Exponential distribution is a continuous probability.
Exponential distribution is a continuous probability distribution used to model the time between two consecutive events in a Poisson process. It is a widely used distribution in statistics, engineering, and various other fields. The exponential distribution is a continuous distribution, which means that it can take on any real number within its domain. The distribution has a positive support and is parameterized by a single parameter, which is the rate parameter.
The exponential distribution is often used to model the time between failures of a system, the time between phone calls at a call center, or the time between customers arriving at a store. It is commonly used in reliability and queueing theory. In summary, exponential distribution is a continuous distribution and is widely used in various fields to model the time between consecutive events.
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Dark moths began to outnumber white moths in cities after the Industrial Revolution. What is the most likely reason for this change? a. Light-colored moths mutated into dark colored moths.
b. Light-colored moths began to die due to overpopulation.
c. Light-colored moths were less favored for survival in the new environment.
d. Light-colored moths began to turn black because of factory pollution.
In a dark forest, dark moths can survive longer and have more time to reproduce. Natural selection produces responses in all living things.
In contaminated forests, it was discovered that over 100 additional species of moth gradually became darker. This impact is known scientifically as industrial melanism. The peppered moth's evolution is an example of how air pollution during the Industrial Revolution caused directional color changes in the moth population. At that time, a manifestation of industrial melanism was the rise in the number of dark-colored moths. The light peppered moth was widespread before the Industrial Revolution, whereas the black kind was quite uncommon. The white insects matched the white trees in hue. The tree colors were altered by the Industrial Revolution, though. However, as the Industrial Revolution started to really take off in the 1800s, pollution from the dense industrial smoke and soot killed off lichens and darkened tree trunks and walls in towns and cities. As a result, the paler moths became more visible to predators, while the darker variety became more camouflaged. Before 1850, most moths in England were light and lived in light-colored trees. When the industrial revolution hit England, black soot was released into the air and stuck to the trees, causing them to darken in coloration. During this time, light moth populations decreased and the number of black moths increased.
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the image of a trapezoid what is the area of the trapezoid 20.2m² 43.4m² 33.4m² 86.8m²
The area of the trapezoid will be 33.4 square meters. Then the correct option is C.
What is a trapezoid?It is a polygon that has four sides. The sum of the internal angle is 360 degrees. In a trapezoid, one pair of opposite sides are parallel.
The area of the trapezoid is half of the combination of the altitude and the aggregate of the parallel flanks. Then we have
Area = (1/2) x (Sum of parallel sides) x (Height)
The area of the trapezoid is given as,
A = (1/2) x (5.36 + 8) x 5
A = 0.5 x 13.36 x 5
A = 33.4 square meters
The area of the trapezoid will be 33.4 square meters. Then the correct option is C.
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The missing diagram is given below.
death valley is bounded by normal faults on the east and west sides and by strike slip faults on the northern and southern ends. if movement on these faults, and the faults that they are connected to along the western margin of the basin and range province, continues with similar displacement rates and directions what is the likely outcome for the death valley region? could the development of the gulf of california and separation of baja california from mainland mexico give us a clue? for this exam assignment you will write an essay of about 1000 words predicting the future of the death valley region over millions of years. to answer this you will need to investigate when the gulf of california opened, the rate and direction of motion that baja california is moving compared to north america, and what tectonic plate the baja peninsula is part of today. on the basis of current plate motions could similar events and processes occur in the death valley region? think about what tectonic plate most of the state of california will be part of in approximately 5 or 10 million years if the plate motion continues in the same way. could the los angeles area wind up adjacent to reno, nevada? be sure to briefly discuss the regional plate tectonic setting of death valley including the location of plate boundaries and relative plate motions. you should use at least three sources that need to be referenced in a standard in-line format that allows them to be verified. a complete list of citations should be included at the end of the essay. your work must be original and will be checked with turnitin. the citation list should not be included in the 1000 words limit for the essay.
The modern fault system in Death Valley is a little more intricate. A normal fault zone connects a network of two strike-slip fault zones. The two strike-slip faults are moving laterally (side to side), pulling apart the typical fault zone.
Burchfiel and Stewart (1966) initially proposed the existence of this kind of extensional zone, known as a pull-apart basin, which is responsible for the Badwater Basin's descent to the lowest point in North America. Although the exact chronology of the tectonic change is uncertain, Norton (2011) theorises that it took place about 3 million years ago. These continuous geologic pressures continue to alter the Badwater Basin.
