Which of the following is not a mineral resource found in Central America?

a.
bauxite
c.
copper
b.
nickel
d.
gold

Australia is around the same size as United States. The United States is around 9,833,517 sq km, while Australia is around 7,741,220 sq km.

The United States is approximately 9,833,517 sq km, while Australia is approximately 7,741,220 sq km.

The axial tilt is defined as the angle between the direction of the positive pole and the normal to the orbital plane. The angles for Earth, Uranus and Venus are approximately 23°, 97°, and 177° respectively.

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The planet that has the greatest angle between its axis of rotation and the normal to the plane of its orbit is Uranus.

Most planets are tilted in their orbit but Uranus has the greatest axial tilt of 98 degrees essentially meaning it is spinning on its side. Axial tilt is angle between rotational axis and orbital axis.

The large axial tilt causes the planet's the North Pole to be next to the equator and Astronomers believe that this tilt was caused by a collision with material that may be the size of the earth. The collision which may have occurred once knocked Uranus off of its normal orbital place.

Anthropogenic pollution is exemplified by sulfur dioxide emissions from coal burning power plants, one of the main contributors to acid rain and outdoor air pollution due to fossil fuel combustion.

The anthropogenic form of pollution refers to the pollution originating from human activities as opposed to natural processes. An example that illustrates anthropogenic pollution is sulfur dioxide released from a coal burning power plant. This type of emission is a major contributor to outdoor air pollution and the formation of acid rain, which are primarily due to the combustion of fossil fuels.

Anthropogenic sources, as opposed to natural sources, like volcanic eruptions or sea salt aerosols, include emissions from stationary sources such as power plants and mobile sources like vehicles and aircraft. These emissions can include sulfur dioxide, nitrogen oxides, carbon monoxide, particulate matter among others. They can significantly harm health, the environment, and contribute to climate change.

Final answer:

The example of anthropogenic pollution from the provided options is sulfur dioxide released from a coal burning power plant, as it is a result of human activities, unlike volcanic eruptions, forest fires by lightning, or sea salt aerosols which are natural.

Explanation:

The anthropogenic form of pollution refers to pollution that originates from human activities, as opposed to natural sources. In the context of the student's question, the correct answer illustrating an anthropogenic form of pollution is C) sulfur dioxide released from a coal burning power plant. This is because sulfur dioxide and other harmful emissions released during the burning of coal are a result of industrial activities aimed at generating electricity and other forms of energy - which are clearly human-driven processes. On the other hand, options A, B, and D represent natural sources of pollution such as volcanic eruptions, forest fires caused by lightning, and sea salt aerosols, respectively, which are not caused by human activities.

Answer:

I'll assume you have to match the name with their definitions.

1. aquifers

underground water sources  

That's because of the presence of porous rocks that let water pass through them and reach an underground cavern that then acts as a tank.

2. delta  

a broad, triangular-shaped land area at the mouth of a river

That's common especially in larger rivers that meet their destination point (usually the ocean).

3. oasis  

a small fertile area in the desert, usually a place where water is close to the surface (plural - oases)  

We all heard about oases in the desert, where human and animals alike gather to drink.

4. rain shadow  

an area that receives less precipitation because of its location on the leeward side of a mountain

That's common in high mountains region where the mountains are so high they block the passage of clouds to the other side.

Final answer:

An aquifer is an underground layer of rock that stores water. Oases are small fertile areas in the desert formed around underground water sources. A rain shadow is an area that receives less precipitation on the leeward side of a mountain.

Explanation:

An aquifer is an underground layer of rock that stores water. It is made up of sub-surface, porous rock that holds water. Aquifers are commonly drilled to provide water for agriculture and personal use. They are an important source of freshwater, particularly in arid climates.

An oasis is a small fertile area in the desert, usually a place where water is close to the surface. Oases are formed around underground water sources that reach the surface via wells or springs. They are green dots of civilization in the desert.

A rain shadow is an area that receives less precipitation because of its location on the leeward side of a mountain. When moist air is forced to rise over a mountain range, it cools and releases moisture, resulting in precipitation on the windward side. The leeward side, or rain shadow, receives less precipitation and can be drier.

Answer:

its d

Explanation:

Answer:

Lines of latitude are vertical

Explanation:

They run east to west.

