The buildup of dunes along the coast over time serve as protective barriers along coastlines and are often destroyed when hit by a strong hurricane.
When a coastline experiences severe erosion, such as when a hurricane flattens a beach and the surroundings, it must begin to rebuild itself, called as dunes. It does this by drawing on the strength of its natural coastal structures to start putting itself back together in way that will enable it to withstand the next major phenomenon that comes its way.
In particular, there are two types of high-water occurrences along the coastlines: severe storm surges that do not inflict extensive damage but nevertheless have an impact on the coastal ecosystem, and lesser storm surges that do not create waves as destructive as those caused by hurricanes and tsunamis. Sand-sized material is easily accessible and rapidly forms into coastal dunes, which are found landward of the coast in the supratidal zone. These dunes are also referred to this as sand dunes.
The complete question is, "Which of these serve as protective barriers along coastlines and are often destroyed when hit by a strong hurricane?
a. the erosion of land along coastline
b. the buildup of dunes along the coast over time
c. the new construction of buildings along the coastline
d. the buildup of organic material from oil rigs along the coast"
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Compared with adults, children represent a group that is especially vulnerable to environmental hazards for the following reasons, except: a. Their immune systems are still developing b. They may be exposed more often to toxins in the outdoor air. C. They may be exposed more often to toxins in the soil. d. They spend more time indoors.
The correct option is B ; They may be exposed more often to toxins in the outdoor air. Children are more vulnerable to environmental hazards than adults: Children are always developing. In proportion to their weight.
They breathe more air, eat more food, and drink more water than adults. The systems of children are still evolving.
Children are not little adults; their bodies do not resemble those of adults. They are particularly vulnerable to environmental toxins since they are little and still developing, and here's why: Children consume more food and drink more water per pound of body weight than adults.
Children are more sensitive to environmental risks than adults due to their size, physiology, and behavior. Toxins are more intensively exposed to children in proportion to their body weight.
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Which of the options is a failed state? A Afghanistan b Israel c Iran
Afghanistan is a failed state according to an index also known as The Fragile States Index. Thus option A is correct.
What is a state?A state is a group of people who have come together and are actively governing a given area. a nation is a group of people who are politically united and live in a specific area. a government's region, or one of its areas.
Afghanistan saw a bloody transfer of power. According to the special oversight committee for Afghanistan's recovery, low morale, internal mistrust, and the loss of American airstrikes caused the Afghan troops to disintegrate. Therefore, option A is the correct option.
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What is the common purpose of the ninth?
They safeguard the rights of noncitizens. The Ninth Amendment plainly refuted the possibility that enumerating certain rights prohibited acknowledgment of others.
It states that the listing of certain rights should not be "construed to reject or degrade" other rights.
Thus, the Ninth Amendment was formed, with the goal of establishing the notion that the enumerated rights are not complete and final, and that mentioning some rights does not deny or degrade the existence of additional rights.
They safeguard rights that are not explicitly stated in the Constitution. Which of the following best illustrates why certain people, such as James Madison, believed the Bill of Rights was necessary? Rights that are not stated are not protected.
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What are the characteristics of lakes and ponds?
LAKES:
They are bodies of water surrounded by landmassesThey have slow-moving currentsThey are defined as inland depressions filled with waterThey are formed by glacial imprints left through moving glaciers, and changes in plate tectonics.They have a vast surface areaThey are homes to complex ecosystemsThey are mostly freshwaterPONDS
They are similar to lakes but are small in size as compared to lakes.
Why did Gatsby buy a house in west Egg instead of East Egg?
Answer:
Jay Gatsby purchases a gaudy mansion in West Egg because of its proximity to Daisy Buchanan, who lives in the affluent East Egg with her husband. Daisy and Tom hail from old money, while Gatsby is a self-made bootlegger who resides in the appropriate neighborhood for those with new money.
Explanation:
The silicate mineral that is found in the greatest variety of igneous rocks of various compositions is ________.
The silicate mineral that is found in the greatest variety of igneous rocks of various compositions is Plagioclase.
ABOUT PLAGIOCLASE
Plagioclase is a mineral that belongs to the feldspar group. In Bowen's reaction, plagioclase is in a continuous series. From Bowen's reaction we can also know the process of crystal formation from plagioclase. The plagioclase crystallization process begins with plagioclase-Ca which gradually reacts with the remaining solution until it changes its composition towards plagioclase-Na. This change reaction is called the solid solution series, which means that the crystallization of plagioclase-Ca-plagioclase-Na will continue if it is in an equilibrium state. The chemical formula of plagioclase mineral is NaAlSi3O8-CaAl2Si2O8.
