer:

Water seeps into cracks in the rocks, and, as the temperature drops below freezing, the water expands as ice in the cracks. The expansion exerts tremendous pressure on the surrounding rock and acts like a wedge, making cracks wider. After repeated freezing and thawing of water, the rock breaks apart.

Malory's Merlin is a strong magician with the ability to shape-shift, manipulate reality for others, read people's hearts, and control the elements.

Malory's Merlin is a powerful magician with the power to shape-shift, affect reality for other people, read people's hearts, and control the elements. Merlin is similar to earlier works in that he is the offspring of a noblewoman and a demon; he aids Uther in becoming pregnant; and after the boy is born, he places him with Sir Ector's foster family.

The legends about King Arthur claim that the king profited from Merlin's assistance and advice. In fact, since this magician arranged for Arthur's birth and many other parts of his life, it is possible to see how his influence can be seen in the Arthurian tales. There are many medieval folktales that feature Merlin.

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Gulf Stream winds causes the western Europe's mild climate.

The Gulf Stream, along with its northern extension, the North Atlantic Drift, is a warm and swift Atlantic ocean current that rises in the Gulf of Mexico, passes through the Straits of Florida, travels up the east coast of the United States, and then turns east near 36 degrees latitude (North Carolina) and travels toward Northwest Europe as the North Atlantic Current. From Florida to southeast Virginia (around 36 north latitude), the Gulf Stream affects the climate of the coastal regions of the east coast of the United States, and to a greater extent the climate of Northwest Europe. There is general agreement that the robust North Atlantic Current is at least largely to blame for northwest Europe's warmer climate than other regions at a similar latitude.

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Turbine is used to generate electricity in tidal power plant.

Tidal energy is one of the renewable energy which is developed in the recent years. The power plants based or generate electricity form the from the tides is known as tidal power plant. In this  plate type of structures are arranged near the sea or ocean bed.

In ocean bed we have to identify the more tidal region and we have to arrange these plates. These plates moves up and down when the tide comes. While in this movement the plates managed to produce potential energy due to the height difference.

This potential energy is later on converted into kinetic energy through the various turbines. Through these turbines the electricity is generate in the tidal power plant.

Tidal Power plant may be of various type based on requirement and climatic conditions and capital. Types of tidal power plants tidal stream , barrages and tidal lagoons.

Types of turbines used in tidal power plants are axial flow and cross flow turbine.

Advantages : No Pollution , Renewable Energy resources Less cost compared other types of power generators.

Disadvantages : this can set up only near the sea, barrages and oceans.  

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Answer: the turbine

Explanation: I just did a k12 quiz

Option D: The heat wave is unrelated to the low pressure system. A system of high atmospheric pressure that moves into a region and lasts for two or more days is known as a heatwave.

In such a high-pressure system, air from the upper reaches of our atmosphere is drawn down toward the surface, where it is compressed and heated.

A heatwave can linger for several days or weeks due to the high concentration of pressure that makes it challenging for other weather systems to enter the region. The system makes a place hotter the longer it stays there. Winds are weak to nonexistent due to the high pressure. Because the high-pressure system also blocks the entry of clouds, sunlight can become harsh and heat the system more.

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The ocean is a crucial economic, social, and cultural lifeline for Pacific Islanders. The twenty-one island nations and territories in the area have an ocean-based economy centred on maritime trade and shipping.

The most significant existential threat to the Pacific region's way of life is climate change, which will make other problems presently plaguing the area worse. While scientists agree that climate change will have negative effects on the ocean, little research has been done on how these changes would affect the livelihoods, security, culture, and well-being of Pacific Islanders. For Pacific Islanders to better prepare for and adapt to an uncertain future and for decision-makers to grasp what the responses entail for demographic and migration trends, additional evidence on this is important.

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Correct answer will be, sediment, metamorphic rock, sedimentary rock, weathering and erosion. This is correct on Edge 2020.

The rock cycle depicts the evolution of the three main types of rocks over the span of geologic time: sedimentary, metamorphic, and igneous. A rock changes when it is forced outside of its stable environment. For example, when exposed to air or subducted beneath a continent, an igneous rock like basalt may crumble and evaporate. The driving forces of the rock cycle, plate tectonics, and the water cycle prevent rocks from remaining in an equilibrium state; instead, they change as they interact with new surroundings. The rock cycle illustrates how the three different types of rocks are connected to one another and how processes shift over time from one type to another.

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Answer: sediment, Metamorphic Rock, sedimentary Rock, weathering, and erosion.  

