Containing 10% of the world’s freshwater, what is the largest u. S. Lake?.

Answer:

The wonderful state Kerala offers an amazing variety of products when it comes to handicrafts. Notable ones are carvings in metal and wood( rosewood and sandalwood), metal jewellery, granite statues, figures and paintings of elephants, coconut shell, coir products, colourful wall hangings, bags and snake boat model.

Answer:

The primary fear for nations entering free trade is that they will be out-produced by a country ... Comparative advantage stipulates that countries should specialize in a certain class of ... Standards of living improve as a result.

Explanation:

The most likely central pressure for a Category 3 hurricane is around 950-969 millibars (mb), sustained wind speeds range from 111-129 miles per hour (mph), and storm surge can reach heights of 9-12 feet above normal tide levels.

When a hurricane is classified as Category 3 on the Saffir-Simpson scale, it indicates a major hurricane with significant potential for damage. The central pressure of a Category 3 hurricane typically ranges between 950 and 969 mb. This measurement reflects the atmospheric pressure at the center of the storm and serves as an indicator of its intensity. A lower central pressure suggests a more intense storm system.

In terms of sustained wind speeds, a Category 3 hurricane is characterized by winds ranging from 111 to 129 mph. These winds can cause extensive damage to structures, uproot trees, and generate dangerous flying debris. The sustained wind speed is the average speed over a one-minute period at a height of 33 feet above the ground.

Storm surge is another critical factor associated with hurricanes. It refers to the abnormal rise in water level along the coast caused by the hurricane's winds and low pressure. For a Category 3 hurricane, storm surge heights typically range from 9 to 12 feet above normal tide levels. This surge can lead to severe coastal flooding, erosion, and significant damage to coastal infrastructure.

In summary, a Category 3 hurricane is characterized by a central pressure around 950-969 mb, sustained wind speeds of 111-129 mph, and storm surge heights reaching 9-12 feet above normal tide levels. These parameters highlight the destructive potential of a Category 3 hurricane and emphasize the need for preparedness and evacuation measures in the affected areas.

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The Earth was formed from the tectonic plates that slowly combined with the other plates to form mountain ranges, landmasses etc.

The tectonic plates are the surface of the irregular solid rock which is also called as Lithosphere plate and it is made up of continental and oceanic lithosphere.

The Earth was formed billions years ago by the movement of the tectonic plates and lead to the formation of the landmasses, mountain ranges, volcanoes etc.

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A(n) horizontal, or strike-slip fault has little or no vertical movements of the two blocks.

A vertical, or strike- slip, fault  generally has little to no  perpendicular movement between two blocks of  gemstone. This type of fault occurs when two blocks move  resemblant to one another along a fault aeroplane.

This type of fault is common in areas where  monumental plates are sliding past one another horizontally,  similar as the San Andreas Fault in California. Strike- slip faults can produce earthquakes, and the  inflexibility of the shaking can be  told  by factors  similar as the speed and direction of the slip, the length of the fault, and the type of  gemstone involved.

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In the Northern Hemisphere, storm surge is always most intense on the eastern side of the eye (viewed from the ocean) where winds are blowing towards the shore.

A storm surge is a sudden rise in sea level, typically caused by high winds from a severe storm. The primary driving factor of storm surges is the low pressure created by the storm, which results in a buildup of water underneath it.

Therefore, in the Northern Hemisphere, storm surge is always most intense on the eastern side of the eye (viewed from the ocean) where winds are blowing towards the shore. Storm surge is particularly dangerous because it can cause flooding in low-lying areas that are normally dry, leading to property damage and loss of life.

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The mystery of ough skinned newts is associated with the fact that members of that species have been presenting much higher levels of poison than they used to be.

The ough skinned newts is a species of salamander that has toxins on its skin, which can infect predators and even humans.

