Explain why the exploration of gold resources needs to be well controlled.​

Answer:

1: Is this even a geography question?

2: This question has so many answers that no one in the word has time to answer. (If I am to make a rough estimate about how long it would take to provide every answer, I would say about a week without stopping for anything)

Explanation:

Answer:

An El Niño condition occurs when surface water in the equatorial Pacific becomes warmer than average and east winds blow weaker than normal. The opposite condition is called La Niña. During this phase of ENSO, the water is cooler than normal and the east winds are stronger. El Niños typically occur every 3 to 5 years.

23.1 American Isolationism and the European Origins of War

President Wilson had no desire to embroil the United States in the bloody and lengthy war that was devastating Europe. His foreign policy, through his first term and his campaign for reelection, focused on keeping the United States out of the war and involving the country in international affairs only when there was a moral imperative to do so. After his 1916 reelection, however, the free trade associated with neutrality proved impossible to secure against the total war strategies of the belligerents, particularly Germany’s submarine warfare. Ethnic ties to Europe meant that much of the general public was more than happy to remain neutral. Wilson’s reluctance to go to war was mirrored in Congress, where fifty-six voted against the war resolution. The measure still passed, however, and the United States went to war against the wishes of many of its citizens.

23.2 The United States Prepares for War

Wilson might have entered the war unwillingly, but once it became inevitable, he quickly moved to use federal legislation and government oversight to put into place the conditions for the nation’s success. First, he sought to ensure that all logistical needs—from fighting men to raw materials for wartime production—were in place and within government reach. From legislating rail service to encouraging Americans to buy liberty loans and “bring the boys home sooner,” the government worked to make sure that the conditions for success were in place. Then came the more nuanced challenge of ensuring that a country of immigrants from both sides of the conflict fell in line as Americans, first and foremost. Aggressive propaganda campaigns, combined with a series of restrictive laws to silence dissenters, ensured that Americans would either support the war or at least stay silent. While some conscientious objectors and others spoke out, the government efforts were largely successful in silencing those who had favored neutrality.

23.3 A New Home Front

The First World War remade the world for all Americans, whether they served abroad or stayed at home. For some groups, such as women and blacks, the war provided opportunities for advancement. As soldiers went to war, women and African Americans took on jobs that had previously been reserved for white men. In return for a no-strike pledge, workers gained the right to organize. Many of these shifts were temporary, however, and the end of the war came with a cultural expectation that the old social order would be reinstated.

Some reform efforts also proved short-lived. President Wilson’s wartime agencies managed the wartime economy effectively but closed immediately with the end of the war (although they reappeared a short while later with the New Deal). While patriotic fervor allowed Progressives to pass prohibition, the strong demand for alcohol made the law unsustainable. Women’s suffrage, however, was a Progressive movement that came to fruition in part because of the circumstances of the war, and unlike prohibition, it remained.

23.4 From War to Peace

American involvement in World War I came late. Compared to the incredible carnage endured by Europe, the United States’ battles were brief and successful, although the appalling fighting conditions and significant casualties made it feel otherwise to Americans, both at war and at home. For Wilson, victory in the fields of France was not followed by triumphs in Versailles or Washington, DC, where his vision of a new world order was summarily rejected by his allied counterparts and then by the U.S. Congress. Wilson had hoped that America’s political influence could steer the world to a place of more open and tempered international negotiations. His influence did lead to the creation of the League of Nations, but concerns at home impeded the process so completely that the United States never signed the treaty that Wilson worked so hard to create.

23.5 Demobilization and Its Difficult Aftermath

The end of a successful war did not bring the kind of celebration the country craved or anticipated. The flu pandemic, economic troubles, and racial and ideological tensions combined to make the immediate postwar experience in the United States one of anxiety and discontent. As the 1920 presidential election neared, Americans made it clear that they were seeking a break from the harsh realities that the country had been forced to face through the previous years of Progressive mandates and war. By voting in President Warren G. Harding in a landslide election, Americans indicated their desire for a government that would leave them alone, keep taxes low, and limit social Progressivism and international intervention.

Answer:

sign Language or write things down.