Explanation:

Got it right

A dam is built on a river, forming a reservoir. Over time, this likely will cause the fields of some farmers along the river just upstream of the reservoir To be buried by sediment.

An expanded lake behind a dam called a reservoir. Such a dam might be a man-made structure created to hold freshwater or it could be a natural development. The management of a stream that drains an existing body of water, the interruption of a watercourse to produce an embayment inside it, excavation, or the construction of several retaining walls or levees are all methods for creating reservoirs.

Dammed reservoirs are man-made lakes produced and managed by a dam built across a valley; the majority of the reservoir basin is provided by the terrain naturally. On-stream reservoirs are those that are situated on the upstream river's original streambed and are topped up by streams, rivers, or rains.

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Geographers interested in spatial relationships of centrifugal forces within a state using different scales of analysis would begin their research by looking at centrifugal forces on the continent and comparing their findings at the global scale. Therefore option A is correct.

The force that pushes an item rotating away from its axis of rotation is known as centrifugal force. The propensity of an item traveling in a circle to move away from the circle's center is known as centrifugal force.

the apparent force that an item traveling along a curved route experiences and which operates away from the center of rotation feels. Examples: When the engine turns quickly enough, the springs are pushed into the drum by centrifugal force, which moves the drum and the chain.

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Answer:

iven that the map shows a scale of 1cm: 5km. That means if the scale of the map is 1cm, then on that scale the actual distance is 5km.

Explanation:

a scale of 1:5 means that the size of 1 unit in the drawing would represent 5 units in the real world. For example, if a giraffe with a height of 150 inches in the real world is represented as 30 inches on the drawing, it shows that a scale of 1:5 is used.

Answer:

B. How large are each of the map elements.

Explanation:

Ice sheets, ice caps, and outlet glaciers are the three different forms of continental glaciers.

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Option C. Equilibrium line, The line dividing the ablation zone from the accumulation zone is known as the equilibrium line; it is the contour where the amount of fresh snow formed by accumulation equals the amount of ice lost through ablation.

Zoned glaciers. The equilibrium line separates the accumulation and ablation zones. The limit at which the equilibrium between the new glacier material added and the old glacial material lost exists. The seasons cause changes in this equilibrium line. Accumulation is at its maximum in the winter when more snow and ice are added. It is the area of the glacier that is expanding in size and depth as it builds up or accumulates. The ablation zone is the second zone. The glacier is actually losing mass here. More snow and ice fall in an accumulation zone. Less snow and ice means an ablation zone.

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The cultural diffusion caused by globalisation inevitably leads to social and political tension because the  Cultural diffusion can result in a situation whereby particular groups of people's own cultures being neglected due to other people's culture being prominent.

Cultural diffusion  can be described as the process of spreading out and merging of pieces from different cultures.

It should be noted that the different cultures  do posses the diverse types of food, clothing  as well as  languages that people love , howver this can cause tension.

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The Angle that is an adjacent interior angle to  ∠JKM is ∠MKL (Option B)

If two angles have a shared vertex and a common side but do not overlap, they are said to be adjacent angles.

The presented triangle is MKL, with a line extending outside from K to J.

MKL and MKJ are neighboring angles because they share a common vertex K and a shared side MK. The angle MKL is made by extending the point K in the closed triangle, whereas MKJ is generated by extending the point K.

As a result, MKL is an interior adjacent angle, but MKJ is an exterior adjacent angle in this case.

When two angles share a shared vertex and side, they are said to be neighboring angles. The vertex of an angle is the terminal of the rays that create the sides of an angle. When two adjacent angles have a similar vertex and side, they might be complementary or supplementary angles.

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Answer:

b. angle MKL

Explanation:

did the test

Answer:

Flatwoods

Explanation:

The most important influence that moderates the temperatures thought western Europe The Atlantic Ocean.

The Gulf Stream, which may be the most significant stream for the climate of Western Europe, creates a mild environment for a northern latitude region. Type C weather prevails throughout the majority of Western Europe. The Gulf of Mexico is where the Gulf Stream is born since the waters there are warmed.

Latitude. HEMISPHERE IN THE NORTH.

closeness to water 300 miles from the sea, PENINSULA.

Wind and ocean currents. Warm water from the Gulf of Mexico that flows northeast toward the west coast of Europe is known as the North Atlantic Current.

Landforms. Mountains, like the Alps, STOP WIND.

Elevation.

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The day with the widest temperature variation would be the one with both daytime and nighttime clear skies.