From the Bowens reaction, we can know the process of crystal formation from this plagioclase itself, in which the sequence of crystallization of plagioclase minerals is in a continuous series. The crystallization of plagioclase-Ca in the initial phase was gradual by reacting with the remaining solution, changing its composition from plagioclase-Na. The reaction of this change, plagioclase change is a solit-solution series which is a continuous reaction, meaning that the crystallization of plagioclase-Ca ---- plagioclase-Na (Anorthit ---- Albit ) if in equilibrium will continue continuously.
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Describe the effect of erosion in each of the following ecoregions: Gulf Prairies and Plains, Edwards Plateau, High Plains, and Piney Woods.
The effect of erosion environment in each of the ecoregions is. Because they can change the landscape, As well as change the course of the river, they sweep the beaches into the oceans.
What is the environment?The environment can be defined as a sum absolute of all the realistic and non-living atmospheric condition and their effects that influence human life. While all living or biotic elements are animals, plants, forests, fisheries, and birds, non-living or abiotic weather conditions include water, land, sunshine, rocks, and air.
The effect of the erosion in each of the gulf prairies and marshes, Regions is nearly level. A slowly drained plain is less than 150 feet in elevation.
Therefore, The effects of the ecoregions on the environment, Because there are changes in the landscape.
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what type of feature is represented by the boundary between geologic units 2 and 3?
The unconformity type of feature is represented by the boundary between geologic units 2 and 3.
What are geologic map units?The main elements of a geological map are the "cartographic units" (geological map units). A cartographic unit is a depiction of a volume of rock with a lithology or consistent lithologic connection, of a specific age, bounded by surfaces that come into contact with neighbouring bodies of rock.
What exactly is a geologic example?Geologic characteristics include the lake, the glacier-deposited ridge (at left), and the distant peak. Any physical structure of the earth's surface - or of the rocks exposed at the surface - created by a geologic process is referred to as a fault.
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What does it mean to gerrymander a district ?
Gerrymandering is the practice of drawing electoral district boundaries in such a way that one political party gains an unfair advantage over its opponents (political or partisan gerrymandering) or dilutes the voting power of members of ethnic or linguistic minority groups in the United States (racial gerrymandering).
How does gerrymandering works in a district?
Redistricting occurs in each state every ten years, following the decennial census. It establishes geographic boundaries, with each district in a state being geographically contiguous and having roughly the same number of state voters.
The resulting map has an impact on the elections of members of the United States House of Representatives and state legislative bodies in the state. Redistricting has always been regarded as a political exercise, and it is controlled in most states by state legislators and, in some cases, the governor (in some states the governor has no veto power over redistricting legislation while in some states the veto override threshold is a simple majority).
When one party controls the state's legislative bodies and the governor's office, it has a strong incentive to gerrymander district boundaries in its favor and against its political opponents.
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What does the ringing telephone mean in The Great Gatsby?
Answer: When the phone rings in the first chapter it best represents the hidden connection between wealthy East and West Egg to the lower class Valley of Ashes.
Explanation:
Is this statement true or false?
The establishment of the European Union has created more bondaries within Europe then in the past.
true or false
Answer:False
Explanation: After the Cold War Europe wanted to 'deborder' or make travel freer because of less threat from the soviet union.
Answer:
Hey there! Just wanted to let you know that the idea that the European Union (EU) has created more boundaries within Europe than in the past is incorrect. In fact, the EU has worked to reduce boundaries and promote cooperation and integration among its member states. This has resulted in fewer physical and administrative barriers within Europe and has helped to create a single market. So, the opposite of what was stated in the original statement is actually true.
what stage of development is argentina in
Argentina is a developing nation with a highly educated populace, an agricultural industry focused on exports, and a diverse industrial base.
What level of development is Argentina?Argentina falls under the definition of a developing nation provided by the International Monetary Fund (IMF) as a result of its weaker economic performance.
Early in the 20th century, Argentina was one of the ten richest nations per capita. The overreliance on commodity exports with unsustainable government expenditure, according to experts, caused repeated boom-bust cycles, which led to political unrest and economic deterioration in the decades that followed.
