After a congruence transformation, the perimeter of the triangle would be blanket it was before
After a congruence transformation, the perimeter of a triangle would be B. the same as it was before.
What is congruence transformation?A congruence transformation is a type of geometric transformation that preserves the size and shape of a figure. This means that if you perform a congruence transformation on a triangle, the resulting triangle will be congruent to the original triangle.
In other words, the two triangles will be identical in size and shape. As a result, the perimeter of the triangle after a congruence transformation will be the same as the perimeter of the triangle before the transformation.
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See full question below
Complete this sentence: After a congruence transformation, the perimeter of a triangle would be _________________ it was before.
A. cannot be determined
B. the same as
C. less than
D. greater than
d) Explain the concept of Common Midpoint in exploration seismology.
(2 marks)
Answer:
Point on surface halfway between source and receiver.
Explanation:
In multichannel seismic acquisition, the point on the surface halfway between the source and receiver that is shared by numerous source-receiver pairs. Such redundancy among source-receiver pairs enhances the quality of seismic data when the data are stacked. The common midpoint is vertically above the common depth point.
Process of decomposition in the Carbon Cycle
Animals decay after they die, becoming silt, which traps the carbon dioxide in layers that eventually transform into rock or minerals. This is termed as process of decomposition in the Carbon Cycle.
What is decomposition?When bacteria and fungus decay, organic matter, water, and CO2 are released back into the environment. This happens only when they decompose themselves and convert themselves into a Carbon Cycle. The role of this is decomposition.
Further to understand well the process of decomposition is intricate. Nitrogen and carbon dioxide are the mineral forms of nutrients that are produced during the breakdown of organic materials. By multiplying and eating on the organic material, these microbes also transform it into fungus and bacteria.
Therefore, the role of decomposing is very much important in creating the carbon molecules and useful resources.
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Which of the following variables have names that follow widely accepted naming convention rules? Select all that apply.
Multiple Choice Question. Please Choose The Correct A. *totalplums*
B. total_plums
C. plum_total_1
D 1_plum_total
The variables with a name that follow widely accepted naming convention rules are total_plums and plum_total_1. (Option B and C)
In data analytics, naming conventions refer to rules which are devised by data analysts to clearly identify and categorize the completion of “events” with product or service. Naming conventions are crucial to ensuring the consistency and accessibility of data. Hence, a naming convention is a set of rules for selecting the character sequence to be used for identifiers which denote variables, types, functions, and other entities in source code and documentation. Reasons for using a naming convention include reducing the effort needed to read and understand source code, enabling code reviews to focus on issues more important than syntax and naming standards, and enabling code quality review tools to focus their reporting mainly on significant issues other than syntax and style preferences.
From the options provided, the variables with a name that follows widely accepted naming convention rules are total_plums and plum_total_1. These variable names use only lowercase letters and underscores and are clear, concise, and meaningful.
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korean movie, engineer discovers the sun is dying, his neighbor and he travels to find the main scientist before the car dies they discover geothermal power
How Long Could the World Run on Geothermal Power?
If everyone went 100 percent geothermal today, Earth’s store of thermal energy would still outlive the sun.
The statement that if everyone went 100 percent geothermal power today, Earth’s store of thermal energy would still outlive the sun is true. The world can run on geothermal power is 17 billion years.
Geothermal power is electrical power generated from geothermal energy. Geothermal energy refers to heat that is generated within the Earth. It is a renewable resource that can be harvested for human use. Geothermal energy refers to heat produced deep in the Earth's core. About 2,900 kilometers (1,800 miles) below the Earth's crust, or surface, is the hottest part of the planet: the core. If it is assumed that 100 watts of power is used by each person and there are 8 million people on Earth, the time taken to use the 4 x 10^30 joules of geothermal power in the Earth with a power of 800 billion watts would be 17 billion years of power (without any carbon dioxide emissions or nuclear waste) which is longer than the sun will survive.
Note: The question is incomplete as it is missing options which are A) True B) False.
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based on the data in the table, which of the countries is most likely located at a subduction zone between an oceanic tectonic plate and a continental tectonic plate?
Country D is most likely located at a subduction zone between an oceanic tectonic plate and a continental tectonic plate.