The Baltic nations consist of Latvia, Estonia, and Lithuania. Technically Finland and a few other provinces are considered to be a part of the Baltic states but they are less commonly known as the Baltic states. The three main states are located in the north eastern parts of Europe, on the border of Russia and across the Baltic sea from the Scandinavian countries. These three main countries historically were a part of the Soviet Union, also known as the USSR. After the break of the Soviet Union, the Baltic states were created and became independent from the Russian government. The Baltic states still have strong ties to Russia despite their independence due to the large number of ethnic Russians living in the countries.

Baltic nations include countries like Estonia, Latvia and Lithuania.

Relationship between History and Geography

The relationship between their history and geography boils down to their water ports. The water ports of the baltic nation have some very interesting features. They have warm water bodies throughout the year which countries like Russia need. Russia wants them for two reasons: First, their water bodies were frozen and secondly annexing baltic countries gives them an easy-grip over eastern europe.

Therefore throughout their history, they have been invaded by Russia and many other European countries:

Here is the list:

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Answer: D. low levels of social welfare.

Explanation:

Social welfare refers to the standard of living of the people of a country or region, among the components related to the level of life are; the safety of its residents, access to education and health, the quality of the environment, the availability of access to sources of recreation and socialization and respect for human rights.

In this case, we can consider that people have low levels of social welfare because there is inadequate health policy to help their citizens, too weak security,  basic rights and children's rights are not respected, and there is insufficient access to education.

I hope this information can help you.

Answer:

d

Explanation:

Answer:

i believe A

Explanation:

The following characteristics would it have If you were designing a rock that resisted weathering, Closely spaced fractures.

The distinctive qualities or traits of anything are its characteristics. Consider traits as the attributes that set one object or a person apart from another. One trait of the chameleon, for instance, is its capacity for camouflage.

The internal structure of a rock influences how susceptible it is to weathering. While layered sedimentary rocks have bedding planes that are easily ripped apart and penetrated by water, massive rocks like granite typically do not have these weak points.

Therefore, Thus, option (A) is correct

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Answer:

glacial till

Explanation:

The glaciers are one of the numerous things that manage to cause erosion and deposition on the planet, thus being active contributes to the formation of the landscape. Despite the glaciers looking all smooth and clean, they are actually not, especially at their bottom and their sides. They actually manage to erode the and pick up lot of rocks, sediments, debris that they are in touch with, the ice traps them, and their enormous mass and force moves them along with the glaciers. That material can travel with the glaciers until the glaciers reaches its point of melting, or totally melts, traveling long distances with it. Once the glacier is melted, the material is deposited as loose, unsorted deposits, varying in size, shape, composition. All of the deposits by the glaciers are collectively called glacial till, and most often they come in the form of moraines.

Answer:

I think it is north.

Answer: B. Buoyancy

Explanation: The asthenosphere exerts a buoyant force that pushes up against the lithosphere, and this force resists gravity. The theory of isostasy refers to an equilibrium in buoyancy between the lithosphere and the asthenosphere.

A. Ridge push from the asthenosphere is responsible for isostatic uplift.

Ridge push otherwise sliding plate or gravitational sliding force is a force that causes plate tectonics motion at the mid-ocean ridge. The movement pushes the old plate material back into the subduction zone or the asthenosphere.

The uplift is the process of slow rise of the land which result in formation of mountains, the isostatic uplift refers the rise of the crust.

The force, however, acts on the entire ocean plate and not only on the ridges due to gravitational force. It is called ridge push because earlier models of plate tectonics during simulations showed the up welling of the magma during spreading of the sea-floor at mid-oceans ridges which cause plate to diverge.

Answer:

B. Their predators have been killed by the Cretaceous-Paleogene extinction

Explanation:

The mammals and the avian dinosaurs were small creatures, living in the shadows of the dinosaurs which dominated the world, but also were stopping the further increase in size and development of these animals. At the end of the Cretaceous though, an asteroid struck the Earth. The impact was so hard and devastating that it managed to destroy the dinosaurs and wipe them out of the face of the Earth, with the only dinosaurs remaining being the small avian species. Since lots of niches opened up and where free for taking in the ecosystem, the mammals and the avian dinosaurs quickly started to evolve, diversify, and become much larger. The mammals seem to won the race for dominance as they have become the most dominant species on the planet.

Answer:

◉ B. Their predators had been killed off by the Cretaceous-Paleogene extinction.

Explanation:

Mammals and avian dinosaurs that survived Cretaceous Periodthrived during the Paleogene Period. Their predators had gone extinct at the end of the Cretaceous. The lack of larger predators allowed these lifeforms to proliferate.

Answer:

New crust, sometimes islands/mountains

Explanation:

Divergent boundaries are when two tectonic places are moving away from each other. In the current configuration of Earth, that happens in the ocean.