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A rocket starts from rest and moves upward from the surface of the earth. For the first 10 s of its motion, the vertical acceleration of the rocket is given by ay=(2. 90m/s3)t, where the +y-direction is upward
Therefore, the rocket is moving at 108.62 m/s when it is 325 meters above the earth's surface. This is the necessary remedy as a result.
A rocket must accelerate to a speed of at least 7.9 kilometers per second (4.9 miles per second) if it is to launch into space from the surface of the Earth. The orbital velocity, 7.9 km/s, which is more than 20 times the speed of sound, is referred to as this velocity.Keep in mind that the fuel's burn time is t.Although it seems remarkable, the speed is still 0.001% of the speed of light. Spacecraft are among the fastest artificial objects. They accelerate to a speed of 25,000 mph using rockets to escape the gravity of Earth (40,000 kmh)To know more about rocket here
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Discuss TWO reasons, other than language,
why Canada
does not fit the nation-state concept.
What types of vaults were used in the Romanesque style?
Answer:
barrel and groin vault
Explanation:
In a short paragraph, discuss the kinds of jobs that Americans can aspire to.
In order to stay competitive and exist, the United States has to transition from traditional factory-based occupations to jobs driven by the innovation.
Describe Factory.In the 18th-century "factory system" of manufacturing, which is based on the concentration of industry into sizable, specialized facilities, is still in use today. The system was created during the Industrial Revolution. The Factories play a crucial role in today's economy because they create or process the vast majority of goods in the globe.
Throughout the Industrial Revolution, the factories were built as the demand for space and resources for small-scale production or workshops increased.
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How many times more severe is an earthquake that measures on the Richter scale than an earthquake that measures?
An earthquake of magnitude 8 is 1,000 times more powerful than one of magnitude 5. An earthquake of magnitude 8 is 108 times more strong than a typical earthquake.
But an earthquake of magnitude 5 is 105 times more intense, and 108 + 105 = 103. The intensity rises by a factor of 10 for every unit on the Richter scale that is increased. As a result, the intensity increases by 103=1,000 from 5 to 8 on the Richter scale. A magnitude 8 earthquake has a 1000 times.
More intensity than a magnitude 5 earthquake.the magnitude of earthquakes A and B I= 10 is used to calculate the earthquake intensity. When an earthquake has a magnitude of 8, its intensity is I=108. When an earthquake has a magnitude of 5, its intensity is equal to 105. The intensity of an earthquake that measures 8 is 10 105 times greater than an earthquake that measures 5. This results in n=103. Review n = 1000.
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4. Draw a line showing the shortest route from China to the eastern coast of India. Begin at the mouth of the Chang Jiang (Yangtze River). Why might knowledge of the compass have allowed the Chinese to have been, at one time, a major sea power
The knowledge of the compass allowed the Chinese to be a major sea power because it enabled them to navigate more efficiently across the oceans and seas. The compass enabled them to accurately plot their course and remain on track, even in rough waters or in low visibility conditions.
This allowed them to travel further and more quickly than they could have without the knowledge of the compass. Furthermore, it enabled them to explore new regions, trade more efficiently, and expand their empire.
The knowledge of the compass also allowed the Chinese to develop more advanced nautical technologies, such as the stern-mounted rudder and the sternpost-mounted rudder, which enabled them to steer their ships much more precisely.
This made them much more adept at sailing in open waters and enabled them to venture further away from their home ports and explore new regions. Additionally, the Chinese developed sophisticated navigational techniques and technologies, such as astronomical observations and compass bearings, which enabled them to accurately plot their courses and remain on track.
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Mrs. Morgan asked her students to consider the cross-cutting concepts between Earth's geoscience processes of plate tectonics and energy cycling within Earth's
systems. One concept that can be considered is stability and change. Understanding how Earth can be stable for short periods of time, yet change over long
periods of time, can help scientists in their work. If you were in Mrs. Morgan's class:
How could you describe the connection between plate tectonics and energy cycling within Earth's systems?
How could you explain these two processes exhibit the cross-cutting concept of both stability and change?
In Mrs. Morgan's class, students have been considering the relationship between plate tectonics and energy cycling within Earth's systems.
Through careful examination, it is evident that these two processes reveal the cross-cutting concept of both stability and change. Plate tectonics involve the movement of the Earth’s crustal plates, while energy cycling is the transfer of energy within Earth’s systems.
Together, these two processes indicate that Earth can remain stable for short periods of time, yet change over long periods of time.
Thus, by exploring the relationship between plate tectonics and energy cycling, students can gain a better understanding of how Earth’s stability and change are interdependent.
