This landform carries and drops sediment along the coast, helping to form beaches, barrier islands, and deltas.
River
Lake
Mountain
Dune

Answers

Answer 1

River landform carries and drops sediment along the coast, helping to form beaches, barrier islands, and deltas.

What are sediments?

The processes of erosion and deposition are principally responsible for controlling the movement of silt along the coast. Rocks and other materials are broken down and worn away by the process of erosion, which is caused by wave action and other forces. Normally, where the sea meets the land is where this process takes place.

The act of transporting and depositing eroded materials takes place during deposition. This can happen either offshore, where currents carry items and then dump them on the seafloor, or onshore, when currents carry materials and then deposit them along the beach.

An essential component of the sediment budget is the flow of sediment into and out of littoral cells.

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Related Questions

letter b indicates teh location where the river enters the ocean which cross section represents the most likely pattern of sediments deposited where the river enters at ocean at location b.

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In Point B, there is a water table. The line separating water-saturated earth from the unsaturated ground is known as the water table. Water is present in the rocks and soil below the water table.

The zone of saturation's top surface is known as the water table. The region of saturation is the area where water has accumulated in the ground's pores and fissures. It may also be stated simply as the level of saturation of the ground.

Aquifers that are already saturated in places below the water table can be measured using water tables. Water is taken out of these aquifers for usage by people and plants. Bathing and cleaning may be done with the water from the table.

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The question is -

Letter b indicates the location where the river enters the ocean which cross-section represents the most likely pattern of sediments deposited where the river enters the ocean at location b.

Subarctic climate zones occur along??

Answers

A subarctic or boreal climate is a source region of cold air that hits southern temperate latitudes  in winter. 027. Found in central and eastern North America, and in Asia between 30 and 60 degrees north latitude, in the major  conflict zones between polar and tropical air masses.

What is subarctic climate like?

The subarctic climate has short, cool summers and bitterly cold winters. The subarctic zone has the coldest temperatures outside Antarctica and the widest annual temperature range of any climate zone. Summer is short, but the days are fairly long, with June days lasting 18.8 hours at 60 degrees north latitude.

Where subarctic climate found?

The subarctic climate is only found in the northern hemisphere because the southern hemisphere does not have large landmasses at the same latitude. A vast subarctic climate stretches across northern North America, from Newfoundland to Alaska.

Causes of subarctic climates?

The main cause of subarctic temperatures is latitude. Temperatures can reach minus 40 degrees Celsius in  winter and  as high as 85 degrees Celsius in summer. This is the widest temperature range of any climatic zone. It makes a temperature range of  125 degrees.

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the concept of continental drift was developed by alfred wegener. which of the following pieces of evidence does not support wegener's hypothesis?

Answers

Climates at different latitudes are similar to one another that does not support Wegener's hypothesis.

What is latitude?

The north-south location of a point on the surface of the Earth or another celestial body is indicated by the latitude coordinate in geography. Latitude is expressed as an angle with a range of -90° at the south pole, 90° at the north pole, and 0° at the equator. The equator is paralleled by circles that travel east-west along lines of constant latitude, called parallels. To specify a position on the surface of the Earth, latitude and longitude are employed as a coordinate pair. The definition of geodetic latitude that follows is typically used when the word "latitude" is used alone. In a nutshell, a point's geodetic latitude is the angle created between the vector perpendicular to the point's elliptical surface and the equator.

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question 4 in ggplot2, which of the following aesthetic attributes can you use to map variables to points? select all that apply.

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A bilmiyorum bu dili üzgünüm bronz

a simple random sample of n measurements from a population is a subset of the population selected in a manner such that which of the following is/are true?

Answers

The true statements of option are that every member of the population has an equal chance of being chosen for the sample of size n from the population and that every member of the population has an equal chance of being excluded from the sample.

What is population?

