OCEAN SURFACE CIRCULATION 1. For each wind arrow, draw an arrow showing the direction of the average water movement due to deflection. 2. The water movement in the ocean is deflected further by the continents. Draw in a single, large dashed circle with arrows showing the resulting circular surface current in the North Atlantic Ocean. 3. What is the direction of the overall water motion? clockwise counterclockwise 4. In what direction does the current you drew flow next to the East Coast of North America? toward the north foward the south 5. Does the water in the Atlantic Ocean moving to the north past the East Coast of North America come from a warmer or cooler climate than the East Coast of North America? warmer cooler 6. Two shdents are discusting the turface currents in the Pocific Ocean in the northern hemisphere Student 1t t think the surface current trovels clockwise. like f dnew to the right, becouse the whal is the same os over the Atlantic Ocean in the northem hemisphere. The cold-woter current is moving south next to the West Coost of North Amenico. Student 2i I think it trovels counterclockwise, like I drew. The Aflantic Ocean is a different ocean thon the Pacific Ocean, so the currents will trovel in different directions. The warm-water current is moving north next to the West Coost of North America. With which student do you agree? Why? 7. Ocean water at beoches in Southern California on the West Coast are much colder than beaches in South Carolina on the East Coost, even though they are located at the same latitude. Explain why, using the direction of the surface currents near each coast. 8. On the world map, draw in the large surface ocean circulation in the northern hemisphere for the Pacific and Atlantic Oceans. Check your answers with Questions 2 and 6. 9. Jopan is on the wentern side of the Pacific Ocean. Fwa students are discussing whiether they would expect ocean water temperatures in Japon to be more similar fo Southorn Colifornia or South Corolina. Student It Southem Colifomia, becouse both Japan and Southern California are in the Abcific Oceon so the same woter circulates between them. Student 2: South Carolina, becouse currents in both locafions are coming from the south, so water temperatures in both areas would be watm from tropical water. With which student do you agree? Why? 10. The Coriolis Effect causes surface currents to go counterclockwise in the southern hemisphere. On the map below draw the surface ocean currents in the southern hemisphere for the Atlantic Ocean and the Pacific Ocean. The surface ocean circulation in the northern hemisphere in these oceans has been drawn with dashed lines for you. 11. Would you expect Chile in the southern hemisphere to have ocean water temperatures more similar to Southern California or South Carolina? Explain your answer.

Answer:

sorry I dont know that but you can answer that from your heart

Answer:

Resources are important for human survival.

Answer:

The three basic parts of the Earth are the crust, the mantle, and the core.

Crust: The crust is the outermost and thinnest layer of the Earth, with an average thickness of about 35 km. It consists of a variety of rocks and minerals and is divided into two types: the continental crust and the oceanic crust. The continental crust is thicker and less dense than the oceanic crust, and it primarily consists of granitic rocks. The oceanic crust is thinner and more dense than the continental crust, and it is made up of basaltic rocks.

Mantle: The mantle is the layer of the Earth that lies between the crust and the core. It is the largest layer of the Earth and is approximately 2,900 km thick. The mantle is composed of hot, dense, and viscous rock that flows very slowly over geological time. The upper part of the mantle is solid, but the lower part is thought to be partially molten.

Core: The core is the central and innermost layer of the Earth, and it is divided into two parts: the outer core and the inner core. The outer core is a liquid layer composed mainly of iron and nickel, and it is responsible for generating the Earth's magnetic field. The inner core is a solid sphere of iron and nickel that is about 1,200 km in diameter and is under immense pressure due to the weight of the surrounding layers.

Explanation:

Answer: A temperate climate

Explanation: :)

Answer:

Temperate

Explanation:

A temperate climate that's not too cold and that receives a moderate amount of precipitation is ideal for soil formation. Climates that are too cold, too wet, and too dry can hinder soil formation.

Peat bogs is/are NOT an example of alternative hydrocarbon sources. The correct option is D.

Peat bogs are not an example of alternative hydrocarbon sources. While methane hydrates, oil shales, and tar sands are all sources of hydrocarbons that can be extracted and processed for energy production, peat bogs are not considered hydrocarbon sources in the same sense.

Peat bogs are a type of wetland where dead plant material accumulates and forms peat, which is a precursor to coal. Although peat can be used as a fuel source, it is not categorized as a hydrocarbon like the other options mentioned.

To recap, out of the options provided, peat bogs are NOT an example of alternative hydrocarbon sources, while methane hydrates, oil shales, and tar sands are considered alternative sources of hydrocarbons.

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Complete question:

________is/are NOT an example of alternative hydrocarbon sources.

a. Methane hydrate

c. Oil shales

b. Peat bogs

d. Tar sands

1. producing oxygen and nitrogen via photosynthesis.