These two processes demonstrate the cross-cutting concept of stability and change. Plate tectonics have been relatively stable over short periods of time, despite causing major changes to the Earth's surface over long periods of time.
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Which sources of aeronautical information, when used collectively, provide the latest status of airport conditions (e.g., runway closures, runway lighting, snow conditions) A. Aeronautical Information Manual, aeronautical charts, and Distant (D) Notice to Airmen (NOTAMs).
B. Chart Supplement, Distant (D) NOTAMs, and FDC NOTAMs.
C. Chart Supplement, FDC NOTAMs, and the aeronautical chart for your destination.
The source of aeronautical information, when used collectively, provides the latest status of airport conditions is Chart Supplement, Distant (D) NOTAMs, and FDC NOTAMs.
The Chart Supplement (also known as the Airport/Facility Directory) provides detailed information on airport facilities, services, and procedures, including runway lengths, lighting, and other important information. Distant (D) NOTAMs provide information on conditions at airports that are not in the immediate vicinity of the pilot's flight path, while FDC NOTAMs provide information on conditions that affect the entire National Airspace System. When used collectively, these sources provide the most current and accurate information on airport conditions, allowing pilots to make informed decisions about their flight plans.
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What order do the layers go in from oldest to youngest?
Could metamorphic rocks reach the surface of a planet without rock-uplifting processes?
a. Yes, for metamorphic rock to be exposed, it must be eroded from above.
b. No, to be exposed, metamorphic rocks must be uplifted and deposited.
c. Yes, for metamorphic rock to be exposed, rock must be deposited on it.
d. No, metamorphic rocks must be uplifted and exposed by erosion.
The answer of this question is d. No, metamorphic rocks must be uplifted and exposed by erosion.
What is metamorphic rock?Metamorphism, a process that changes one type of rock into another, is the source of metamorphic rocks. Intense physical or chemical changes are brought about in the original rock (protolith) by temperature higher then 150 to 200 °C (300 to 400 °F) and frequently elevated pressure over 100 megapascals (1,000 bar) or more. The rock largely stays solid throughout this process, although it progressively recrystallizes to a new structure or mineral makeup. An igneous, sedimentary, or already-existing metamorphic rock could be the protolith. A significant portion of the Earth's mantle and 12% of its land surface are made up of metamorphic rocks. Their protolith, chemical and mineral composition, and texture are used to categorize them.
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Solve the linear equation x + 3 + x - 8 + x = 55. State the property that justifies your first step and why you chose it
The equation can be solved by combining like terms. This is an example of the Associative Property because it states that the order of operations does not matter when grouping terms together. In this case, it allows us to add all of the x terms together and all of the constants together.
Therefore, the solution is x = 40.
Identify a predator from an Ethiopian Highlands ecosystem.
How else can this animal be classified in terms of feeding
relationships?
What is its prey? How else can its prey animal
be classified in terms of feeding relationships?
need help pls !! asap, i'll mark you as brainliest (to help you out, the predator is the Ethiopian wolf)
The Wolf is the dominant predator in a habitat in the Ethiopian Highlands. The wolf is classified as a carnivore and obtains its nourishment through predation on prey.
What are Predators?Living beings that hunt and devour prey are known as predators. Predators devour live creatures, which are referred to as "prey." Predators can be omnivores or carnivores. Lions, tigers, shark, and snakes are examples of predators.
Predators may, depending on their place in the food chain, fall victim to larger creatures. A snake, for example, is a hawk's prey but a mouse's predator.
Types of Predators
Predators can be classified into the following groups:
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which of the following agricultural irrigation practices is the least useful for conserving water?
"flood and furrow" irrigation: in which fields are liberally flooded with water that may evaporate from standing pools (90% of irrigation worldwide) -Drip or root-level irrigation is up to 90% efficient.
"Flood and furrow" irrigation is the least useful for conserving water because it has the lowest efficiency. Drip or root-level irrigation is up to 90% efficient, compared to flood and furrow irrigation which may result in up to 90% evaporation from standing pools.
Flood and furrow irrigation is a traditional method of irrigation where fields are flooded with water and allowed to stand in pools. As the water stands in the field, a significant amount of it evaporates before it can be absorbed by the plants. This results in a low efficiency of water use, with estimates ranging from 30-70%.
Drip or root-level irrigation, on the other hand, delivers water directly to the roots of the plants using a system of underground pipes or emitters. This method is much more efficient as the water is delivered directly to where it is needed and there is little to no evaporation. The efficiency of this method is estimated to be up to 90%.