The mystery of ough skinned newts can be explained with natural selection, as the natural habitat of these salamanders was invaded by very resistant snakes that are predators of ough skinned newts. The resistance of these snakes meant that the toxins in the skin of ough skinned newts were not enough to protect them. This caused the ough skinned newts to be killed more often and in greater numbers. However, the ough skinned newts who had higher levels of toxins managed to survive the attack of predators, including snakes. Those ough skinned newts that survived spawned other ough skinned newts that have the same toxin content.

Over time, the ough skinned newts with lower levels of toxins died, while those with higher levels of toxins survived and generated more ough skinned newts, which caused the species to change. This is an example of natural selection, as it allowed individuals more adapted to the environment to survive.

Natural selection is known to be the various methods used by animals in a  populations of living organisms so that they can adapt and also change.

In regards to Natural selection the rough-skinned newt population is known to have some measures of change. The newt population is one that has a whole lots of variation in regards to poisonousness among animals.

This is due to the fact that they have  predators (snakes), which is said to make the more poisonous traits to be adaptive in course of time.

The Studies of this specie has shown that they have  the ability to produce toxins. This toxin is what they use as a form of defense against a predator attack and adapt to their environment.

The common garter snake is known to be a common predator of rough-skinned newts, and has shown some measure of resistance to the toxin produce by the newt.

So therefore, newts have been found to create more potent toxin that makes that is specific for the snakes that has greater form of resistance to the toxin.

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Nuclear and Fossil fuel-burning power plants are thermal power stations that produce heat to make steam to spin a generator and generate electricity. They differ mainly in where their energy comes from; a nuclear reactor produces heat from radioactive metals, and a fossil-fuel plant burns coal, oil, or natural gas.

Nuclear power plants turn a small amount of (different) nonrenewable rock into power and solid pollutants that can be contained quite reliably, with (especially compared to the power produced) very few exceptions.

Fossil fuel-burning power plant turns a large amount of nonrenewable rock (and oil) into power and pollutant gas that can’t easily be contained and gets out into the environment.

The advantages of nuclear power are they are low-carbon energy sources, reliable and cost-effective, and essential to our response to climate change and greenhouse gas emissions, whereas, for fossil fuel-burning plants, they are easy to install, highly efficient and reliable, currently wide availability, an abundance of fossil fuel sources.

The disadvantages of the nuclear power plant are nuclear waste, malfunctions can be catastrophic, and very high upfront costs, whereas, in the case of fossil fuel burning plants, they are unsustainable, incentivized, release vast amounts of harmful byproducts called greenhouse gases (especially carbon dioxide (CO2)), into the atmosphere and non-renewable.

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Solar weather, such as coronal mass ejections (CMEs), prominences, and flares, can disrupt communication and power grids, cause health hazards for astronauts, and interfere with GPS and radio signals.

Solar weather can affect our lives on Earth by causing disruptions in communication and power grids, as well as posing potential health hazards to astronauts and satellite systems.

Coronal mass ejections (CMEs), which are powerful bursts of charged particles, can cause geomagnetic storms that result in auroras and interfere with radio communications and GPS signals.

Prominences, which are large loops of plasma, can disrupt satellite and communication systems. Flares, which are intense bursts of radiation, can cause radio blackouts and affect power grids, potentially leading to widespread power outages.

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The air disperses horizontally in every direction where the frigid downdraft hits the surface. A gust front is the surface line separating the cooler, moving air from the warmer, surrounding air False.

When specific weather conditions exist, they can produce a line of extremely strong winds known as a gust front. Whenever a downdraft from a thunderstorm that is raining strikes the surface, it spread out in all direction. This air can expand quickly and produce a gust front as it does so.

That air expands outward from beneath the thunderstorm as it leaves the clouds and hits the ground. The gust front is located here. The frigid air is pushing in. By moving forward, it creates a barrier between the surface's warm, muggy air and the surroundings.

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Answer:

The correct answer is D.

Answer:

what thing

Explanation:

Type of hard stabilization increases beach erosion is Groin and Jetty.