The process of star formation from molecular clouds is a complex and ongoing process that occurs over millions of years.

Molecular clouds are massive structures of gas and dust that are found throughout the universe. These clouds are the birthplaces of stars and planets, and they are formed when clouds of gas and dust in space collide and merge.

The distance to the nearest star is an indication of the size of the molecular clouds from which stars form. Molecular clouds are typically very large, with diameters that can be hundreds of light-years across. This means that the nearest star is likely to be located in a very large molecular cloud.

The size of molecular clouds is an important factor in the process of star formation. Molecular clouds are too diffuse to allow stars to form directly from within them. Instead, the gas and dust in the clouds collapse under their own gravity, forming a dense core called a "stellar nursery."

The collapse of a stellar nursery can lead to the formation of a protostar, which is a young star that is still in the process of accumulating mass. As the protostar continues to collapse, it heats up and begins to shine, eventually becoming a fully-formed star.

The process of star formation from molecular clouds is an ongoing process that occurs over millions of years. As new stars are formed, they can help to shape the molecular clouds in which they formed, and they can also affect the formation of other stars and planets.

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Answer:

Depending on the location of the civilization, it could be able to grow freely and use all of its resources around it in order to grow. Such as Mesopotamia which was able to use both of its rivers in order to farm and make a stronger civilization

Explanation:

nah

Answer:

Three of these common types of map projections are cylindrical, conic, and azimuthal.

Cylindrical Map Projections -  Cylindrical map projections are one way of portraying the Earth.

Conic Map Projections -  A method of projecting a map of parts of the spherical surface on a surrounding cone.

Azimuthal Map Projections

Answer:

Parks provide intrinsic environmental, aesthetic, and recreation benefits to our cities. They are also a source of positive economic benefits.

Theodore Roosevelt, celebrated as one of the most esteemed chief diplomats of America, is acclaimed for his successful assurance of securing and maintaining this nation's interests abroad from 1901-1909.

He was frequently commended for his formidable advocacy of “big stick” diplomacy, signifying a potent usage of military prowess to guide foreign policy.

Yet conversely, Roosevelt held an unwavering trust in productive negotiations and diplomatic approaches could facilitate American aspirations.

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Answer:

I think the answer is A I'm not sure if it's not a then it might be D

Answer:Tsunamis are primarily generated by seismic forces, specifically large undersea earthquakes that displace large amounts of water. When an earthquake occurs, it can cause the seafloor to rise or fall, displacing a large volume of water. This displacement generates waves that spread out in all directions from the epicenter of the earthquake, much like ripples on a pond. These waves can travel across entire ocean basins, and as they reach shallow water near the coast, they can grow in height and cause significant damage.

Other events that can generate tsunamis include underwater landslides, volcanic eruptions, and meteor impacts. However, these events are much less common than earthquakes as a cause of tsunamis.

Tidal forces, while they can cause significant changes in ocean levels, are not a significant cause of tsunamis. Similarly, the idea of earthquakes generating blasts of air that cause tsunamis like ripples on a pond is a misconception; tsunamis are primarily driven by the displacement of water due to seismic forces.

Explanation:

Answer:

MASS is the amount of matter in an object, the mass of an OBJECT does not change based on location.

Explanation:

The length of side x (opposite the 30° angle) is √2 in simplest radical form with a rational denominator.

To find the length of side x in a triangle with a 30°-60°-90° angle configuration, we can use the properties of special right triangles. In a 30°-60°-90° triangle, the side lengths have a specific ratio: the side opposite the 30° angle is half the length of the side opposite the 90° angle (the hypotenuse), and the side opposite the 60° angle is √3 times the length of the side opposite the 30° angle.

In this case, you are given the side opposite the 60° angle as √6. Let's call the side opposite the 30° angle "a" and the hypotenuse "2a". According to the ratio, we have:

a × √3 = √6

Now, we need to solve for a:

a = √6 / √3

To rationalize the denominator, multiply the numerator and denominator by √3:

a = (√6 × √3) / (3)

a = √18 / 3

Since 18 = 9 × 2, we can simplify further:

a = (√9 × √2) / 3

a = (3 × √2) / 3

a = √2

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The best time to observe the moon to see its crater is during a full moon.