The day with the narrowest temperature range would be the one with cloudy skies both throughout the day and at night. In order to prevent the temperature from increasing too much, clouds reflect and block some of the incoming sunlight. There isn't much of a variation in temperature between day and night because clouds prevent some heat from escaping the atmosphere throughout the night. Contrarily, on a sunny summer day, the Earth's surface receives a lot of sunlight and warms up. If the sky is clear through the night, this cools down.

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True. A scientist who specialises in is a geographer. Six fundamental components of geography have been outlined by geographers.

These fundamental components aid in the classification of geographical phenomena and traits on Earth. The physical characteristics of the Earth's surface and atmosphere, as well as how humans affect them and how they affect humans, are the subject of geography. The topic can be divided into six key components: the globe in geographic terms. regions and locations.

Geography is more than simply maps; it also covers human geography, such as choosing where to locate enterprises, resolving local conflicts, and environmental concerns, as well as science-related themes like the development of rivers, volcanoes, and earthquakes. It covers a very broad range of topics.

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Any precipitation from rain clouds falls on the eastern slopes due to the height of the Andes. Extreme desert conditions can be seen in Chile's Atacama region because the western side of the Andes Mountains receives little or no precipitation at that latitude.

Uruguay, Argentina, and Chile are included in the Southern Cone region of South America. The name serves as a clue as to the continent's southernmost region's physical composition. South of the tropics is where the area is situated. Just to the north of Uruguay, Argentina, and Chile are divided by the Tropic of Capricorn.

In comparison to the tropics, the Southern Cone has relatively mild temperatures. Central Chile, the Pampas region of Argentina, and Uruguay all have predominantly type C climates.

Weather and climate in the area are extreme. Due to a lack of precipitation brought on by the Andes Mountains' effect on rainfall, the Atacama Desert and Patagonia both have type B climates.

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Answer:

Assuming you mean BC, Mount Vesuvius

No, after a million years the stars' proper motion would have drastically altered where they were on the celestial sphere in relation to one another.

The daily east to west motions of the Sun, Moon, and planets are brought about by the Earth's rotation on its axis. The Earth is one of every planet that makes a round around the Sun. This causes the constellations to change from season to season.

In the past, the celestial sphere was used to describe the visible cosmos. The concept of a celestial sphere persists despite the fact that our understanding of the cosmos has changed because it provides a straightforward perspective on the stars that is useful for navigation.

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Currently the largest threat to the wet tropical forests in central America is habitat destruction, such as the clearing of forests for coffee plantations.

Habitat destruction, and thus habitat fragmentation, is the major cause of declining biodiversity; the second major cause is Invasive Species.

The process by which a natural ecosystem can no longer support its native species is known as habitat destruction.  Decreased biodiversity and species overflow result from the relocation or passing of the animals that once involved the region. The deficiency of biodiversity is for the most part brought about by living space corruption.

An imported organic entity that overpopulates and harms its new environment is alluded to as an invasive species. Despite the fact that most of imported species are impartial or supportive to different species, intrusive species adversely affect territories and bioregions, hurting their biology, the climate, as well as their economy.

The most successive strategies for obtrusive plants, creatures, microorganisms, and different species to spread to new biological systems are believed to be human exercises like those engaged with worldwide exchange and the pet exchange.

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The East African Rift (EAR) or East African Rift System (EARS) is a lively continental rift region in East Africa. The EAR started growing across the onset of the Miocene, 22–25 million years ago.[1] In the beyond it turned into taken into consideration to be a part of a bigger Great Rift Valley that prolonged north to Asia Minor.

The East African rift is an instance of a divergent tectonic plate boundary this is growing. Though it's far nonetheless presently a slim region, it's far presently experiencing the manner of splitting into distinct tectonic plates. Over time, the intended slim region can break up into a bigger one A slim region, the rift is a growing divergent tectonic plate boundary wherein the African Plate is withinside the manner of splitting into tectonic plates, known as the Somali Plate and the Nubian Plate, highly active earthquakes that we see alongside subduction zones, which include the ones withinside the Ring of Fire—the location withinside the basin of the Pacific Ocean acknowledged for its many earthquakes and volcanic eruptions—that can produce catastrophic consequences, as we’ve simply visible in Indonesia.

In the Rift Valley, citizens have now no longer included a highly active significant earthquake in their lifetime, mainly many human beings infer that the seismic chance is low or non-existent.

This isn't the case; even a medium-significance earthquake—with a significance between 5. zero and 6. zero can for a reason cause devastating losses within the Rift Valley, because of the inherent vulnerability of the region. Building pleasant withinside the Great Rift Valley Region is regularly pretty low, as casual housing and non-engineered homes predominate.