The phrase "population" typically refers to the entire population of a certain place, such as a city or town, region, country, continent, or the whole world. To estimate the number of residents living within their authority, governments frequently conduct censuses, a process for obtaining, evaluating, summarizing, and publishing statistics about a population. Human population planning is a technique for altering a population's rate of expansion. In the past, human population control has been employed to reduce the rate of population growth. In the 1970s, advocates of population control and women's health activists who promoted women's reproductive rights as a component of a human rights-based strategy clashed.

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What happens when oceanic plates collide with oceanic plates?; When an oceanic plate and a continental plate collide which plate is likely to Subduct?; What occurs when a continental plate and an oceanic plate collides and one of the plates is driven down into the mantle?; What happens when an oceanic plate collides with a continental plate ?

Answers

When two oceanic plates or a plate bearing continents contact, one plate will bend and slide under the other. Subduction is the term for this action. At this subduction border, a large ocean trench develops.

When an oceanic plate and a continental plate collide which plate is likely to Subduct?;

The oceanic plate will always subduct at a convergent border between the oceanic and continental lithosphere, resulting in earthquakes and volcanic arcs.

What occurs when a continental plate and an oceanic plate collides and one of the plates is driven down into the mantle?

Convergence does not always result in subduction. When continents collide, continental rocks collapse but remain at the surface because they are too buoyant to be driven downward.

what are oceanic and continental plates?

A tectonic plate, also known as a lithospheric plate, is a substantial slab of solid rock with an uneven shape that is typically made up of both continental and oceanic lithosphere. The Pacific and Antarctic Plates are among the largest plates, but they can range in size from a few hundred to thousands of kilometers broad. The majority of the time, oceanic plates are found there. These plates are known as continental plates. The topography, or relief, of the Earth's surface is shaped by the interaction of the plates, much like when two continents collide.

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a volcano that has not erupted in a very long time suddenly has a plume of steam coming from it. which best describes this volcano?

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There is suddenly a plume of steam erupting from a dormant volcano that has not erupted in a very long time.

Dormant volcanoes: What are they?A dormant volcano is an active volcano that is not currently erupting.Volcanoes that are dormant have not erupted in a very long time yet could do so in the future. It seems unlikely that extinct volcanoes will erupt in the near future.Magma, or molten rock, accumulates in a chamber inside an active volcano. Volcanoes that are active have the ability to erupt at any time, or they are in a state of latency. Both Mount Fuji in Japan and Mount Kilimanjaro in Tanzania are examples of dormant volcanoes.When magma from the earth's mantle is cut off, volcanoes erupt no longer. For instance, the island chain in Hawaii is gradually shifting to the northwest.The magma reserve, which is currently under Suursaare, remains underground at the same time.

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Answer:was dormant and is now active

Of the following objects, the one that astronomers think is the active core of an elliptical galaxy is a

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Of the following objects, the one that astronomers think is the active core of an elliptical galaxy is a not a cepheid

A form of galaxy known as an elliptical galaxy has a smooth, nearly featureless appearance and an approximate ellipsoidal shape. Along with spiral and lenticular galaxies, they are one of the four primary kinds of galaxy identified by Edwin Hubble in his Hubble sequence and 1936 book The Realm of the Nebulae.There are many stars, grains of dust, and gas in the Milky Way. It is known as a spiral galaxy because, from the top or bottom, it would appear to be whirling like a pinwheel. About 25,000 light-years from the galaxy's nucleus, the Sun is situated on one of the spiral arms.

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What is a fault and what are the different types?

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When two pieces of the Earth's crust entirely separate and glide past one another, faulting occurs. A fault tends to cause the movement of rocks in opposite directions.

what are the different types of faults ?

Normal, reverse, strike-slip, and oblique faulting are the four different categories of faulting. A normal fault is one in which the hanging wall or footwall of rocks above the fault plane moves downward in relation to the footwall of those rocks. When the footwall rises up relative to the hanging wall, this is known as a reversal fault.

What is an earthquake fault?