A full moon is a stage in the lunar cycle in which the Earth is between the sun and the moon. It is when the moon is at its brightest.

The moon is totally illuminated in the night sky during this time. Full moons occur roughly once a month, or every 29.5 days, and are frequently used as cultural markers in many societies.

The best time to observe the moon to see its crater is during a full moon.When is the best time to observe a super moon?Super moons happen when the moon is closest to Earth in its orbit. It appears up to 14% larger and 30% brighter than usual.

The best time to observe a super moon is when it is at its fullest, according to NASA.

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The best time to observe the moon to see its crater is during a crescent moon. So the correct option is option C.

When you look at the Moon at night, you can see the damage that asteroids and comets create on a planetary body’s surface. Some of the impact craters on the Moon’s surface are so big that they can be seen from one's home.

The craters of the moon are home to some of the world’s most remarkable geological formations and ecosystems. The craters are dominated by rocks from recent volcanic eruptions, and they’re where plants and animals began to settle as the molten lava fields cooled.

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Industrial and agricultural activities often release contaminants into the environment that can disrupt the various species living in an ecosystem. From toxicity to radioactivity, contaminants can have a wide range of effects on organisms. These effects depend on the nature of the contaminants and how long they persist in the environment. While pollution severely affects plant life in an ecosystem, the EPA is utilizing plants to actually draw contaminants out of the environment.

Answer:

Espero te sirva

Explanation:

Coronita plisss

Boreal forests, also known as the Taiga, support relatively little animal life due to a combination of factors.

The harsh climate of the boreal region, characterized by long, cold winters and short, cool summers, limits the availability of food and resources.

The dense vegetation in tropical forests limits the amount of sunlight reaching the forest floor, creating a shaded environment with reduced light intensity.

The low temperatures and short growing season restrict plant productivity, resulting in a sparse and slow-growing vegetation cover that provides less food and shelter for animals compared to other ecosystems.

The dominant tree species in the boreal forest are conifers, such as spruce, pine, and fir.

These trees have needle-like leaves, which are less nutritious and digestible compared to broad-leaved trees.

Some animals can consume conifer needles and extract nutrients from them, the limited food quality and availability further contribute to the relatively low animal diversity in boreal forests.

The boreal forest covers a substantial portion of land, spanning across northern regions of North America, Europe, and Asia.

It represents the largest terrestrial biome and accounts for about 29% of the world's forest area.

Broad-leaved forests, in contrast, tend to support more animal life due to their greater biodiversity and higher productivity.

The broader leaves of deciduous trees offer a wider range of food sources, including fruits, flowers, and nutritious foliage.

This abundance of food resources throughout the year allows for a more diverse animal community.

Animals in highly seasonal environments like broad-leaved forests face choices in adapting to the changing conditions.

They may hibernate, migrate, store food, or adjust their behavior to cope with the availability of resources during different seasons.

These strategies help them survive periods of scarcity and take advantage of abundant resources when they are available.

Tropical regions do experience seasonal variations, although they are often less pronounced compared to temperate regions.

The tropics are known for their high biological diversity, hosting approximately 50% to 75% of the world's plant and animal species.

This, in turn, shapes the unique adaptations and ecological interactions found in tropical ecosystems.

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The given statement " the evaporator in a refrigeration system must be colder than the refrigerated space in order to absorb heat" is true as evaporator helps in temperature management in refrigerator.

In a refrigeration system the evaporator is where refrigerant evaporates and heat from the refrigerated space is absorbed. In order to absorb heat, the evaporator needs to be colder than the refrigerated space so that heat can move from the latter to the former.

The absorbed heat is then transferred by the refrigerant to the condenser where it is expelled into the outside air. For this reason, the condenser is typically placed outside or in a different location from the evaporator, which is typically housed inside the refrigerator.

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Answer:

Atlantic ocean

Explanation:

of course North carolia is a sea bordiring state and it borders the atlantic ocean saying that the atlantic ocean is closest usually the closest ocean has a the biggest impact

Answer:

Sunspots are darker, cooler areas on the surface of the sun

hope that's an easier definition.