2. having different ecosystems for living things to live in and survive

The statement which said that the volume of river generally increases as it flows from upper courses to lower course is true.

What is the upper courses of river ?

Upper course of river is river source located at the top of mountains or hills. It is an area where the water sources are located which has the characteristics of clearer water quality, strong stream, has many rapids, and also vertical errotion occurs. The width of the river is narrower.

What is the lower course of river ?

Lower course of river is the area where the river ends or the end of the river at which located at lower area before ending in the estuary. It has the characteristics of lower water currents, dominant lateral erosion occurs, meander and oxbow lakes are formed, also there are fine silt deposits. It has much wider river width.

How can the volume of river generally increases as it flows from upper courses to lower course ?

The volume of river at lower course increases when it gets flow from small rivers by the upper courses. The small rivers from the upper course then merge into large river at lower course.

Hence, it is true that the volume of river generally increases as it flows from upper courses to lower course.

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The mineral described as a white to colorless mineral with a glassy to greasy luster is quartz.

Quartz is a white to colorless mineral with a glassy to greasy luster. It is one of the hardest minerals, easily able to scratch glass. It does not leave a streak when tested on a streak plate, but it can scratch the streak plate itself.

Quartz exhibits fractures rather than cleavage meaning it breaks irregularly. These properties along with its abundance and wide range of colors, make quartz a highly valued mineral in various industries and a popular gemstone for jewelry.

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Answer:

Latitude: As the earth is round, sunlight does not reach everywhere equally. The temperature decreases as we move from the equator to the poles. Altitude: As we move from the surface of the earth to the higher altitudes, the temperature decreases. ... Thus, it influences the temperature accordingly.

Explanation:

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Answer:

salt lake city

Explanation:

ASAC is abbreviated for Administrative Science Association of Canada.

It is a professional body which brings together people who are interested in research and innovations.

It was found in 1957 in the Edmonton, city of Canada.

They have their office at Canada where they gather people who are interested in teaching and management practices.

It provides a platform to people who can exchange their valuable ideas with each other.

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Answer:

12.000

Explanation:

di di neolithic Revolution civilizations have begun around 12.000 years ago. It coincides with the end of the last ice age and the beginning of the current geological epoch, the Holocene.

Answer:

its D

Explanation:

i saw the answer on quizlet

AIDS promoted ----------------------- malaria because AIDS is a political disease that gets better funding than malaria – although it kills fewer people than malaria. Thus, option (D) is correct.

AIDS stands for Acquired Immunodeficiency Syndrome. It is a condition caused by the human immunodeficiency virus (HIV) that attacks the immune system which are a type of white blood cells that play a crucial role in the body's defense against infections.

HIV remains a significant global health challenge, with millions of people affected worldwide, and efforts continue to raise awareness, prevent new infections, provide access to care and treatment, and support those living with HIV.

AIDS is a political disease----------------------- than malaria is the reason that AIDS promoted as more of a health care disaster than malaria. Therefore, option (D) is correct.

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The distance from Paris to London is approximately 350 miles. The fastest way to travel between the two cities is by taking the Eurostar train, which takes just over two hours. The Eurostar departs from Paris Gare du Nord station and arrives at London St Pancras International station. The train is a high-speed service that travels through the Channel Tunnel, allowing passengers to travel between the two cities in a fraction of the time it would take to drive or fly.

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Answer: The distance from Paris to London is approximately 350 miles. The fastest way to travel between the two cities is by taking the Eurostar train, which takes just over two hours. The Eurostar departs from Paris Gare du Nord station and arrives at London St Pancras International station. The train is a high-speed service that travels through the Channel Tunnel, allowing passengers to travel between the two cities in a fraction of the time it would take to drive or fly.

Answer:

i think it is the inner core

Explanation:

Answer:

1. Locations of Fresh Water

2. Surface Water

3. Ground Water

4. Glaciers and Ice

The incoming solar energy that reaches the Earth's surface is called insolation.

Insolation stands for "incoming solar radiation" and refers to the solar energy in the form of electromagnetic radiation that reaches the Earth's surface. It includes visible light, ultraviolet (UV) radiation, and infrared (IR) radiation.

Insolation is an important component of Earth's energy balance and is a primary driver of weather patterns, climate, and various Earth processes.

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Answer and Explanation:

De acordo com o Atlas do Desenvolvimento Humano, os fatores que definem o crescimento do desenvolvimento humano são o acesso a educação, o padrão de vida elevado, o progresso da nação a qual o individuo pertence, a disponibilidade de renda e saúde, o acesso ao conhecimento e a extensão da vida dos individuos. Todos esses fatores são utilizados para calcular o IDH que é chamado de índice de desenvolvimento humano.