Faults are cracks in the crust of the Earth where movement has taken place. Sometimes energy from a sudden slip of the rocks on each side causes faults to shift. While intraplate fault zones are where most earthquakes happen in the midst of plates, they can also happen there.

Where are the major earthquake fault lines?

The San Andreas fault system, the main geologic divide between the North American and Pacific tectonic plates, which runs through much of California, will experience large earthquakes.

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ACTIVITY 2
Use the information from case study 2 to consider how
well tourism authorities in Myanmar have met their
research aims in trying to define the current tourism
market for the destination.
Consider how the research identifies:
the market
.
.
.
.
customer needs and wants
the competition
competition among destinations
travel trends and customer behaviours
customer preferences for destinations
popularity of destinations
stage in the Butler 'Destination Lifecycle' model.
m
Ca
t

Answers

Analyzing the tactics used by Asian government representatives and marketers to overcome stereotypes is the aim of this study.

What are the typical justifications for the need for planning and development in the tourism industry, and what are some strategies we might use there?

The development of plans and strategies for the tourism industry is crucial because it sets an example for other places to follow in order to boost tourism in their region. By continually addressing the demands of visitors and locals, it makes sure that the destination keeps up with shifting market trends.

How do you believe this epidemic will affect the travel and tourism industry?

The Covid-19 pandemic has a particularly negative influence on the tourism industry, which also has an impact on public services, opportunities, and livelihoods.

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What were the Northern colonies known for?; What type of soil did the northern colonies have?; What type of climate did the northern colonies have?; What was the Northern colonies culture?

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Skilled artisans migrated to the northern colonies, creating home industries that eventually resulted in a manufacturing base.

The New England colonies relied on fishing, logging, and subsistence farming because their rocky terrain was unsuitable for plantation farming. The whole eastern seaboard of the modern United States was quickly inhabited by English colonists after the first permanent English colony was founded in 1607. They all sailed across the Atlantic for various reasons, which resulted in a variety of colonies. A humid continental climate prevailed in the New England Colonies. This indicates that they had all four seasons, with distinct warm summers (70–84 F) and chilly, brutal winters (0-15 F). The seventeenth-century Puritan culture of the New England colonies was influenced by Calvinist theology, which held a lifestyle of pious, consecrated deeds and a belief in a "just, almighty God."

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the sediment load consisting of coarse material too large to remain in suspension, moving along the channel bottom via traction and saltation is the .

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The finest grains will be on top and the coarsest grains will be at the bottom throughout the sediment transport process. Following the movement of sediment by salination, sediment is next carried in suspension, rolled across the surface.

The natural process of weathering and erosion breaks down a substance called sediment, which is subsequently pushed by the force of gravity acting on the particles or by the action of wind, water, or ice. Sediment is a term used to describe solid material that has been moved and dumped in a new area. Sediment contains rocks, minerals, as well as fragments of plants and animals. It might be as big as a boulder.

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Match the region of Africa in column 1 to its characteristic in column 2.

Answers

The regions of Africa when matched with its characteristic in column 2 are :

East Africa - Competed for by Europe early onNorth Africa - Supported by the NileSouthern Africa - Rich in diamonds.Central Africa - Impenetrable jungles

How are Africa's climate ?

Africa has different regions which are known for several things such as their climate differences. We for instance note that Central Africa has some impenetrable jungles thanks to the wide tropical rainforests there. Then there is Southern Africa which is rich in minerals such as diamonds and gold. North Africa has the strength of the Nile to take care of it by passing through Sudan and Egypt and East Africa was a highly sought after prize by the Europeans at some point.

Africa's regions are renowned for their rich diversity and richness of natural resources. In reality, certain parts of Africa are renowned for having distinctive cultural and natural characteristics.

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What is the role of the ozone layer in sustaining life on Earth?; How does the ozone layer protect life on the Earth Class 8?