When plates move away from each other, they leave a gap.  That gap is filled with lava that solidifies quickly and forms now crust.  If the ocean floor is relatively shallow, and the lava pressure is big enough, that can lead to the formation of new islands, mountains/volcanoes on top of the gap.  That's basically how the Galapagos islands were created.

Answer:

Allegheny Plateau

Explanation:

Answer:

Leeward Mountain Slopes Encourage Warm, Dry Climates

In contrast to the windward side of a mountain which is moist, the leeward side typically has a dry, warm climate. This is because by the time air rises up the windward side and reaches the summit, it has already stripped of the majority of its moisture.

Explanation:

Answer:

A. Volcanic activity

Explanation:

The volcanic activity is the process that creates the new minerals on the planet. In this process, the magma from the mantle rises toward the surface. Some magma solidifies inside the crust, while some on the surface, though then its called lava. Be it inside the crust, or on the surface, it is always a large amount of magma or lava that comes to a certain area, causing the formation of certain minerals, and they are in high concentration. The magma and the lava manage to cover large areas, either pushing aside old rocks, or covering them with  thick layers, thus resulting in monotonous high concentrated certain types of minerals in some areas.

Answer:a

Explanation:

Answer:

answer from google

Explanation:

Because this is the phase in which the moon passes between the earth and the sun and therefore cannot be seen. ... the moon is always rotating on its axis; the time it takes to rotate once is exactly the same length of time it takes for the moon to orbit the earth. We always see the same side of the moon, the near side.

We see the same face of the moon at all times because the moon's rotation period is the same as its orbital period. This is known as 'tidal locking'. The moon's phases are linked to the changing angle of sunlight hitting its surface as it orbits Earth.

The reason we see essentially the same face of the moon at all times is due to a phenomenon known as 'tidal locking'. The moon's rotational period (the time it takes to complete one spin on its axis) is the same as its orbital period (the time it takes to orbit the Earth). This means the moon shows the same face as the Earth at all times.

The moon's phases result from the changing angle of the Sun's illumination as it moves completely around the Earth during a lunar cycle. For example, during a full moon, the moon is fully illuminated, and during a new moon, it is all dark. The amount of the moon's face we see illuminated by sunlight at any given moment depends on the angle between the moon and the Sun.

It's also important to note that the term 'dark side of the moon' can be misunderstood. The back side of the moon, the side we never see from Earth, is not permanently dark. Which side is light and which is dark changes as the moon moves around the Earth since the Sun rises and sets on all sides of the moon.

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Answer:

Options 1, and 3 are characteristics of comets.

The characteristics of comets include

The characteristics of meteors include-

The characteristics of asteroids include-

A comet is an astronomical object with an ice and rock core and, when it is closest to the sun, a tail of dust and gas particles traveling toward the sun.

A meteor is a piece of cosmic dirt or trash that bursts into flames in the atmosphere of the Earth, leaving left bright streaks of light in the night sky.

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Answer:

True

Explanation:

Informal labors are present in all type of countries, they are earning daily wages, unskilled and poor people. They are mostly performing the primary activities such as Nomadic herding, agriculture, livestock farming and so on in rural areas, then construction workers and shopkeepers in urban areas. They are illiterate so these people are easily exploited through bonded labours and slaves by many capitalist people. Informal labors present in developed, developing and under developed countries but amount of people is varying between the countries.

Answer:

true

Explanation:

it runs through Greenwich, England

The prime meridian runs through Greenwich, England, and is defined as the 0° line of longitude. It passes through the Royal Observatory in Greenwich, which is a significant location in the history of longitude measurement.

The prime meridian runs through the city of Greenwich, England, a suburb of London. This imaginary line is designated as 0° longitude and is significant for being the starting point for measuring longitudes around the Earth. Meridians, or lines of longitude, divide the Earth into the Eastern and Western Hemispheres.

The prime meridian itself passes through the grounds of the Royal Observatory in Greenwich, which played a historic role in the development of methods to measure longitude, particularly at sea.

Why Greenwich? The location was ultimately selected due to its geographical position between continental Europe and the United States, and because it was already a key site for astronomical studies and longitude measurement.

Tourists visiting the Royal Observatory, Greenwich can stand and straddle the very line where longitude is set to zero, symbolically placing one foot in the Eastern Hemisphere and the other in the Western Hemisphere.

The ecosystem one, but ounce it expires in here soon it’s up for grabs

The resources of Antarctica are prevented from being used primarily by the Antarctic Treaty System, extreme environmental conditions, and global concern for environmental conservation.