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Order events chronologically that can lead to a subduction-related tsunami.
A subduction-related tsunami can be caused by a series of events that occur in a specific order.
The following events can lead to a subduction-related tsunami in chronological order:
A tectonic plate subducts under another tectonic plate, causing a build-up of stress in the overriding plate. This can occur at a convergent plate boundary, where two plates are moving towards each other.
The stress in the overriding plate is released suddenly in the form of an earthquake. This earthquake can be very large, with a magnitude of 7.0 or higher, and can cause significant damage to nearby buildings and infrastructure.
The earthquake can also cause the seafloor to rise or fall, creating a large displacement of water. This displacement can cause a series of large waves, known as a tsunami, to form and travel across the ocean.
The tsunami can travel across the ocean at high speeds, reaching coastlines many thousands of kilometers away from the earthquake's epicenter. As the waves approach the coast, they can increase in height and cause significant damage to buildings, infrastructure, and coastal communities.
Overall, a subduction-related tsunami is a complex event that can be caused by the interaction of tectonic plates, earthquakes, and ocean dynamics. Understanding the sequence of events that can lead to a subduction-related tsunami is important for developing effective warning systems and disaster preparedness strategies.
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the vernal equinox marks the start of what season? a) winter. b) fall. c) summer. d) spring.
The vernal equinox marks the start of the spring season. It is also known as the March equinox and usually occurs on March 20th or 21st.
During the vernal equinox, the day and night are approximately equal in length, with the amount of daylight increasing as the season progresses.The vernal equinox is caused by the Earth's tilt on its axis and its orbit around the sun. During this time, the Earth's tilt is neither pointing towards nor away from the sun, resulting in equal illumination of the Northern and Southern Hemispheres.In many cultures and religions, the vernal equinox is a significant time for celebrations and rituals, symbolizing renewal, rebirth, and new beginnings. It is also an important time for farmers and gardeners, as it marks the start of the planting season.The vernal equinox is the opposite of the autumnal equinox, which marks the start of the fall season. During the autumnal equinox, the day and night are also approximately equal in length, but the amount of daylight decreases as the season progresses.
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What is the piece of infrastructure that connects the red sea to the mediterranean sea?
The Suez Canal, constructed in the 1860s, links the Red Sea to the Mediterranean Sea.
If the Suez Canal hadn't been constructed in 1869, the Red Sea and Mediterranean Sea would not be linked.
Since that time, travel between Europe, Asia, and the Middle East has been simpler. It has developed into a crucial commercial route between these continents, and if it is blocked, terrible things will happen.
Ships had to travel past Africa's southernmost points to reach the Mediterranean before the Suez Canal was completed.
But now you simply have to travel through the Canal, which takes a little more than a half day to complete.
But because of the Suez Canal, more invasive fauna is entering the Mediterranean from the Red Sea.
Overall, neither of these Seas had a natural connection.
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Why did Antarctica’s climate change approximately 50 million years ago?
Answer:
There was a drop of carbon dioxide in the atmosphere resulting in a drop of temperature. I hope this helps!
Answer: there was a drop in carbon dioxide in the atmosphere of the Earth, resulting in a drop in temperatures that contributed to Antarctica's changing climate.
Explanation:
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humans spread out of africa and across the rest of earth starting about 100,000 years ago, see the map of human migration below that is annotated with routes and times of migration in years before present (each arrow represents a new colonization). the effective population sizes of groups migrating into new geographic regions (e.g. europe) were typically very small (about 2,000 for the european case). given the pattern of human migration, and assuming that founder effects are stronger when longer distances are traveled, what part of the world should we expect the native human population to show the lowest amount of genetic variation?
Based on the pattern of human migration and assuming that founder effects are stronger when longer distances are traveled, we would expect the native human population of the Americas to show the lowest amount of genetic variation.
The native human population of the Americas is expected to show the lowest amount of genetic variation due to the founder effect that occurred during their colonization. The migration of humans out of Africa and into the Americas required crossing the Bering Strait, which was the longest distance of travel and established a small founder population of about 2,000 individuals. This small group of individuals carried only a subset of the genetic variation present in the larger population. This founder effect resulted in a reduction of genetic diversity in the population, as the genetic variation that was lost was random.