Answers

The [tex]O_3[/tex] layer is essential to the survival of life on Earth. Ozone absorbs harmful radiation from the sun.

The ozone layer shields life on Earth. Ozone is very effective in trapping UV light, a type of irradiation that may destroy DNA molecules in plants and animals and may penetrate layers of defense like the skin.

The ozone layer, which acts as an imperceptible buffer, protects our bodies from the sun's harmful ultraviolet (UV) radiation.

The ozone layer shields life on Earth. Ozone is very effective in trapping ultraviolet radiation, sometimes referred to as UV light, which may destroy stranded DNA in animals and plants as well as penetrate insulating layers on creatures like the skin.

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due to the high magnitude and unpredictability of mekong river floods, the river valley and delta region are sparsely settled. True or False ?

Answers

It is a false statement that due to the high magnitude and unpredictability of Mekong River floods, the river valley and delta region are sparsely settled.

Flooding occurs annually in the Lower Mekong River Basin (LMB), which has both beneficial and harmful effects. Fisheries in the basin are supported by the yearly flood pulse, which also preserves river shape and deposits sediments that increase soil fertility.

The results of one study, which examined the condition and growth of the river's fish stocks, and the other, which polled riverside homes, were both well known. The numerous people who depend on the Mekong are suffering as a result of climate change, overfishing, and the construction of hydropower dams.

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Deltas
A. may form where a stream empties into a valley bottom at the base of a mountain range
B. are likely to slowly sink and become swampland called a bird's-foot delta
C. make poor farmland because they flood regularly, and flooding leaches out the minerals.
D. received their name because some have a triangular shape, but many don't
received their name because some have a triangular shape, but many don't

Answers

The correct answer is that B, i.e., is likely to slowly sink and become swampland called a bird's-foot delta.

Deltas measure wetlands that kind as rivers empty their water and sediment into another body of water, like the ocean, lake, or another watercourse. Deposition in deltas is targeted at the delta front, wherever jet flow is initiated. Sand is set down in watercourse mouth bars which can coalesce into delta-front sand sheets. On the far side, the sand's finer sediments square measure deposited within the prodelta, a marine setting whereby seventy-fifth of the particular delta mass accumulates.

As a watercourse meets the ocean, the sediment it carries is deposited in a very fan-like formation called a delta. As longshore drift picks up and transports the sediment, it may be carried and deposited down current to create sediment options like sand bars, spits, and barrier islands.

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living on earth in a way that allows humans to use its resources without depriving future generations of those resources.

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Sustainability referred to those living resources on earth in a way that allows humans to use its resources without depriving future generations of those resources.

Sustainable development is determined to that development that meets the needs of the resources without compromised the ability of future generations to meet their own needs of resources.

The environmental is the main key of indicators that help us to analyze the health of the planet. by using this information it was guide us to looking towards the sustainability whichmeans we living on the Earth in a way that allows us to use these resources without depriving future generations of those resources.

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members of species australopithecus afarensis (such as the lucy fossil) were hominins, but retained some apelike features such as

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Australopithecus afarensis had both ape and human traits: contributors of this species had apelike face proportions (a flat nostril, a strongly projecting decrease jaw) and braincase (with a small mind, typically less than 500 cubic centimeters, approximately 1/3 the scale of a current human brain), and long, strong arms with curved palms

Regardless of apparent differences, modern-day people and Lucy have one important similarity - we each walk upright. Bipedal motion is a very human great, and scientists without delay diagnosed that Lucy may want to stroll after reading the shape of her knees and the shape of her backbone.

In 1974, Lucy showed that human ancestors were up and on foot round lengthy earlier than the earliest stone gear were made or brains were given larger, and next fossil unearths of a great deal earlier bipedal hominids have confirmed that end. Bipedalism, it seems, became the first step towards becoming human.

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What is a coral reef ecosystem?; What role do corals play in marine ecosystems?