A jetty is a rigid structure used to maintain upwelling shores to limit the transport of coastal sediments from the deployment site. You have to catch the sand transport by the current. The

groin is another type of vertical bank structure located adjacent to the tidal inlet to control the movement of the inlet. Both are used to destabilize coastal systems and disrupt natural sedimentary regimes.

Hard stabilization is the use of engineered barriers to prevent erosion.

Other fixed stabilizing structures, such as breakwaters and revetments, are constructed parallel to the beach to protect the shoreline from wave forces.

Solid stabilizing structures such as sand barriers are built perpendicular to the shore to prevent sand movement along the shore and protect the beach.

These structures are designed to last for years but are not always the ideal solution as they detract from the visual splendor of the beach. In addition, they affect the habitats and breeding grounds of native coastal species, disrupting natural processes in ecosystems.

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Answer:

Arctic and Sahara

Explanation:

The climate is not very suitable for humans

Answer:

Mountain regions along with locations near the poles of the world

Explanation:

Mountains are scarce in resources and the poles are either way too cold or way too hot

Answer:

The religious conflict is Nigeria is a very serious one, and it brings in lot of instability, violence, death, in the country. The reason why this happens is mainly because big portion of the population is uneducated, so the religious authorities that very often are extremists, use that and control the people with ease in order to satisfy their own twisted ideologies.  

 The fact that the Christians and the Muslims have traditionally had conflicts with each other, preaching hatred towards the other religious groups, and open call for violence, had made a mess of the country, and unfortunately it doesn't seem that the government has a solution for the situation.

Answer:

Although Nigeria has had a democratic government since 1999, the country faces major social, political, and economic challenges. Charges of election fraud and embezzlement have marred the government. High unemployment, widespread poverty, and an unequal distribution of wealth have created ongoing economic problems. At the forefront of the nation's problems, however, is the ongoing religious conflict between the Muslim north and the Christian south. Sharia law was enacted in 1999 in the Muslim areas, and many are pushing to make Sharia law apply to the entire nation. Violence is common and is particularly bad in the "Middle Belt," or middle region, which divides the nation in half. Politicans exploit these religious differences for political gain, which adds to the struggles the country is facing.

Explanation:

This is the sample response  

Answer:

the power of the Supreme Court to declare laws as unconstitutional

Answer:

as unconstitutional.

Explanation:

Observation of volcanic eruptions and earthquakes along plate boundaries is the finest method for demonstrating how the Earth's crust has changed over millions of years as a result of plate tectonics. Here option D is the correct answer.

The best evidence of Earth's crust changing over millions of years as a result of plate tectonics can be found in the discovery of magnetic striping on the ocean floor. This phenomenon, known as marine magnetic anomalies, was first observed in the 1960s during the exploration of the oceanic crust.

Scientists discovered that the ocean floor is not a uniform structure but rather consists of a series of parallel magnetic stripes, running roughly perpendicular to the mid-ocean ridges. These magnetic stripes are created by the process of seafloor spreading, which is a key mechanism of plate tectonics.

As new crust is formed at the mid-ocean ridges, molten rock (magma) rises and solidifies, preserving the orientation of Earth's magnetic field at the time. Over time, the Earth's magnetic field reverses direction periodically, resulting in a pattern of alternating magnetic polarities along the ocean floor.

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Complete question:

Which of the following options provides the best evidence of Earth's crust changing over millions of years as a result of plate tectonics?

A) Fossil records of extinct species found on different continents.

B) Radiometric dating of rocks revealing their age and distribution.

C) Discovery of magnetic striping on the ocean floor.

D) Observation of volcanic eruptions and earthquakes along plate boundaries.

Urban planning considers how people view and interact with their surroundings. Urban design tools are planners' most useful tools for addressing people's concerns about the appearance, feel, and livability of their towns.

In addition to giving you a variety of professional skills including design and placemaking, studying urban planning enables you to get specialized expertise in town and regional planning. understanding of housing policy, law, and planning procedures. financing and making policies.

For buildings, parks, transportation hubs, neighborhoods, and waterways, urban designers draw out lines. They might enhance current areas or build new developments and facilities. Urban design projects are frequently overseen by local governments, who make sure they follow all relevant local laws and regulations.