In summary, "Flood and furrow" irrigation is the least useful for conserving water because it results in high evaporation and low efficiency, while drip or root-level irrigation is more efficient in delivering water to the plants and conserving water.
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What types of rocks would be most common in the small volcanoes in this photograph? felsic and intermediate lava flows welded tuff and tephra basalt mostly formed in lava flows scoria and other vesicular basalt
The correct option (a) felsic and intermediate lava flows and tephra
What kinds of rocks are most likely to be found in minor volcanoes?When lava reaches the Earth's surface via volcanoes or large cracks, the rocks that develop when the lava cools and hardens are known as extrusive igneous rocks. Some of the more frequent types of extrusive igneous rocks are lava rocks, cinders, pumice, obsidian, and volcanic ash and dust.
The most frequent form of volcano is a cinder cone. A cinder cone is shaped like a cone, however it is significantly smaller than a composite volcano. Cinder cones are seldom 300 meters tall, although they have steep edges.
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1) Name a constructive plate margin.
The Mid-Atlantic Ridge is a constructive plate margin.
A constructive plate margin, also known as a divergent plate boundary, is a place where two tectonic plates are moving apart from each other.
The Mid-Atlantic Ridge runs along the bottom of the Atlantic Ocean. This ridge marks the boundary between the North American Plate and the Eurasian Plate and is a place where the magma from the Earth's mantle is able to rise up and create new crust.
As the plates move apart, the magma cools and solidifies, forming new rock that pushes the plates farther apart. This process is known as sea-floor spreading.
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What did Dr Lanyon think of Dr. Jekyll when he received the letter?
When Dr. Lanyon received the letter from Dr. Jekyll, he was perplexed.
After reading the letter, he was confused as to why his former friend and colleague would be asking for a mysterious potion that he had no knowledge of. Dr. Lanyon had not heard from Dr. Jekyll in years, and was unsure what the potion was meant to do.
He found the request strange and unusual, and wondered what could have prompted such an odd request.
He had never interacted with Dr. Jekyll before, and the invitation seemed too good to ignore.
Despite his curiosity, Dr. Lanyon was wary of the mysterious doctor and the strange request that had been made. He knew that whatever he was getting into could be dangerous and potentially life-altering.
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Tsunamis are disasters that cannot be prevented. However, after the tsunami in Indonesia in 2004, many island nations developed early warning systems to alert the people when the ocean tides were rising. This allows people to get to higher ground before the tsunami hits, decreasing the loss of life and devastation from a tsunami. This is an example of what
This is an example of how human ingenuity can be used to mitigate the effects of a natural disaster. By using technology to detect and alert people of a potential tsunami.
Tsunamis are disasters that cannot be prevented, but the effects of the disaster can be minimized with the help of advanced warning systems. The 2004 Indian Ocean tsunami in Indonesia was a wake up call for island nations that they needed to take proactive steps to mitigate the damage caused by future tsunamis. In response, many island nations developed early warning systems that use a network of seismometers, tide gauges, and ocean buoys to detect changes in the water level and seismic activity associated with a potential tsunami.
The early warning systems provide an alert when the ocean tides are rising, which gives people enough time to get to higher ground before the tsunami hits. This allows people to avoid the raging waters of the tsunami and the destruction it brings. In addition, early warning systems give the government time to evacuate people in high-risk areas, thereby reducing the loss of life and property in the event of a tsunami.
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How many times greater in magnitude is an earthquake that measures 7 on the Richter scale as opposed to one that measures 3?
According to the mathematics underpinning the Richter scale, an earthquake with a magnitude of 7.0 will be approximately 10,000 times bigger than one with a magnitude of 3.0.
Charles richter created the richter scale a long time ago. Using a logarithmic approach, this scale is used to gauge the local magnitude of earthquakes. As a result, when we go from one magnitude to another that is only one step higher, we are actually accounting for a 10 fold increase in the earthquake's force. Because of this.
We can state with certainty that an earthquake with a magnitude of 7.0 is 10,000 times more powerful than one with a magnitude of 3.0. Given the nature of the scale itself, we must multiply the force by ten for each level we raise. When the earth shakes violently, it is in response to its incredibly dynamic innards. Sometimes, when a rock is loaded or pushed past its elastic limit, it bounces back and emits a seismic wave, which we perceive as seismic waves.
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