Answers

Coral polyp colonies, often known as coral reefs, number in the hundreds to thousands. These sessile (fixed in one spot permanently) marine invertebrate creatures have strong calcium carbonate exoskeletons.

What role do corals play in marine ecosystems?

Coral reefs offer chances for recreation, serve as a barrier against erosion and storm damage, and support local economies. They are also a source of fresh medications and food. More than 500 million people rely on reefs for safety, income, and food.

What is the coral reef ecosystem made of?

Thin calcium carbonate layers make up a coral reef.

Over a skeleton made of calcium carbonate, coral polyps create a living carpet. The corals most in charge of creating the groundwork for and erecting reef structures are known as stony corals (or scleractinians).

How are coral reefs formed ?

When free-swimming coral larvae cling to submerged rocks or other hard surfaces along the margins of islands or continents, coral reefs are first formed. Reefs develop one of three main structural types as the corals swell and grow: fringing, barrier, or atoll.

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what happens when volcanoes release greenhouse gases into the atmosphere?; what are the effects of volcanic eruptions to environment; how does volcanic activity affect climate brainly; describe two ways that the surrounding environment of a volcano can change over many years; how do volcanoes affect humans and the environment; 5 effects of volcanic eruption on the environment; how do volcanoes affect humans and the environment essay; 4 effects of volcanic eruption

Answers

when volcanoes release greenhouse gases into the atmosphere carbon dioxide, a greenhouse gas, has the ability to support global warming, volcanic gases like sulfur dioxide can actually cause global cooling.

what are the effects of volcanic eruptions to environment?

The degradation of water quality, fewer rainy days, crop losses, and vegetation destruction are further repercussions. Increased respiratory system morbidity and mortality among persons impacted by volcanic eruptions have been found during eruptions and in the early aftermath.

how does volcanic activity affect climate ?

The majority of the injected ash gets cleared from the stratosphere within a few days to weeks and has no effect on climate change. But whereas volcanic carbon dioxide, a greenhouse gas, has the ability to support global warming, volcanic gases like sulfur dioxide can actually cause global cooling.

how do volcanoes affect humans and the environment?

Volcanic ash can accumulate harmful gases like carbon dioxide and fluorine. Crop failure, animal death and deformity, and human illness are all potential consequences of the ensuing ash fall. Ash's abrasive particles can irritate and inflame the skin's surface as well as the eyes.

What are the 5 effects of volcanic eruption on the environment?

The degradation of water quality, fewer rainy days, crop losses, and vegetation destruction are further repercussions. Increased respiratory system morbidity and mortality among persons impacted by volcanic eruptions have been found during eruptions and in the early aftermath.

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based on current evidence, which of the following is considered the most likely candidate for the majority of the dark matter in galaxies?

Answers

WIMPs or the weakly interacting massive particles and dim but ordinary objects that includes planets or brown dwarfs are known to be the most likely candidate for the majority of the dark matter in galaxies.

Weakly Interacting Massive Particles, or WIMPs, are known to represent one hypothesized class of particles for explaining dark matter. They neither absorb nor produce any light and do not interact greatly with other particles. But in the process of encountering each other, they destroy and lead to the formation of gamma rays.

WIMPs are not light. They are considered to be massive particles because they possess masses that are known to be greater than the mass of the proton.

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which statement is not true for the climate of the so. cal. chaparral? group of answer choices mild winters close to an ocean hot, dry and long summers humid and hot summers some rain (if any) in winter

Answers

Chaparral is found in regions with a climate similar to that of the Mediterranean area, characterized by hot, dry summers and mild, wet winters. Hence, statement 2 is not correct.

A geographical feature known as "chaparral" that is mostly found in the U.S. state of California, southern Oregon, and the northern region of Mexico's Baja California Peninsula is a shrubland plant community. Its Mediterranean environment, which features hot, dry summers and warm, wet winters, as well as infrequent, intense crown fires, shape the region. In contrast to the adjacent soft-leaved, drought-deciduous scrub community of coastal sage scrub, which is frequently found on drier, southern-facing slopes within the chaparral biome, summer-drought-tolerant species are present in chaparral.