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The type of fault responsible for the placement of Precambrian gneiss and granite of the Blue Ridge Mountains on top of Cambrian and Ordovician sedimentary rocks is known as a thrust fault.

A thrust fault is a type of reverse fault where older rocks are pushed up and over younger rocks. In the case of the Blue Ridge Mountains, the thrust faulting occurred during the Appalachian orogeny, a mountain-building event that took place approximately 325 to 260 million years ago.

The collision of the ancient supercontinent of Pangea with North America caused intense compressional forces, resulting in the formation of thrust faults. The Precambrian gneiss and granite, which are older rocks, were thrust over the top of the younger Cambrian and Ordovician sedimentary rocks, forming the characteristic geologic structure observed in the Blue Ridge Mountains.

Therefore, the answer is thrust fault.

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Answer:

We can be neutral with our environment or hurt it. We use the environment and its recourses to be where we are today. But that takes a toll on the environment.

Terrigenous sediments are likely find on the landward side of a bar trough.

Terrigenous sediments in oceanography are those that result from the erosion of land-based rocks; they are thus sourced from terrestrial (as opposed to marine) environments.

Rivers carry sand, mud, and silt, and these sediments are mainly deposited on the continental shelf. Their composition is typically related to the source rocks.

Terrigenous sediments are produced by a variety of processes, such as volcanic eruptions, rock weathering, wind-blown dust, glacial churning, and sediment transport by rivers or icebergs.

A large portion of the salt in today's oceans is the result of terrible sediments. Minerals are still carried by rivers to the ocean throughout time, but when water evaporates, the minerals are left behind.

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The answer is Temperate Northern Hemisphere.

A region is a section of the Earth's surface that is defined by certain distinctive physical and/or cultural characteristics. Natural characteristics include such features as landforms, climate, soils, and vegetation. Human characteristics can include such things as language, religion, industry, or political systems.

The Earth's surface is divided into several distinct areas known as regions, each of which is characterized by particular properties. A region is defined as a contiguous area or expanse with similar or comparable qualities, characteristics, or attributes, typically defined in terms of either physical geography or human geography.

The major types of regions are Formal, Functional, and Vernacular. The major types of regions are elaborated-Formal regions are defined by certain characteristics, such as a high degree of uniformity in economic, political, or social situations, such as the Rocky Mountains region.

Functional regions are defined by their connections and the social and economic interactions that occur within them, such as the U.S. Census Bureau's metropolitan regions.Vernacular regions are determined by people's perceptions or by cultural attitudes, such as the “Deep South” in the United States.

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The statement "no greenhouse effect currently occurs on earth, and this is a good thing for humans" is false.

The greenhouse effect does currently occur on Earth, and it is an important process that helps to regulate the planet's temperature and make it habitable for life as we know it. Without the greenhouse effect, the Earth's average temperature would be much colder, and life as we know it might not be able to survive.

However, an excessive increase in greenhouse gases, such as carbon dioxide, can lead to an imbalance in the Earth's climate system and result in global warming and other negative consequences.

The process occurs when the Earth's atmosphere traps some of the heat that is radiated back from the Earth's surface. Greenhouse gases, such as carbon dioxide and methane, contribute to the greenhouse effect.Venus also has a greenhouse effect, which is believed to have caused its surface temperature to rise to extreme levels.

The greenhouse effect on Venus is thought to be caused by its thick atmosphere, which contains large amounts of carbon dioxide. This has led to an extreme, possibly runaway greenhouse effect that makes Venus's planetary surface the hottest in the solar system.

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Answer: crab fishermen in Anchorage, Alaska

Explanation:

With the earthquake's epicenter being southeast of the city and an estimated impact radius of 10 kilometers, it is crucial for authorities and residents to be prepared, follow safety protocols, and stay informed.