Founder effects are more significant when longer distances are traveled, and smaller founder populations are more likely to lose a significant amount of genetic variation. As a result, populations that were established through small founder populations are expected to have lower levels of genetic variation compared to populations that were established through larger founder populations. Therefore, the native human population of the Americas is expected to have the lowest amount of genetic variation due to the small founder population that colonized the Americas.
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what is the capital of the african country of zambia?
which of the following correctly identifies both a nonpoint source and a point source of pollution? nonpoint source pollution point source pollution (a) industrial smokestack waste discharge pipe (b) agricultural runoff urban runoff (c) leaking sanitary landfill pesticide spraying (d) urban runoff city bus exhaust
The correct answer is: (b) Agricultural runoff - nonpoint source pollution (c) Leaking sanitary landfill - point source pollution
Nonpoint source pollution refers to pollution that comes from diffuse sources, such as agricultural runoff or urban runoff. These sources can be difficult to pinpoint, and the pollution can come from a wide area.
Point source pollution, on the other hand, comes from a single, identifiable source, such as a factory or a leaking landfill. The pollution can be traced back to a specific location.
In the given options, agricultural runoff is an example of nonpoint source pollution because it comes from a wide area and is difficult to pinpoint to a specific source. Leaking sanitary landfill, on the other hand, is an example of point source pollution because the pollution is coming from a specific location, the landfill, and can be traced back to that source. The other options are not correctly matched because they are either both point source pollution or both nonpoint source pollution.
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Our living style is determined by climate.Justify with examples.
What are air masses and how do they affect weather? HELP ASAP, PLEASE
Answer this question in a short paragraph (4-5 sentences)
Air masses are the volumes of air defined by its temperature and humidity. Air masses cover many hundreds or thousands of square miles, and adapt to the characteristics of the surface below them. They are the large volume of air in the atmosphere that is mostly uniform in temperature and moisture. .
How do Air masses affect weatherThe air masses affect the weather when winds move air masses, they carry their weather conditions (heat or cold, dry or moist) from the source region to a new region. When the air mass reaches a new region, it might clash with another air mass that has a different temperature and humidity. This can create a severe storm.
Air masses move from one location to another and cause the weather to change depending on how they interact with their surroundings.
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Where in the ocean are you, if you are at zero degrees latitude and zero degrees longitude?
If you are at zero degrees latitude and zero degrees longitude, you are located at a point in the Atlantic Ocean known as the "Prime Meridian" and the "Equator" intersection.
The intersection of the Equator (0° latitude) and the Prime Meridian (0° longitude) is a precise location on the Earth's surface. The Equator is the imaginary circle that divides the Earth into the Northern Hemisphere and the Southern Hemisphere. The Prime Meridian is the imaginary line that passes through the Royal Observatory in Greenwich, London, and it divides the Earth into the Eastern Hemisphere and the Western Hemisphere.
The point of intersection between the Equator and the Prime Meridian is located in the Atlantic Ocean, approximately 380 miles (611 kilometers) south of the West African coast. The exact location is at the coordinates 0° latitude and 0° longitude, which is also known as 0°N 0°E.
The location at 0° latitude and 0° longitude is often referred to as the "Gulf of Guinea" or the "Atlantic Ocean," and it is an area of the ocean that is rich in biodiversity and home to a variety of marine species. However, this location does not have any landmass or island, which is why it is also known as "Null Island."
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the oceanic climate region that is characterized by dry, descending air, little precipitation, and high ocean salinity is:
The oceanic climate region that is characterized by dry, descending air, little precipitation, and high ocean salinity is the subtropical high-pressure belt.
This belt is located between 20 and 35 degrees north and south of the equator, and it is known for its arid conditions, which are caused by descending air that suppresses cloud formation and precipitation.
The subtropical high-pressure belt is also associated with high levels of ocean salinity, as the lack of rainfall causes increased evaporation and concentration of salt in the water.
This climate region is important for agriculture, as it can support crops that are adapted to dry conditions, such as olives, citrus fruits, and grapes. However, it can also pose challenges for water resources and ecosystem health, as the lack of rainfall can lead to drought and desertification.