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what is a planet; solar system; mercury (planet); is pluto a planet; venus planet; all planets; planet name; what are the 12 planets

Answers

Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, and Neptune are in order of proximity to the sun. Pluto, which was once thought to be the outermost planet, is now categorized as a dwarf planet.

what is a planet?

A planet is a celestial body that meets the following criteria, it orbits the Sun, it has enough mass for its self-gravity to outweigh rigid body forces, assuming a hydrostatic equilibrium shape that is roughly circular, it has cleared the area in and around its orbit.

what is solar system?

the sun together with the collection of celestial bodies that are drawn to it and orbit it. also: another star-centered system with a similar configuration.

Where is the solar system?

The Milky Way Galaxy's Orion-Cygnus Arm contains the solar system. The closest star system to the solar system is Alpha Centauri, which is made up of the stars Proxima Centauri, Alpha Centauri A, and Alpha Centauri B.

What is the most important in solar system?

With the Sun making up about 99.8% of the Solar System's mass, it is clear that the Sun is its most significant component. The Solar System is "held" together by the Sun's powerful gravitational pull, which also maintains the planets' elliptical orbits around it.

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Northeasterly and southeasterly winds within 30° of the equator are known as the _______ winds.

southwesterly
easterly
sailing
trade

Answers

The trade wind (also known as the trade wind) is the dominant pattern of easterly surface winds found in the tropics near the equator of the subtropical monsoon. In the Northern Hemisphere, this wind blows mainly from the northeast, while in the Southern Hemisphere, it blows from the southeast.

A wind rose is a graphical tool used by meteorologists to show the general distribution of wind speed and direction at a given location. Wind patterns shown on the polar coordinate grid indicate the frequency of wind blowing from a particular direction. The length of each spoke around the circle is proportional to the time the wind blows in each direction.

The mid-latitude winds (between 35 and 65 degrees), also known as the prevailing westerly winds, blow poleward toward the subtropical monsoons in the equatorial region. These strong winds blow from west to east and direct extratropical cyclones in that direction.

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Overthrust belt of central Utah and eastern Idaho: what it is, some typical structural geometries, when it formed, and its importance in petroleum resources Sketch if possible

Answers

the increased price of oil and the uncertainties surrounding long-term global oil supply. The Overthrust belt, which includes portions of Wyoming, Utah, and Idaho, is one of the most promising regions for exploration in the continental United States.

Only recently have significant new fields been discovered, even though oil has been mined from the Overthrust belt for more than a century. At Pineview, Utah, the first substantial discovery was found in 1975. Eleven new oil and gas fields had been discovered in Wyoming and Utah by the end of 1979. 500 million barrels of recoverable oil and 5.S trillion cubic feet of recoverable gas are the potential output from these fields, respectively. The Overthrust belt's full potential as a significant hydrocarbon resource is unclear since it is still regarded as a petroleum exploration frontier.

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the oceans take up more co2 in the summer because co2 is more soluble in ocean water when the water is warm in the summer. True or False

Answers

False, According to the study, a lot more [tex]CO_2[/tex] dissolves in the coldest ocean waters because cold water is better than warm water in absorbing and dissolving gases like [tex]CO_2[/tex].

At higher partial temperatures and pressure, carbon dioxide dissolves more readily in the water while doing less so.

As water temperature rises, so does the rate of [tex]CO_2[/tex] absorption. As a result, arctic places like Alaska, where the seawater is relatively chilly, are able to absorb more [tex]CO_2[/tex] than the warmer tropical regions.

In general, hot water can dissolve more solids than cold water but fewer gases like oxygen and carbon dioxide. At high temperatures, gases are much more able to flee into the air and are thus not supplied as rapidly, resolving into the water from the air.