É importante que você saiba que esse não pe o site brasileiro e sim o site estadunidense. Por esse motivo, não é permitido que você poste perguntas em português fora do campo "World Languagens" independente de qual materia a sua pergunta é.  Caso contrario, a sua poergunta pode ser reportada.

Answer:

The Earth's axis is tilted and/or weather in places changes over time.

Explanation:

Because the Earth is at an angle and is also a sphere, sunlight can't hit every point on Earth at once.

In addition to that, even places that can be hit with sunlight at the same time won't always get the same amount of direct sunlight because of changing weather conditions.

Sunlight cannot reach every point on Earth at once because the Earth is a sphere at an angle.

Additionally, due to shifting weather patterns, even locations that can receive sunshine at the same time may not always receive the same quantity of direct sunlight.

Thus, Option A is correct.

If Earth did not tilt and orbited the sun in an upright orientation, there would be minute variations in temperature and precipitation throughout each year as Earth moved slightly closer and further from the sun. There would essentially be no seasons.

The Earth would no longer be tilted to the right as indicated in the image above. Alternatively, it would rotate daily around a vertical axis. The tilted axis of the Earth is what causes the seasons. As a result, when the North Pole tilts toward the Sun, summer occurs in the Northern Hemisphere.

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Mesoscale convective systems (MCS) refer to a collection of thunderstorms that organize and persist for several hours or even days, covering an area of around 100 to 1000 km. While the lifespan of an MCS can vary, most do not last more than 12 to 24 hours before dissipating.

Unlike supercells, which are individual thunderstorms, MCSs are composed of many thunderstorms that are closely packed together. These systems are characterized by their scale, as they are larger than individual thunderstorms but smaller than synoptic-scale weather systems.

MCSs typically form in environments with substantial wind shear and uplift, and they often have a significant water-vapor content, which fuels their development. They can produce heavy rain, hail, and strong winds, and are responsible for many of the severe weather events that occur across the globe.

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He have the at first stickers are: 119/4

We have the information available from the question:

Ben has some stickers.

and, he gave 5/12 of them to Mr. Johnson and 1/6 to Ms. Ruday.

He also had 30 stickers left.

We have to find the he have how many stickers.

Now, According to the question:

=> 5/12 - 1/6

We have taking a L.C.M :

=> \(\frac{5-2}{12} =\frac{3}{12} =\frac{1}{4}\)

Stickers he have in last : 30

=> 30 - 1/4

=> (120 - 1)/4

=> 119/4

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Land is considered one of the four factors of production, along with labor, capital, and entrepreneurship.

Land refers to natural resources such as fertile soil, minerals, water, and forests, which are necessary for production. These resources are finite and non-renewable, and they are essential for agriculture, forestry, mining, and other forms of production. Land also includes the physical space required to build factories, offices, and other structures necessary for business operations.

The value of land is determined by its location, fertility, and availability, as well as its suitability for specific types of production. For example, land in a densely populated urban area will typically be more valuable than land in a rural area due to the proximity to markets and resources. Land can be improved through the application of capital, such as by developing infrastructure, building structures, and improving its fertility.

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Climate mitigation refers to actions taken to reduce greenhouse gas emissions and minimize the impacts of climate change, while climate adaptation refers to measures taken to adjust and prepare for the existing or anticipated impacts of climate change.

Example of Climate Mitigation in the US: The implementation of renewable energy sources, such as solar and wind power, to replace fossil fuel-based energy generation is an example of climate mitigation in the US. By reducing reliance on carbon-intensive energy sources, it helps to decrease greenhouse gas emissions and mitigate climate change.

Example of Climate Adaptation in the US: In the agriculture sector in Oregon, a climate adaptation measure could be the adoption of water-efficient irrigation techniques and technologies. Farmers can implement precision irrigation systems, use drought-resistant crop varieties, and improve water management practices to adapt to the increasing water scarcity and ensure efficient use of water resources.

Climate mitigation focuses on reducing greenhouse gas emissions and preventing further climate change. It involves actions like transitioning to renewable energy, improving energy efficiency, and adopting sustainable practices to minimize the carbon footprint.

On the other hand, climate adaptation involves preparing for and adapting to the impacts of climate change that are already occurring or anticipated. This includes measures to protect vulnerable communities, infrastructure, and natural resources from the effects of climate change.

In the given example, Oregon's agriculture sector can implement climate adaptation measures to address the increasing water scarcity caused by climate change. Adopting water-efficient irrigation techniques and technologies would help farmers optimize water use, reduce water consumption, and better manage drought conditions.