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Aside from color, how are light silicates and dark silicates different, and why? O. Light silicates have a higher specific gravity because they lack iron and magnesium, whereas dark silicates have a lower specific gravity due to their high iron and magnesium content. O Light silicates have a higher specific gravity Due to their high iron and magnesium content, whereas dark silicates have a lower specific gravity because they lack iron and magnesium. O Light silicates have a higher specific gravity because they have high iron content; dark silicates have a lower specific gravity due to their magnesium content. O Light silicates have a lower specific gravity because they lack iron and magnesium; dark silicates have a higher specific gravity because they have high iron and magnesium content. O Light silicates have a lower specific gravity because they have high iron and magnesium content, whereas dark silicates have a higher specific gravity because they lack iron and magnesium.
Light silicates and dark silicates are different because A) Light silicates have a higher specific gravity because they lack iron and magnesium, whereas dark silicates have a lower specific gravity due to their high iron and magnesium content.
Light silicates, also known as felsic silicates, are made up of minerals such as quartz, feldspar, and mica. These minerals are composed of lighter elements such as silicon, oxygen, and aluminum, but they lack heavier elements such as iron and magnesium. As a result, light silicates have a higher specific gravity.
In contrast, dark silicates, also known as mafic silicates, are composed of minerals such as pyroxene and olivine, which contain high levels of iron and magnesium. These heavier elements lower the specific gravity of dark silicates.
The difference in composition between light and dark silicates is due to the way they are formed. Light silicates are formed by the melting and crystallization of continental crust, while dark silicates are formed by the melting and crystallization of oceanic crust.
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The series of processes in which rock forms, changes from one type to another, is destroyed, and forms again by geological processes is called: ________
The series of processes in which rock forms, changes from one type to another, is destroyed, and forms again by geological processes is called the rock cycle.
What is the rock cycle?Crystallization, metamorphism, and sedimentation are the three processes that are responsible for the transformation of one rock into another. By undergoing one or more of these processes, any type of rock has the potential to metamorphose into any other type of rock. This results in the formation of the rock cycle.
The rock cycle is an explanation of the relationships between the three different types of rocks and how the mechanisms that alter rocks from one type to another over time. Due to the cyclical nature of this process, the transformation of rock is referred to as a geologic cycle and, on planets that support life, a biogeochemical cycle.
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this case study built upon what we covered in module 3 on groundwater. you are introduced to the differences between anthropogenic and geogenic contamination. if you are from the san antonio area, you know that we get most of our water from the edwards aquifer which is a cavernous limestone aquifer. the edwards runs roughly from the southwest around uvalde to the northeast toward austin, and water flows the same general direction. since it encompasses such a large area it runs through farmland, small towns, industrial areas, and cities. discuss the ways in which the aquifer could be contaminated by human activity, and the possible ways that it could be contaminated by geogenic sources. what careers outside of science would be involved in monitoring and mitigating contamination of the aquifer? what technologies might be valuable in helping with monitoring and mitigation?
The Edwards Aquifer in the San Antonio area is a critical source of water for many people, but it is vulnerable to contamination from both anthropogenic and geogenic sources.
Anthropogenic sources of contamination can include:
1. Agricultural runoff: Pesticides and fertilizers used in agriculture can seep into the soil and contaminate the groundwater.
2. Industrial activities: Industrial waste and chemicals can seep into the soil and contaminate the groundwater.
3. Improperly constructed or maintained septic systems: Septic systems can leak and contaminate the groundwater with fecal matter and other contaminants.
4. Landfills: Landfills can leak contaminants into the groundwater.
Geogenic sources of contamination can include:
1. Naturally occurring contaminants: Some areas may naturally have higher levels of contaminants such as arsenic or fluoride in the groundwater due to geological processes.
2. Saltwater intrusion: The Edwards Aquifer is a freshwater aquifer, but saltwater from the Gulf of Mexico can intrude into the aquifer in coastal areas, contaminating the freshwater.
To monitor and mitigate contamination of the aquifer, careers outside of science that may be involved could include legal professionals, policymakers, and public health officials. Legal professionals may be involved in drafting and enforcing regulations and laws related to groundwater contamination, while policymakers may be involved in developing strategies and funding programs to mitigate contamination. Public health officials may be involved in monitoring and assessing the health impacts of groundwater contamination on local communities.
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black coloration in sedimentary rocks generally implies what character of the sedimentary environment?
what kind of tides would you expect during a new moon?
When the sun, moon, and Earth are in alignment (at the new or full moon), the solar tide adds to the lunar tide, resulting in extra-high high tides and very low, low tides—both known as spring tides.