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since the beginning of the industrial revolution, the increased flux of carbon into the atmosphere has been primarily due to . question 20 options: addition of fertilizers to the soil desertification addition of phosphate in detergents burning of fossil fuels deforestation

Answers

Since the beginning of the industrial revolution, the increased flux of carbon into the atmosphere has been primarily due to the burning of fossil fuels.

When fossil fuels are burned, they release nitrogen oxides into the atmosphere, which contribute to the formation of smog and acid rain. The most common nitrogen-related compounds emitted into the air by human activities are collectively referred to as nitrogen oxides. Ammonia is another nitrogen compound emitted into the air, primarily from agricultural activities, but also from fossil fuels.

Major sources of nitrogen oxide emissions include cars and trucks, coal-fired power plants, large industrial operations running on fossil fuels, ships, and airplanes.

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lab structural geology part 2 list the five geologic time periods found on the left side of this map

Answers

The first division of geologic time is into the eons of the Hadean, Archean, Proterozoic, and Phanerozoic. The Precambrian, which we'll refer to as a "super" eon, is the name given to the first three eons.

The eons are split into eras, which are further divided into periods, which are further divided into epochs, which are further divided into ages. We shall use this terminology for the duration of this lab manual. You'll see that there is another method to refer to these intervals on the chronology. You will mostly notice us referring to eras of geologic time throughout this lab handbook. When referring to distinct periods of geologic time, geologists often use acronyms, especially on geologic maps. Because the abbreviation isn't necessarily the initial letter of the name, some of these acronyms could be confusing.

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Based on what you learned about the terrestrial planets, select all of the correct statements from the following list

Answers

-The cores of terrestrial planets are metallic.

-The mantles of terrestrial planets are made of dense rock

A terrestrial planet, earthly planet, or rough planet, is a planet that is composed fundamentally of silicate rocks or metals. Inside the Solar System, the terrestrial planets acknowledged by the IAU are the internal planets closest to the Sun: Mercury, Venus, Earth and Mars. Among astronomers who use the geophysical meaning of a planet, a few planetary-mass satellites - Earth's Moon, Io, and sometimes Europa - may also be considered terrestrial planets; thus might be the rough protoplanet-asteroids Pallas and Vesta. The terms "terrestrial planet" and "earthly planet" are gotten from Latin words for Earth (Land and Tellus), as these planets are, in terms of structure, Earth-like. Terrestrial planets are by and large studied by geologists, astronomers, and geophysicists.

Terrestrial planets have a solid planetary surface, making them substantially not the same as the bigger gaseous planets, which are composed mostly of some blend of hydrogen, helium, and water existing in various physical states.

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Based on the soil texture triangle, which of the following would describe soil that was 25% clay, 25% silt, and 50% sand?

Answers

Based on the soil texture triangle, Clay would describe about the soil that was 25% clay, 25% silt, and 50% sand.  The textural triangle defined as the relative proportions of sand, silt and clay in different types of soils.

The soil texture triangle is verified to classify the different texture of a soil and the sides of the soil texture triangle are scaled for the percentages of sand, silt, and clay. percentages of clay are read from left to right across the triangle

Soil texture  is very  important because it ensured the  soil features that affect plant growth. These three features are water-holding capacity, permeability, and soil workability.