"Ground shaking" describes the ground trembling as a result of an earthquake. Ground trembling is caused by surface waves and body waves.Ground shaking typically worsens as its amplitude increases and improves as its distance from the fault that produced it increases.Vibration can be caused by one or more factors at any given time, most typically an imbalance, misalignment, wear, and looseness. Unbalance - A "heavy spot" in a rotating component will cause a vibration when the unbalanced weight exerts a centrifugal force on the machine's axis.To know more about Earthquake here
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The area most susceptible to erosion, leading to increased suspended solids and increased turbidity downstream.
O A topsoil, O (humus or organic), B (subsoil), C (parent material)
O Reducing the amount of fertilizer (nutrient management), integrated pest management, conservation tilling, basins, etc
O Soil A because it containts
O B. (Soils most susceptible to erosion are those with the largest amount of medium (silt)-size particles.)
The area most susceptible to erosion, causing an increase in suspended solids downstream and an increase in turbidity are A topsoil, O (humus or organic), B (subsoil), C (parent material).
What are suspended solids?Suspended Solids debris, and other particles from human activity and the atmosphere on impervious surfaces. Another critical source of solids is erosion at construction sites. Solids have a significant role in several issues with urban rivers' habitat, aesthetics, and water quality. Increased solids Suspended Solids levels impede the growth of beneficial aquatic plants, worsen turbidity, and diminish light penetration deep inside the water column. that settle out as bottom deposits. Additionally, solids serve as a vehicle for the gathering, movement
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a data analyst wants to demonstrate how the population in charlotte has increased over time. they create this data visualization. this is an example of an area chart. a. true
b. false
A data analyst wants to demonstrate how the population in charlotte has increased over time. they create this data visualization. this is an example of an area chart.
The statement is True.,
When the data or information is numerous, such as in a time series, it is an especially effective technique for conveying.Data visualization is the graphic display of various kinds of information or data using visual components like maps, graphs, and charts. Data trends, outliers, and patterns can be seen and understood using data visualization tools in a simple, understandable manner.To know, more about Data here
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Write an essay of 300 words including the following three parts:
Describe the region of Central America, South America, and the Caribbean's most pressing environmental issue.
Explain why you think the issue you selected presents the biggest problem.
Discuss steps that can be taken by individuals, businesses and/or governments to reduce this threat.
Answer:
One of the most pressing environmental issues facing the region of Central America, South America, and the Caribbean is deforestation. Deforestation refers to the loss of forests and tree cover, which can have significant impacts on the environment and the communities that depend on these ecosystems.
In the region of Central America, South America, and the Caribbean, deforestation is a major problem because it contributes to climate change, soil erosion, and the loss of biodiversity. Forests in these regions are home to a wide variety of plant and animal species, many of which are found nowhere else in the world. When forests are lost, these species may become endangered or extinct, and the ecosystem services that forests provide, such as water filtration and carbon sequestration, are also lost.
Deforestation in the region is often caused by activities such as illegal logging, agriculture, and urbanization. To reduce the threat of deforestation in Central America, South America, and the Caribbean, there are several steps that can be taken by individuals, businesses, and governments.
At the individual level, people can reduce their impact on forests by choosing products that are sustainably sourced and supporting companies that use environmentally-friendly practices. They can also reduce their own carbon footprint by reducing their consumption of meat and other animal products, as the production of these items often requires large amounts of land, including forests.
Businesses can also play a role in reducing deforestation by adopting sustainable practices and sourcing their raw materials from suppliers who use sustainable practices. Governments can take action by enforcing laws and regulations that protect forests, supporting sustainable land use practices, and promoting reforestation efforts.
Overall, reducing deforestation in Central America, South America, and the Caribbean is essential for protecting the environment and the communities that depend on these ecosystems. By taking steps to reduce this threat, we can help to preserve the region's rich biodiversity and mitigate the negative impacts of climate change.
Explanation:
Describe the geographic extent of the empire or kingdoms mentioned in the specific points of time: 1600s, 1750, 1900. For 1750 and 1900, include whether the empire had recently lost or gained territory.
Spanish Empire
Russian Empire
Ottoman Empire
Mughal Empire
Qing dynasty
Basically for the 5 empires above, please list what lands they owned in the 1600s, 1750s, and 1900s. Please include what lands they could have lost in the 1750s and 1900s. Thank you
In 1600s, Geographic extent of Spanish Empire in the Americas extended from the western United States of today through Mexico and Central America, along the western coast of South America, and to the edge of Patagonia.