There are three basic tidal patterns in the world: semidiurnal, mixed, and diurnal. A semidiurnal tide occurs when both high tides are roughly equal to each other and both low tides are roughly equal. A mixed tide occurs when the two highs and lows differ significantly.
This is the most common tidal pattern, with two highs and two lows each day and little variation in the height of successive high or low waters, and it is found along much of North America's east coast.
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Why is studying lunar eclipse important?
The study of the Earth's shadow cast on the Moon allows us to conclude that the Earth is spherical. The ancient Greeks figured it out. Aristarchus of Samos estimated the lunar diameter using lunar eclipse timing as early as the third century BC.
Eclipses are heralds of change, ushering in evolution. On November 8, a full moon lunar eclipse may usher in a revolution. In astrology, Lunar Eclipses are seen as deeply transformative times that can bring about abrupt and sudden change.
A lunar eclipse can help you figure out who you want to be and where you need to improve. Eclipses are thought to be the cosmic cleanup crew and catalysts, bringing about abrupt endings and beginnings.
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how does the largest asteroid, ceres, compare in size to other solar system worlds? A) It is larger than Pluto and Mercury. B) It is about the size of a large jovian moon. C) It is about the size of Pluto. D) It is about a quarter the size of the Moon. E) It is smaller than any jovian moon
The largest asteroid, Ceres, is actually quite a sizable object in the solar system.
Compared to other solar system worlds, it is larger than Pluto and Mercury, which rules out options A and C. However, it is not as large as any of the jovian moons, which rules out option E.
Option B is partially correct in that Ceres is comparable in size to some large moons in the outer solar system. In fact, Ceres has a diameter of about 590 miles (940 kilometers), which is similar in size to some of the larger moons of Jupiter, such as Callisto (diameter of 2,995 miles or 4,821 kilometers) or Ganymede (diameter of 3,273 miles or 5,262 kilometers).
Option D is the closest to the correct answer. Ceres is about 590 miles (940 kilometers) in diameter, which is roughly a quarter the size of Earth's Moon (diameter of 2,159 miles or 3,474 kilometers). Therefore, the correct answer is D) It is about a quarter the size of the Moon.
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Why does climate change pose a threat to human health?
Question 23 options:
It is causing more extreme weather events--including cyclones, typhoons, and hurricanes.
Natural disasters such as drought and flooding are more destructive than ever before
Sea levels are rising which results in destruction to coastal habitats
All of the above
Answer:All of the Above
Explanation:
Climate change is said to cause all three of these, therefore the answer is all of the above
Of the following, what is generally true regarding push factors?
Responses
They open up opportunity.
They are generally negative.
They are enticing.
They always involve international movement.
Answer:They are generally negative
Explanation:A push factor is what pushes somebody away from an area; the movement does not always have to be international, therefore, push factors are generally negative.
Push factors are generally involve international movement. Hence, option (b) can be considered as the relevant choice of answer.
Give a brief account on Human migration.The movement of people with the intention of relocating, either temporarily or permanently, to a new location is referred to as human migration. Moving across great distances and from one country to another is common, but internal migration is also possible—in fact, it is the most common type of human migration worldwide. A second relocation may be made easier by the improved human capital that migration is frequently linked to, both at the individual and household levels, as well as through increased access to migratory networks. Studies have shown that migration is the most direct path out of poverty, and it has a significant potential to advance human development. Age has a role in migrating for both work and non-work reasons. Individuals, families, and big groups of people can all move. Migration can take the following four main forms: invasion, conquest, colonisation, and emigration/immigration.
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As a rule of thumb, altitude corrections of less than 100 feet should be corrected by using ______
As a rule of thumb, altitude corrections of less than 100 feet should be corrected by using half the amount of the correction.
This rule of thumb is used in aviation to make small adjustments to altimeters, which measure an aircraft's altitude above sea level. Altitude corrections may be necessary due to changes in atmospheric pressure or other factors that can affect the accuracy of the altimeter.
When making small altitude corrections of less than 100 feet, pilots and air traffic controllers typically use half the amount of the correction. For example, if the altimeter reads 3,000 feet and the correct altitude is 3,100 feet, a correction of 100 feet is needed. To make this correction, the pilot or controller would adjust the altimeter setting by half the amount, or 50 feet, to bring the indicated altitude to 3,050 feet.