The seismological service has identified the epicenter of an earthquake near a city. Based on their analysis, the epicenter is located approximately 13 kilometers east and 15 kilometers south of the city's coordinates. This means that the earthquake's epicenter is positioned southeast of the city.

Furthermore, the seismological service has estimated that the earthquake's impact is likely to reach a radius of 10 kilometers around the epicenter. This implies that areas within a 10-kilometer radius of the epicenter, including the city and its surrounding regions, are at a higher risk of experiencing the effects of the earthquake.

Given the proximity of the epicenter to the city, it is crucial for local authorities and residents to be prepared and take appropriate safety measures. Earthquakes can cause significant damage to infrastructure, pose threats to human lives, and result in secondary hazards such as landslides and aftershocks.

Therefore, it is essential to follow established earthquake safety protocols, such as seeking shelter in sturdy structures, staying away from windows and heavy objects, and listening to official instructions and evacuation orders.

It is advisable for the local government and emergency services to promptly disseminate information and coordinate rescue and relief efforts to mitigate the potential impact of the earthquake.

Additionally, individuals should remain vigilant, stay informed about the latest updates from the seismological service and local authorities, and be prepared to act swiftly in response to any emergency situations that may arise.

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Answer:

C. The temperatures on land change more rapidly than temperatures on water.

Explanation:

Sorry for being late but hopefully I help others in the future :)

Coastal area have less variation in temperature than noncoastal area because temperatures on land change more rapidly than temperatures on water.

The coastal area refers to an area where land meets the ocean, lake, river etc.

A non-coastal area means an area which is not near a coast.

So, a coastal area have less variation in temperature than noncoastal area because temperatures on land change more rapidly than temperatures on water.

Therefore, the Option C is correct.

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The given statement "Geologists can learn about past environments and climates by collecting cylinder-shaped drill from the seafloor" is true because drill cores in the form of cylinders can be taken from the bottom by geologists to discover more about previous ecosystems and climates.

These drill cores can capture the sediment layers that have built up over time on the seafloor, which can provide details on previous ocean conditions, temperature, and even the evolution of life on Earth.

Geologists can reconstruct historical habitats and climates by examining the composition, texture, and structure of the sediment layers in these cores. They can also discover the processes that have changed the Earth's surface over millions of years.

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Answer: The length of daytime varies from place to place because of Earth’s tilt and rotation.

Explanation: Daytime is the period of time when a place on Earth is facing the Sun and receiving sunlight. The length of daytime depends on two factors: Earth’s tilt and rotation. Earth’s axis of rotation is tilted 23.44° to the line perpendicular to its orbital plane, called the ecliptic. This means that different parts of Earth receive different amounts of sunlight throughout the year, creating the seasons. The length of daytime changes with the seasons, being longer in summer and shorter in winter for each hemisphere. Earth’s rotation is the movement of Earth around its own axis, which takes about 24 hours to complete one cycle. This means that different places on Earth face the Sun at different times of the day, creating day and night. The length of daytime also changes with the latitude, being longer near the poles and shorter near the equator. Therefore, the length of daytime varies from place to place because of Earth’s tilt and rotation.

Hope this helps, and have a great day! =)

Answer:

A. it stretches along the western side of the entire region

Answer:

it has extreme temp variation

Answer:

These three cities are at the same latitude. They are San Francisco, California; Wichita, Kansas; and Virginia Beach, Virginia. Proximity to the ocean is important. Also important is the direction the winds are blowing at this location.

Oceans and Climate

When a place is near an ocean, the water can have a big effect on the climate.

Coastal and Inland Climates

Places at the same latitude may have very different climates if one is on a coast and one is inland.

On the coast, the climate is influenced by warm moist air from the ocean. A coastal climate is usually mild. Summers aren’t too hot, and winters aren’t too cold. Precipitation can be high due to the moisture in the air. This is a maritime climate.

Farther inland, the climate is influenced by cold or hot air from the land. This air may be dry, because it comes from over land. An inland climate is usually more extreme. Winters may be very cold, and summers may be very hot. Precipitation can be low. This is a continental climate