Climate mitigation focuses on reducing greenhouse gas emissions and preventing further climate change, while climate adaptation involves preparing for and adapting to the impacts of climate change. An example of climate mitigation in the US is the adoption of renewable energy sources, while an example of climate adaptation in the agriculture sector in Oregon could be the implementation of water-efficient irrigation techniques and technologies to address increasing water scarcity caused by climate change. These measures are essential in combating climate change and building resilience to its impacts.

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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.

Answer:

The Earth is an irregularly shaped ellipsoid.

While the Earth appears to be round when viewed from the vantage point of space, it is actually closer to an ellipsoid. However, even an ellipsoid does not adequately describe the Earth's unique and ever-changing shape.

Answer:

We depend completely on nature for essential, life-sustaining services – clean air and water, a stable climate, and food – yet our activities are having an increasingly dramatic and detrimental effect on wildlife and ecosystems, putting not just wild species but also our own survival at risk.

Answer:

✓The type of sediment on the seafloor.

✓The type of rock on the seafloor.

✓The rate of sediment deposition.

Explanation:

Sea drilling cores are one way to get samples that can be used for analysis whereby some information such as type of sediment on the seafloor and type of rock on the seafloor can be known. Surface samplers can be collected from sediment at very top layers or inside deep of the ocean floor. These samples could have animals hidden, , water and some particles that can be analysed in the muddy deep, devices such as Coring devices can be used in collection of cores. The information that can be determined directly by analyzing seafloor drill cores are;

✓The type of sediment on the seafloor.

✓The type of rock on the seafloor.

✓The rate of sediment deposition.

Alfred wegener discovered that there are similar mountain ranges on both sides of the atlantic ocean. The mountain ranges are similar in age and composition. This information helped Alfred Wegener form his theory of continental drift.

One of the earliest theories put up by geologists for how continents might migrate through time is called continental drift. The science of plate tectonics has now supplanted the theory of continental drift. The scientist Alfred wegener is most closely connected with the concept of continental drift. Wegener wrote a paper outlining his notion that the continents were "drifting" across the Earth, occasionally crashing through oceans and into one another, in the early 20th century. He referred to it as continental drift.

Geologists rejected Alfred Wegener's theories in the wake of his 1912 proof that the continents are moving, which he could not explain. Harry Hess, who used the data of seafloor spreading to explain what moved continents, backed up Wegener's theories nearly 50 years later.

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Justices who practice judicial activism tend to view the Constitution as a document that was intended to be flexible so that it could evolve along with changing social and political conditions.

Judicial activism refers to an approach taken by judges, particularly in constitutional interpretation, where they actively interpret and apply the Constitution to address contemporary societal issues. Justices who adopt this perspective believe that the Constitution should be interpreted in a way that reflects the changing needs and values of society. They may be more willing to make new interpretations or expand constitutional rights beyond the original intent of the framers.

Proponents of judicial activism argue that the Constitution is a living document, capable of adapting to societal progress and addressing emerging challenges. They view the judiciary as playing an active role in shaping social and legal outcomes by interpreting the Constitution in light of contemporary circumstances.

On the other hand, justices who adhere to judicial restraint take a more conservative approach, emphasizing a strict interpretation of the Constitution based on its original meaning and intent. They are more inclined to defer to the other branches of government and avoid broad interpretations that may exceed the framers' intentions.

It is important to note that the classification of justices as either judicial activists or judicial restraints is not always definitive, as judges' approaches may vary depending on the specific case or issue at hand.

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Answer:

If another large, caldera-forming eruption were to occur at Yellowstone, its effects would be worldwide. Such a giant eruption would have regional effects such as falling ash and short-term (years to decades) changes to global climate.

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A change from a subduction plate boundary to a transform plate boundary did not end Sierran magmatism in the Cretaceous IS False.

Sierran magma, referring to the volcanic and igneous activity in the Sierra Nevada region of California, during the Cretaceous period was primarily caused by subduction-related processes. The Sierra Nevada batholith, a large igneous intrusion, was formed through the melting and ascent of magma derived from the subduction of the Farallon Plate beneath the North American Plate.

The change from a subduction plate boundary to a transform plate boundary occurs when two tectonic plates that were previously converging begin to slide past each other horizontally. This type of plate boundary, known as a transform boundary, is characterized by intense faulting and lateral movement of the plates, but it does not typically generate significant volcanic activity.

Therefore, the change from a subduction plate boundary to a transform plate boundary would not have directly ended Sierran magmatism. The decline in Sierran magmatism during the Cretaceous period was likely due to other factors, such as changes in tectonic activity or the exhaustion of available magma sources, rather than a shift in plate boundary type.

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