What is geographic extent of empire?A collection of nations or areas under the control of a single ruler or administration. particularly: a federation of nations headed by an emperor or empress is termed as geographic extent of empire.
The geographic extent of the Spanish empire or kingdoms mentioned in the specific points of time:
Spanish Empire 1600s
Russian Empire 1750
Ottoman Empire 1900
Mughal Empire 1750
Qing dynasty 1900
Therefore, this has been noticed throughout history that a civilization's location influences the nature of its culture, economy, trade, and border security. It identifies which societies gain and lose power.
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Whenever a large volcanic eruption takes place, a huge amount of volcanic dust, volcanic ash, and other volcanic by-products are released into the atmosphere. As these particles are light in weight, they stay suspended in the atmosphere. These particles change the amount of solar radiation that reaches the Earth.
The graph below shows how different volcanic events impacted the amount of solar radiation transmitted over time. In the graph, solar radiation transmitted describes the amount of radiation that reached the Earth after passing through the atmosphere.
Based on the impact that volcanoes have on the amount of solar radiation transmitted, what can be concluded about the effect of volcanic activity on global temperature?
Based on the graph, it appears that volcanic activity has a cooling effect on global temperature. The amount of solar radiation transmitted decreases after a large volcanic eruption, indicating that the volcanic particles in the atmosphere are blocking some of the solar radiation from reaching the Earth. This cooling effect can last for several years, as the volcanic particles take time to settle out of the atmosphere.
It is worth noting that the impact of volcanic activity on global temperature is complex and depends on a variety of factors, including the size and type of the eruption, the location of the volcano, and the prevailing weather patterns at the time of the eruption. Some studies have suggested that the overall net effect of volcanic activity on global temperature is relatively small compared to other factors, such as greenhouse gas emissions from human activities.
Which describes how the islands of Hawaii were formed?(1 point)
Responses
Older and bigger islands collides after volcanic eruptions which creates new islands.
, Older and bigger islands collides after volcanic eruptions which creates new islands.
The Pacific plates move and later join together to form the islands.
The Pacific plates move and later join together to form the islands.
The islands sit on hotspots that form volcanoes which then break the ocean surface.
The islands sit on hotspots that form volcanoes which then break the ocean surface.
The hotspot switch places which intensifies movement of plates.
The hotspot switch places which intensifies movement of plates.
Answer:
I believe it's the third answer c
buoyant air updrafts often lead to thunderstorm development. place the following images in the correct order below to show the life cycle of a thunderstorm.
The life cycle of a thunderstorm is as follows:
Warm air rises, forming buoyant air updrafts
Condensation of the water vapor in the air produces cloudsThe updrafts become stronger, leading to the formation of a thunderstormThe thunderstorm may produce lightning, heavy rain, hail, and strong windsAs the storm moves away from its source of energy, the updrafts weaken, leading to the storm dissipating.The storm may last for minutes to hours, depending on the amount of energy available for the storm.
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Why did many South American countries fail to become industrialized when Europe
and North America were industrializing?
Caudillos blocked trade with industrial countries to exercise more control over
South America
Agricultural companies refused to industrialize due to increasing labor costs
Recent independence movements cut off South America from European
industrial innovations
South American economies lacked desirable trade goods that would have been
used to trade for European industrial goods
Many South American countries fail to become industrialized when Europe and North America were industrializing because, Caudillos blocked trade with industrial countries to exercise more control over South America.
What is substitution industrialization ?Import substitution industrialization (ISI) is a commercial and economic strategy that promotes indigenous production in place of international imports.
Its foundation is the idea that a nation ought to make an effort to lessen its reliance on imports by producing industrial goods domestically. The word usually relates to development economics policies from the 20th century.
To achieve economies of scale, they demanded economic union among the individual Latin American nations. They also advocated for internal structural changes to their countries' economies, such as land reform, which would reduce unused latifundios and lessen the extreme income inequality that was impeding the expansion of the domestic market.
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Historic overdraft of water in parts of Arizona has led to a compaction of soil. This compaction is referred to as:
A. subordination
B. subsistence
C. subsidence
D. slope failure
The historic inflow of water in parts of Arizona has caused soil compaction. This compaction is referred to as D. Slope failure.