Power lines that were damaged by the earthquake's ground shaking must be repaired.

What is Ground shaking?

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For several reasons, astronomers would place an X-ray observatory in space, like the Chandra Observatory. The following are some of them:

1. The Earth's atmosphere absorbs X-rays from celestial bodies, preventing them from being detected. As a result, an X-ray observatory must be put in space to observe X-rays from astronomical objects. 2. The Chandra Observatory, for example, is placed in an orbit that enables it to avoid most of the Earth's radiation belts, allowing it to detect X-rays with high accuracy and precision. 3. X-rays are generated by high-energy phenomena such as black holes, neutron stars, supernova explosions, and other celestial events that cannot be seen using conventional telescopes. The Chandra Observatory, on the other hand, is capable of detecting these X-rays. 4. By studying X-rays from celestial bodies, astronomers can better understand the universe's high-energy phenomena and how they interact with their surroundings. The Chandra Observatory, for example, has contributed significantly to studying black holes, neutron stars, and other high-energy astrophysical events.

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Answer:fossil evidence and DNA evidence

Explanation: Already did that question

Extrusive rocks are mostly made of volcanic materials such as lava or ash that solidified on or near the Earth's surface.

Extrusive rocks are formed from volcanic activity where magma rises to the surface and cools quickly, forming volcanic materials such as lava or ash. These rocks are also known as volcanic rocks, and they are typically fine-grained due to the rapid cooling process.

Extrusive rocks can be found on or near the Earth's surface, and examples include basalt, pumice, and andesite. These rocks can provide valuable information about past volcanic activity and the geologic history of an area.

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Presently, glaciers are found in the Sierra Nevada and Mt. Shasta in California.

Four of California's greatest glaciers are found on Mount Shasta. The Whitney and Bolam Glaciers may be seen on the northern slopes, and the Hotlum and Wintun Glaciers can be found on the eastern side. The Hotlum is the most prominent of these two eastern glaciers because it is.

The middle and southern Sierra Nevada in California is home to a large number of tiny alpine glaciers. These glaciers experience size changes in reaction to climatic changes, making them crucial markers of climate change.

In the U.S. state of California, a glacier named the Whitney Glacier is located on Mount Shasta. The only valley glacier in California and the one with the greatest length is the Whitney Glacier. It is behind the neighboring Hotlum Glacier in terms of size and volume in the state.

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Answer:

700km

Explanation:

:)

A student studied the formation of a river delta using four satellite views of the same area taken every 15 years. the illustrations below represent the four pictures the student drew to describe the formation of the delta.

The best sequence of the illustrations to show the formation of a river delta is A, B, C, D.
A illustrates the initial formation of the river delta. As the river's flow slows down, sediment builds up along the sides of the river and extends outward into the sea, forming the delta.
B shows the delta's continued growth over the next 15 years. As the river deposits more sediment, the delta grows larger and gains more shape.
C illustrates the further advancement of the delta formation over the course of another 15 years. The shape and size of the delta continue to increase.
D shows the final shape of the delta at the end of the 45-year period. This illustration shows the full extent of the delta's formation over the time period, providing an excellent representation of the river delta's growth.
By following this sequence, the student has effectively demonstrated the formation of the river delta over a 45-year period.

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No, a geologist working in Tanzania with geographic data released by the government of Tanzania is not using primary data.

The given statement is False.

Geographic information systems, are computer-based tools for storing, visualising, analysing, and interpreting geographic data. The geographic position of features can be determined using geographic data.

Geographical information is just locational information that has been linked to descriptive qualities. Geographical features can be represented digitally as a matrix (called raster data) or as point, line, and polygon coordinates (called vector data). representation of geographic data in raster and vector formats.

The principal sources of geographic knowledge are globes, atlases, and maps. A map is a representation of particular earthly boundaries on a flat surface that shows cities, countries, and other geographic features. A globe represents the earth spherically, but an atlas is a collection of maps, tables, charts, etc.

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