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What is the rule of 13? a student who obtained a percentile rank of 75 on an achievement test is best characterized as having In 2014, 100 trees were planted by the people in Cherry Hill. The table below shows the number of trees planted of each type.Trees PlantedTree Number of TreesOak 45Maple 17Palm 28Pine 10Which circle graph correctly shows the information from the table? #35On the real number line, what is the midpoint of-3 and 11?A. -5B. 0C. 4D. 7E. 14 greg does not go to the dentist every 6 months for a chek up. instead, he waited until a tooth really hurts, then goes to the dentist. after 2 emergency trips to the dentist, greg now goes to the dentist every 6 months like he should. An infectious protein is aA) PrionB) ViroidC) RetrovirusD) BacteriophageE) None of the above (figure 1) shows five identical light bulbs a-e connected to a battery. initially, some of the bulbs light up because the two terminals of each bulb are connected to opposite terminals of the battery. if any wire in the circuit is cut, some bulbs may go out. figure1 of 1 part a part complete which bulbs, if any, go out when a single cut is made at location a? check all that apply. a b c d e none previous answers correct part b which bulbs, if any, go out when a single cut is made at location b? check all that apply. which bulbs, if any, go out when a single cut is made at location ?check all that apply. a b c d e none request answer part c which bulbs, if any, go out when a single cut is made at location c? check all that apply. how are organizations responding to social media complaints? In order to control its enormous empire, the Persian government:A. forced all conquered people to adopt the Persian religion.B. divided its territory into separate regions with some local control.C. allowed many territories to avoid paying taxes to the emperor.D. built a military centered on land forces rather than a navy. a 3030 cm wrench is used to loosen a bolt with a force applied 0.30.3 m from the bolt. it takes 6060 nn to loosen the bolt when the force is applied perpendicular to the wrench. how much force would it take if the force was applied at a 3030 degree angle from perpendicular? How many lone pairs are in the Lewis structure of hydrazine H2NNH2 ? 4 12 : 8 Someone please answer this my question is in the picture I will give you brainliest and your getting 50 points no fraud answers. leen has been experiencing extreme anxiety in any social situation. she started using alcohol and recreational drugs to cope with her anxiety. leen is exhibiting like any scientific theory, the theory of evolution is subject to revision or even to being discarded if future observations do not agree with its predictions. which of the following hypothetical observations (none of which are real) would force us to reconsider the theory of evolution? a client has a leg immobilized in traction. which observation by the nurse indicates that the client understands actions to take to prevent muscle atrophy? modern managed cloud service providers will often use secure keyboard/video/mouse (kvm) devices within their data centers. these devices are extremely expensive compared to their non-secured counterparts. which of the following is one of the reasons cloud service providers do this? Argon has a normal boiling and freezing points of 87.3 K and 83.8 K, respectively. The triple point of argon occurs at 83.8K at 0.68 atm. What physical change can be observed- if any- when the temperature of an argon sample is increased from 85K to 90K at a constant pressure of 0.46 atm? No physical change occurs- the sample is gas and stays gas liquid to gas no physical change occurs- the sample is liquid and stays liquid solid to gas solid to liquid which of the following statements regarding the investment advisers act of 1940 and the adviser's brochure is correct? a) each client must receive the brochure no later than 48 hours after entering into the advisory contract. b) annual delivery of a summary of material changes relieves the adviser of the obligation to deliver a brochure. c) each client must receive the brochure no later than the entry into the advisory contract. d) advisers must deliver the brochure to clients for whom they offer impersonal advisory service only when the annual charge does not reach $500. A library is holding a special five-day event honoring successful local writers. One writer will be invited to be a guest speaker for each night from Monday through Friday, and no writer will be asked to participate twice. The writers have each written books in only one of four different genresscience fiction, mystery, historical fiction, and non-fiction. A, J, and X are all science fiction writers. B and Y are both mystery writers. C and Z are both historical fiction writers. L is a non-fiction writer. The following conditions apply without exception:At least one writer from each genre will be invited to speak on at least one night.No two authors from the same genre will be invited to speak on the following night.If C is invited to speak, then X is invited to speak on the following night.If Y is invited to speak, then neither C nor A are invited to speak.If X and J are both invited to speak, then neither will speak on either the first or last night.If L and B are both invited to speak, then neither will speak on either the first or last night.If L is invited to speak on Friday, then on what days MUST a science fiction writer be invited? Possible Answers:Monday and WednesdayMonday and TuesdayTuesday and ThursdayOnly WednesdayMonday and Thursday Takeaways from: Does philosophy help science|I