What is soil compaction?Compaction is a mechanical effort to compact the soil grains. Compaction is carried out to reduce soil volume, reduce pore volume but not reduce soil grain volume so as to improve soil properties.
Meanwhile, historic water overdrafts in parts of Arizona are referred to as slope failures because the slope stability of the rock is influenced by the slope geometry, rock structure, physical and mechanical properties of the rock, and external forces acting on the slope.
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Which of the following is NOT a true statement about how the jovian planets differ from the terrestrial planets?
a. jovians are usually colder and farther from the Sun
b. jovian has rings while terrestrial does not
c. smaller jovians
d. jovians are mostly made of gas > all jovians have satellites around them and none of the terrestrial do
Option C. smaller jovians.
Jovian planets are all much larger than terrestrial planets, so there is no such thing as a "small" jovian planet.
The jovian planets, also known as the gas giants, are a group of four planets that differ from the terrestrial planets in many ways. These planets, which include:
JupiterSaturnUranusNeptuneThese are much larger in size and are much farther away from the Sun than the terrestrial planets. They are usually colder, and they are composed mostly of gas and other elements, while the terrestrial planets are mostly made up of rocks and metals. Additionally, all of the jovian planets have rings around them, while none of the terrestrial planets have rings. Finally, all of the jovian planets have satellites orbiting them, while none of the terrestrial planets have satellites. The jovian planets are very different from the terrestrial planets, and they offer us a unique insight into the nature of our Solar System.
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You want to sail from Liverpool, England to Buenos Ares, Argentina. You are going to prepare your ship with food, supplies, animals, and of course beer. What kind of ship will you choose, what kinds of supplies/animals do you bring, and how long do you anticipate your voyage taking?
It is worth noting that if you were to cruise from Liverpool, England to Buenos Aires, Argentina, and they were to prepare your ship with food, supplies, animals, and, of course, beer, the best ship to utilize would be a square-rigged ship with plenty of storage for food, water, and animals.
They should also bring animals like cattle, goats, and chickens for meat and eggs. They should plan on traveling for at least 3-4 months.
What is sailing and how do you prepare for it?Sailing is simply traveling by sea on a ship.
Some planning is required to ensure the safety and enjoyment of your sailing holiday. Before going sail, use this checklist to establish what the sailing charter business will offer and what you will need to furnish.
However, before departing port, double-check that all essential and recommended equipment is present and operational. Additional things give an extra layer of protection against the unexpected.
Wearable Floatation DevicesThrowable Floatation Devices Working Running LightsFire ExtinguisherFlareHornGPSDistress Radio (VHF) Navigational Charts with BeaconsBilge Pump in an Emergency Raft etc.Learn more about Sailing:
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what does it take to become a cartographer?
Cartographers and photogrammetrists typically need a bachelor's degree in cartography, geography, geomatics, or surveying. Some states require cartographers and photogrammetrists to be licensed as surveyors, and some states have specific licenses for photogrammetrists.
Explanation:
In the centuries between 500 and 1000, Europe's center of gravity shifted away from the Mediterranean toward
answer choices
O north and west
O south and east
O Indian Ocean
O Pacific Ocean
Around the century between 500 and 1000, Europe's center of gravity shifted from the Mediterranean toward the Pacific Ocean
What is the Mediterranean?
The Mediterranean Circum is a mountainous route that stretches from Continental Europe (Alps) to Italy (Mount Etna). Then, this route connects to the Asian continent in the Himalayas and enters Indonesia via Sumatra.
The earth's center of gravity shifts from the Mediterranean to the Pacific Ocean through a mountain path that stretches from the Andes Mountains in South America to the Rocky Mountains in North America, then to Japan. Then countries in Southeast Asia that pass through the Pacific circumnavigation, such as the Philippines, and Indonesia, gives through Sulawesi. In Indonesia, the Pacific Circum branches from Halmahera Island to Papua.
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Select on the map the coastal regions that were home to a notable concentration of strongly loyalist colonists.
O Loyalist or neutral Indians O New York
O New York, Massachusetts and Pennsylvania
O Two area surrounding Florida
c) New York, Massachusetts, and Pennsylvania were the coastal regions that were home to a notable concentration of strongly loyalist colonists.
In the American colonies during the Revolutionary War, three coastal regions stood out for their loyalty to the British Crown: New York, Massachusetts, and Pennsylvania.