This rule of thumb helps to ensure that small altitude corrections are made accurately and efficiently, without over-correcting or under-correcting the altimeter. It is important for pilots and controllers to have a clear understanding of how to make altitude corrections and to follow established procedures to ensure safe and efficient flight operations.
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Our Christian Faith confesses that Jesus is the only Son of God, our Lord. TRUE OR FALSE
Our Christian Faith confesses that Jesus is the only Son of God, our Lord.
The given statement is true.
This statement reflects a core belief of the Christian faith. Christians believe that Jesus Christ is the Son of God and that he is the Lord and Savior of all who believe in him. This belief is based on the teachings of the Bible, which describe Jesus as the only Son of God, who came to earth to offer salvation to all who would believe in him. Christians believe that Jesus is the perfect representation of God and that he offers the only way to salvation and eternal life. This belief in Jesus as the Son of God and the Lord is a foundational element of Christian theology and shapes the faith, worship, and practices of Christians around the world.
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to create maps, cartographers project the round earth onto a flat surface making a
To create maps, cartographers project the round earth onto a flat surface making "map projection".
Map projection is a technique used by cartographers to represent the three-dimensional surface of the earth on a two-dimensional map. It is a method of transforming the spherical shape of the earth into a flat surface using mathematical formulas.
Map projections are designed to minimize distortion and accurately represent various features of the earth's surface, such as distance, area, direction, and shape. There are many types of map projections, each with its own strengths and weaknesses.
Some common map projections include the Mercator, Robinson, and Peters projections. Map projections play a crucial role in our ability to navigate and understand the world around us, and they are used in a variety of fields, including geography, cartography, and engineering.
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what word describes the seasons at the north and south poles?
The word that describes the seasons at the northandsouthpoles is "polar seasons" or "arctic/antarctic seasons".
Polar seasons refer to the distinct patterns of weather and daylight at the Earth's north and south poles.These regions experience extreme seasonal changes, with long periods of darkness in winter and constant daylight in summer.The polar seasons are determined by the Earth's axial tilt and its orbit around the sun.During the winter solstice, which occurs around December 21, the pole that is tilted away from the sun experiences 24 hours of darkness.Conversely, during the summer solstice, which occurs around June 21, the pole that is tilted towards the sun experiences 24 hours of daylight.The transitional seasons of spring and autumn are relatively short and unpredictable at the poles.During the polar winter, temperatures can plummet to as low as -60 degrees Celsius (-76 degrees Fahrenheit).The extreme cold and darkness can make it challenging for humans and animals to survive in polar regions.In contrast, during the polar summer, temperatures can rise above freezing, and the sun never sets.
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Regions where the continents or the sea floor are pulling apart are calleda) convection zonesb) subduction zonesc) magnetospheric zonesd) rift zones
The correct answer is option d) rift zones. Rift zones are regions where the continents or the sea floor are pulling apart due to geological forces.
Divergent limits are another name for them. These zones are brought by by molten material rising from the Earth's mantle.
Rift zones are created as this molten material rises and pushes the continental plates apart. Both the ocean floor and the surface of the land include these zones. They frequently take the shape of broad valleys or hills on land. Linear depressions, ridges, and mountains on the ocean floor are signs of rift zones.
The movement of the tectonic plates on Earth results in the creation of rift zones, which is a natural process. The plates diverge as a result of this movement, creating rift zones.
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From the timing of lunar eclipses, the Ancient Greeks were able to?
calculate the distance from the Earth to the Moon
Answer:
The average distance to the Moon is 382,500 km.
Explanation:
What is the process where denser plate moves beneath less dense plate?
The process where denser plate moves beneath less dense plate is called subduction. This occurs at convergent plate boundaries.
The collision of two plates, with the denser plate being forced beneath the less dense plate.the sinking of the dense plate into the mantle, where it is gradually deformed and forced downward.The partial melting of the subducted plate, which releases volatile substances such as water, carbon dioxide, and sulfur into the surrounding mantle.The formation of magma at depth, which rises to the surface and results in volcanic activity.The release of pressure and the formation of metamorphic rocks, as the subducted plate is subjected to high temperatures and pressures.The development of earthquakes, as the subducting plate becomes more and more deformed and begins to break apart.The continued sinking of the plate into the mantle, where it is eventually completely melted and recycled back into the mantle.The eventual formation of a new plate boundary, as the mantle continues to rise and create new crust.
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