In the cities, there are greater than 30 million people who stay withinside the Rift Valley, and the variety ought to grow to 60 million by way of means of 2050. When an earthquake does occur, the city's people are at the maximum risk of shocks and disruptions to their lives.

The rift system which includes 3 microplates, the Victoria Microplate to the north, and the Rovuma and Lwandle microplates to the south. The Victoria Microplate is rotating anti-clockwise with admire to the African plate. Its rotation is a result of the configuration of routinely weaker and more potent lithospheric areas withinside the EARS.

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Answer:

Gaining stream

Explanation:

streams gain water from inflow of groundwater through the gaining stream (aka streambed)

Answer:

John is likely to experience mostly high temperatures.

Explanation:

If John lives on a part of Earth where the angle of the Sun's rays is very high and the latitude is low, he is likely to experience high temperatures quite often. The angle of the Sun's rays is a measure of the inclination of the Sun's rays with respect to the Earth's surface, and it is determined by the latitude and the time of year. At low latitudes, the Sun's rays are more direct and perpendicular to the Earth's surface, and they provide more heat and light to the region.

The latitude of a location is a measure of its distance from the equator, and it is used to determine the amount of heat and light that a location receives from the Sun. Locations at low latitudes are closer to the equator, and they experience more direct sunlight and higher temperatures throughout the year. In contrast, locations at high latitudes are further from the equator, and they experience more indirect sunlight and lower temperatures.

Overall, if John lives on a part of Earth where the angle of the Sun's rays is very high and the latitude is low, he is likely to experience high temperatures quite often, as the Sun's rays provide a large amount of heat and light to the region. The exact temperature that John experiences will depend on the specific location and the time of year, but in general, he can expect to experience warm to hot weather throughout the year.

On the western coasts of central and south america ,the ocean water temperature is warmer than normal during an el nino year.

El nano year occurs when surface water in the equatorial pacific ocean becomes warmer than average. the surface winds across the entire tropical Pacific are weaker than usual. Ocean temperatures in the central and eastern tropical Pacific Ocean are warmer than average, and rainfall is below average over Indonesia and above average over the central or eastern Pacific. These changes in air pressure and wind speed cause warm surface water to move eastward along the Equator, from the western Pacific to the coast of northern South America. These warm surface waters deepen the thermocline, the level of ocean depth that separates warm surface water from the colder water.

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Water is greatly relevant to the (Canadian) economy.

As we all know, water is truly significant for everyone but for the Canadian people, water holds a special significance.   Water has a great role to play in Canada.

Waterways, which include rivers and lakes and have great significance in the present context and this is vital for the development of Canada. The waterways help in providing the opportunity of producing hydroelectric energy. The additional chances for the development include coal, iron ore, as well as other minerals which are usually traced, and then brought up in the deposits of The Great Lakes.  

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It is not surprising that several ethnic groups have made up the majority of Mexico's population over the years given the country's rich and diverse past. Indigenous peoples, European colonizers, and more recent Central American immigrants have all called the nation home. Each of these groups has contributed to Mexico's demographic and cultural mix, helping to mold the nation into what it is today.

The Mestizo, which combines indigenous and European ancestry, is the biggest ethnic group in Mexico. Approximately 60% of the population belongs to this group. The Spanish surnames, together with the Mestizo's darker skin and native characteristics, serve as common indicators of their ethnicity.

Indigenous peoples, who make up around 30% of the population of Mexico, are the country's second-largest ethnic group. The bulk of the indigenous communities is concentrated in rural areas of the nation, where they still speak and practice their native languages and rituals.

The European settlers, who make up about 6% of the population, are the third biggest ethnic group in Mexico. The majority of these settlers, who hail from Spain, came during the 16th century. The population of immigrants from Central America, who make up around 4% of the total, is also expanding.

The cultures and demography of Mexico have been significantly influenced by all of these ethnic groups. Even though the nation currently confronts many difficulties, these groups have contributed to making Mexico a colorful and diversified country.

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There were 1117 people killed in the initial earthquake, 1214 people who sustained serious injuries and 1688 who sustained minor injuries. Approximately 135,448 homes were seriously damaged, while 78,604 sustained only minor damage.

The Juan de Fuca Plate on the north and the Cocos Plate on the south separated the Farallon Plate through time, lengthening the San Andreas transform plate boundary. The old volcanic mountain system is still visible. At convergent plate borders, where two tectonic plates are colliding, the majority of huge tsunamis happen. One plate is pushed down below the other as the two contact. Where plates are forced together, or at convergent borders, earthquakes happen in around 80% of cases. Two continental plates colliding directly is another example of a convergent border.

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