These areas were home to a significant number of colonists who remained steadfastly loyal to the British side, despite the rising tide of rebellion around them. Many of these loyalists were prominent members of society, such as wealthy merchants, clergy members, and high-ranking military officers.
While these loyalists often faced discrimination and even persecution, they held firm in their beliefs and refused to support the independence movement.
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Read the following passage and answer the (four) items that follow:
The transfer of heat and water vapor from the ocean to the air above it depends on disequilibrium at the interface of the water and the air. Within about a millimeter of the water, air temperature is close to that of the surface water and the air is nearly saturated with water vapor. But the differences, however small, are crucial, and the disequilibrium is maintained by air near the surface mixing with air higher up, which is typically appreciably cooler and lower in water-vapor content. The air is mixed by means of turbulence that depends on the wind for its energy. As wind speed increases, so does turbulence, and thus the rate of heat and moisture transfer. Detailed understanding of this phenomenon awaits further study. An interacting and complicating phenomenon is wind-to-water transfer of momentum that occurs when waves are formed. When the wind makes waves, it transfers important amounts of energy—energy that is therefore not available to provide turbulence
Q28. The passage suggests that if on a certain day the wind were to decrease until there was no wind at all which of the following would occur?
(a) The air closest to the ocean surface would become saturated with water vapor
(b) The air closest to the ocean surface would be warmer than the water.
(c) The amount of moisture in the air closest to the ocean surface would decrease.
(d) The air closest to the ocean would be at the same temperature as air higher up.
The passage suggest that a certain day the wind were to decrease until there was no wind at all so a. the air closest to the ocean surface would become saturated with water vapor.
Why the air closest to the ocean would become saturated with water vapor?The wind decreases will impact the turbulence decrease, so it will make hamper the transfer of moisture and heat between the surface air and air higher up.
Thus, the ocean surface will be heated and the surface air become saturated with all the moisture. This will make option a is correct and option c is incorrect.
For option b is incorrect because without turbulence the disequilibrium at the interface of the air and the ocean water is not created, so there no difference between moisture and temperature.
For option d is incorrect because the air higher up typically appreciably have lower and cooler water-vapor content.
Thus, the correct option is a. the air closest to the ocean surface would become saturated with water vapor
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The __________ is the temperature that it feels like to a person when the air is hot and there is a high humidity.
A) ITCZ
B) saturation vapor pressure
C) heat-index temperature
D) unofficial temperature
(Option C) heat-index temperature is the temperature that it feels like to a person when the air is hot and there is a high humidity.
Heat-index temperature, also known as the "apparent temperature," is calculated based on the combination of air temperature and relative humidity. The heat-index temperature is an unofficial temperature, meaning that it is not an official temperature reported by meteorological agencies. It is important to note that the heat-index temperature can be higher than the actual air temperature when the humidity is high. This is because the water vapor in the air traps heat, making it feel hotter than it actually is.
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Asses the socio-Economic and ecological essentiality of the global Continental shelves
The socio-Economic and ecological essentiality of the global Continental shelves can be seen in it serves as the nursery ground for living resources and an important source of minerals and offshore petroleum.
What role does the continental shelf play economically?The continental shelf's spread is crucial since it serves as a major source of minerals and offshore petroleum in addition to being the birthplace of living resources.
Due to the activities that countries have been engaging in recently to exploit the resources of the seabed, subsoil, and adjacent waterways, with their vast, rich deposits of natural resources, the concept of the continental shelf was established in the Convention on the Law of the Sea in 1982. The goal of this essay is to examine how the continental shelf functions legally and economically for coastal states.
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The strength of the sun's energy is
O the same
O stronger
O weaker
NEXT QUESTION
at the poles than/as at the equator.
ASK FOR HELP.
Option b is the correct answer. The power of the sun's energy is more potent.
What is the sun's energy?A variety of methods, including solar power to produce electricity, solar thermal energy (including solar water heating) and solar architecture, are used to capture the radiant light and heat from the Sun.
It is a crucial source of renewable energy, and depending on how solar energy is captured, distributed, or transformed into solar power, its technologies can be roughly categorized as either passive solar or active solar.
Utilizing concentrated solar power, photovoltaic systems and solar water heating are examples of active solar approaches.
Passive solar strategies include aligning a structure with the Sun, choosing components with favourable thermal mass or light-dispersing qualities and creating air-circulated areas.