The main factor preventing the resources of Antarctica from being used is the Antarctic Treaty System. This international agreement was signed in 1959 by 12 countries and has been joined by many more since then. The treaty prohibits military activities, mineral mining, and any commercial exploitation in Antarctica, aiming to preserve the continent's unique environment and scientific research.

Additionally, the extreme environmental conditions in Antarctica pose significant challenges to resource extraction. The continent is covered in ice, making it difficult to access resources, and the harsh climate and isolation make it costly to establish and maintain infrastructure.

Finally, the global concern for environmental conservation and sustainability also plays a role in preventing resource exploitation in Antarctica. Many nations and organizations prioritize the protection of this pristine wilderness, recognizing its global significance and the potential environmental consequences of unchecked resource extraction.

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The waves are one of the agents that manage to cause large scale erosion and deposition. The influence of the waves in the erosive and deposition processes are along the coastlines. The composition of the waves is simply water, of course the water has certain other chemicals in it, but very importantly it has a lot of power pushing it forward. The combination of the chemical composition and the power results in the waves to be able to cause both chemical and mechanical weathering along the coastlines. By doing so, they manage to break the rocks in smaller pieces, and then easily move the material away, thus cause erosion. The material, depending on its size and weight, can be moved only few meters right next to the beach, further into the water but still close to the coastline, or on the beach itself. As the material is transported and then left off at certain places, we have deposition, which in turn causes constant pilling up of new material, so over time new and interesting features are forming from the deposited material.

The correct answer is - water cycle.

The water cycle represents the movement of the water between the different spheres on the Earth, including the atmosphere, lithosphere, hydrosphere, and biosphere. This cycle has a circular movement. The water on the Earth is heated up by the sunlight and it starts to evaporate, turning into gas, or rather water vapor. The water vapor is very light so it moves up in the atmosphere. Once it reaches the colder parts of the atmosphere, the water vapor condensates, creating small drops of water and clouds. The gravity makes the drops fall on the surface of the Earth in the form of precipitation. That water gets inside the ground, is consumed by the living organisms, and gets into the water bodies, and from all of them it evaporates again.

Answer:

Underground

Explanation:

The majority of the liquid freshwater reserves are found underground, or rather the groundwater. The groundwater accounts for only 12% of the total freshwater reserves on the planet, but it is still the largest reservoir of it in liquid form. The reason for this is that the lakes and rivers only have around 1% of the total freshwater reserves, thus significantly less, not to mention that large portion of them are polluted nowadays. The biggest problem is that the majority of the freshwater is not actually in liquid form, but instead it is in the form of ice, trapped around the poles and on the highest mountains in the form of glaciers and polar caps. That water accounts for 87% of the total freshwater reserves. The groundwater, despite being a relatively rich source of liquid freshwater, also faces lot of problems, as the human population constantly needs more and more of it, usually taking more then what the nature can replace, living them dry eventually.

yangtze river and the yellow river

Answer:

yangtze river and the yellow river

Explanation:

Answer:

Madagascar <3

Explanation:

Answer:

over 100,000

Explanation:

Because we Americans are unhealty

Answer:

Puerto Rico

Explanation: It is a commonwealth

Answer:

puerto rico

Explanation:

took the test, got it right!

Answer:

- shows isobars

- was probably used by meteorologists

Explanation:

The map that is show was a map that was probably made and used by meteorologists. It is a map that that shows isobars, thus it is a map that represents the air pressures across the US and Canada. We can see the air pressure zones, some of which high, some of which low. These maps are often used when the weather information is concluded about certain areas, as the air pressure is directly connected with the temperature, and the movement of the air masses.

Best ways to describe the map include showing isobars and being used by meteorologists. The map doesn't directly indicate that it portrays types of precipitation, was created for newspapers, or features isolines as described in Essential Knowledge 2.E.1 and 2.E.2.

The details that best describe the map according to the given information are that it shows isobars and it was probably used by meteorologists. The term 'isobars' which is referred to in the figures 8.7 and 9.7, refer to lines on a map representing areas of equal atmospheric pressure. These isobars are commonly used in weather maps to predict and monitor weather conditions. Maps with these isobar lines are typically used by meteorologists.

The map does not show explicit 'isolines' as described in Essential Knowledge 2.E.1 and 2.E.2, these lines represent areas of equal gravitational potential energy and equal electric potential respectively. The details given do not provide information regarding these lines. Similarly, there is no direct indication that the map shows types of precipitation or was created for newspapers.

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