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The complete question is -
The strength of the sun's energy is
A- the same
B- stronger
C- weaker
D- at the poles than/as at the equator.
The rotational speed of a wheel is defined as the number of rotations it makes in 10-second intervals. It is possible to rotate a very large cylindrical space habitat around its central axis at just at the right speed so people living inside the cylinder will experience a force that feels like gravity.
a. true
b. False
The statement that it is possible to rotate a very large cylindrical space habitat around its central axis at just at the right speed so people living inside the cylinder will experience a force that feels like gravity is true. (Option A)
Rotational speed refers to quantified value as the number of revolutions a rotating system makes within a defined period of time. Speed of rotation is measured using tachometers which can be mechanical, electrical, magnetic inductive, photoelectric, and stroboscopic. As given the rotational speed of a wheel is defined as the number of rotations it makes in 10-second intervals.
Rotation produces the same effect as gravity as it produces a force called the centrifugal force similar to gravity produces a force. By adjusting certain parameters of a space station such as the radius and rotation rate, a force on the outside walls can be created equals the force of gravity. Hence, it is possible to rotate a very large cylindrical space habitat around its central axis at just at the right speed so people living inside the cylinder will experience a force that feels like gravity.
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what is the mechanical layer of earth that is solid
Answer: Lithosphere
Explanation:Lithosphere (mechanical). This is the rigid (“litho” = stone) outer layer of the Earth that remains mechanically strong over geological time spans. Mechanical lithosphere includes rigid layers of crust and outermost mantle capable to maintain high differential tectonic stresses, from 10 MPa to 1 GPa.
help me please i need it now
Answer:
1.If one drops a stone into a pond, a very rapid, thin jet of water spouts upwards. A cavity forms behind the object during impact on the water surface. This cavity is subsequently compressed by hydrostatic pressure, which leads to the formation of the jet.
2.Ripples are the instant effect of wind on water and they die down as quickly as they form, as the surface tension of the water dampens their efforts. If a wind blows steadily across a large enough patch of water for a few hours then the ripples become waves and these will not be dampened so easily.
3.When you throw a rock into a river, it pushes water out of the way, making a ripple that moves away from where it landed. As the rock falls deeper into the river, the water near the surface rushes back to fill in the space it left behind.
The yellow arrow on the map above points to which of the following bodies of water?
A. the Gulf of Mexico
B.
the Gulf of California
C. Hudson Bay
D. Baffin Bay
Analyzing rock formations yields clues that help establish ages and events in Earth’s 4.6-billion-year past. The branch of geology concerned with this is called stratigraphy. Two important laws, or principles, of stratigraphy are the law of original horizontality and the law of lateral continuity. According to the law of original horizontality, sediments are laid down in horizontal, or nearly horizontal, layers. The law of lateral continuity states that these layers are deposited over large areas. You might think of the way snow falls to help illustrate this. If drifts haven’t formed, snow will accumulate in a layer across your yard. And, as that happens, it’s not just snowing on your yard. Snow is falling on a large area, probably your whole city or town.
Which sentence was included in the passage to illustrate the law of original horizontality?
The sentence that was included in the passage to illustrate the law of original horizontality is: "Sediments are laid down in horizontal, or nearly horizontal, layers."
What is the Law of original horizontality in geography?
The Law of Original Horizontality is a stratigraphic concept, which is the discipline of geology that studies rock strata and the layering process. According to the law, sediments are often deposited in horizontal or nearly horizontal strata. This is due to the fact that most sediments are deposited by gravity, and gravity forces them to settle horizontally.
It's worth noting that the above Law allows us to deduce that something happened to the rocks to cause them to tilt. This covers phenomena such as mountain formation, earthquakes, and faulting.
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focuses on characters, dialect, customs, topography & other features specific to a central region. What is Local Color Realism?
Local color or regional literature is fiction and poetry that focuses on the characters, dialect, customs, topography, and other features particular to a specific region.
A writer who chooses to structure their work around a particular location is said to be using regionalism. This choice usually involves focusing on a place that is remote from the major power centers. Regionalism has traditionally been associated in American literature with the sketch or short story, although the category also includes poetry and novels.While the term "local color" is sometimes used to describe a particular literary style that was popular in the late 19th century, "regionalism" refers to the awareness of regional differences from the time of colonial rule until the present.To know, more about Writers here
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