Define sedimentary rocks.​

Mount Kilimanjaro is covered in snow because it has a high elevation, so the answer is option A.

The elevation of Mount Kilimanjaro's peak, which is the main reason it is snow-capped and ice-covered at the top, makes it a common occurrence. The mountain's peak rises 19,341 feet above sea level. Assuming a standard lapse rate of -2 degrees C per 1000 ft rise in height, the temperature at the top will be approximately 38 degrees C lower than the same latitude at sea level (-3.5 degrees C). Therefore, during those seasons when the average sea level temperature is 38 degrees Celsius or lower, it will be below freezing (or much colder) at the mountain's peak.

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Latitude is the most important factor in determining climate.

Latitude is one of the most important factors in determining climate. It is used to measure the distance from the equator and the poles, and it has a major influence on the climate of a region.

Latitude determines the amount of sunlight that a region receives, which affects the temperature and the amount of precipitation. It also affects the length of the day, with regions closer to the equator experiencing longer days than those farther away. Latitude is thus a major factor in determining the climate of a region and can have a significant impact on the local flora and fauna.

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Steel production in the United States is mostly used for:

This is an alloy which contains iron and carbon that is typically used in engineering constructions.

In the United States of America, the steel production has been majorly used for the electrical furnaces which accounts for over 68% of total steel production.

Please note that your question is incomplete so I gave you a general overview so you can have a better understanding of the concept.,

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Biotic - Living things that affect the life in an Ecosystem

Abiotic - Non-living things that affect the life in an Ecosystem

Answer:

c

Explanation:

yan lang po Sana makatulong

One disadvantage of using nuclear energy as a source of electricity is the proper disposal of spent fuel rods, which poses challenges due to their long-term radioactive nature.

Among the given options, the disadvantage of using nuclear energy as a source of electricity that stands out is the proper disposal of spent fuel rods (option C). Spent fuel rods contain highly radioactive materials and pose a long-term storage challenge. These fuel rods must be carefully managed and stored for thousands of years to prevent the release of harmful radiation into the environment. Finding suitable disposal sites for nuclear waste and ensuring their long-term safety and security is a significant concern for nuclear power plants.

While options A, B, and D mention some drawbacks related to energy production, cooling tower contaminants, and groundwater pollution, respectively, these concerns can also be associated with other forms of energy production. Energy production from nuclear reactors is generally consistent and reliable, although occasional maintenance and refueling shutdowns may occur. Cooling towers primarily release steam, which is primarily water vapor and not contaminants. Lastly, the release of volatile organic compounds into groundwater is not a direct consequence of nuclear energy generation, but rather a separate issue related to industrial practices.

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Cosmogenic nuclide dating is used for determining the age of rocks and sediments on the surface of the Earth.

Cosmic rays from space constantly bombard the Earth's surface, producing new atoms known as cosmogenic nuclides. By measuring the concentration of these nuclides in rocks and sediments, scientists can determine how long they have been exposed to cosmic rays and therefore calculate their age. This technique is particularly useful for dating surfaces that have been exposed to the atmosphere for relatively short periods of time, such as glacial moraines, volcanic lava flows, and erosion surfaces. Cosmogenic nuclide dating has applications in fields such as archaeology, geomorphology, and paleoclimatology, and has greatly improved our understanding of Earth's history and the processes that have shaped its surface.

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Answer:

negative impact. Christopher Columbus's arrival in the Americas facilitated the exchange of plants, animals and diseases between the Old and New Worlds. For generations, Christopher Columbus was considered a hero of American history.

Explanation:

Had a Research project

Index fossils are fossils used to define and identify geologic periods.

Answer:

The west of the UK

Explanation:

The prevailing warm moist westerly winds mean that the west of the UK is more likely to receive rainfall from Atlantic weather systems, in the form of frontal rainfall.

Answer:

Hinduism and Buddhism

The atmosphere around Earth can cause global warming primarily because molecules in the atmosphere are warmed by radiation from Earth and retain that heat. The correct option is B.

Greenhouse gases, such as carbon dioxide, methane, and water vapor, absorb infrared radiation emitted by the Earth's surface and then re-emit it, causing the trapped heat to raise the planet's temperature. This is known as the greenhouse effect, which is similar to option A, but it's not because warm air cannot escape; rather, it's due to the absorption and re-emission of radiation by these gases.

Fossil fuels (option C) contribute to global warming by releasing greenhouse gases like CO₂ when burned, thereby increasing the concentration of these gases in the atmosphere and amplifying the greenhouse effect. Meanwhile, plants (options D and E) play a dual role in the carbon cycle.

They absorb CO₂ through photosynthesis (option D), which helps mitigate global warming, but they also release CO₂ through processes like respiration and decomposition (option E). However, the net effect of plants on global warming is typically considered to be positive, as they generally absorb more CO₂ than they release.

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Native American groups, like the Onandaga, prized flints because they broke with a conchoidal fracture, making them ideal for cutting tools. Option c is correct.

These groups relied on flints for various purposes such as hunting, crafting weapons, and preparing food. Large outcrops of flints were not valued because of the presence of caves to live in, but rather because they provided a rich source of this durable and versatile material.

Translucency and usefulness for windows are not reasons why flints were prized. Additionally, flints do not dissolve in water readily or contribute minerals that make healthy drinking water.

Thus, the correct answer is option C, they broke with conchoidal fracture and made good cutting tools.

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Answer:

(2.5, 3)

Explanation:

This question requires using the midpoint formula.

(formula is attached below as an image for better understanding)

First identify which values correspond with which variables in the formula:

First coordinate: (3, 7)

x_1 = 3

y_1 = 7

Second coordinate: (2, -1)

x_2 = 2

y_2 = -1

Now we plug the values into the formula and simplify:

((3+2)/2, (7-1)/2)

(5/2, 6/2)

(5/2, 3)

(2.5, 3

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Answer:

Carrying Capacity= Population that an area can support

Population Density= Number of people per square mile

Census- Count of an area's population

Demography= The science of studying a given population

Plants can cause weathering as well. When a seed falls into a crack in a rock, it may grow there. Growing roots can push on and enlarge the crack. This process is known as biological weathering.

Biological weathering is the process by which plants, animals, and microorganisms break down rocks and minerals through physical, chemical, and biological processes. Biological weathering is important because it plays a major role in shaping the earth's surface. It can occur in a variety of ways, including through the actions of roots growing into cracks in rocks and soil, the production of organic acids by microbes, and the breakdown of organic matter by animals.

Biological weathering is important for several reasons. It helps to break down rocks and minerals, which can make it easier for plants and other organisms to access nutrients. It also helps to create soil, which is important for growing crops and supporting plant life. Finally, it plays a key role in the carbon cycle, helping to regulate the amount of carbon dioxide in the atmosphere.

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Answer:

Southeast Asians found it easier to move by boat between different areas, and it is often said that the land divides and the sea unites. The oceans that connected coasts and neighboring islands created smaller zones where people shared similar languages and were exposed to the same religious and cultural influences.

Explanation:

Answer:

Southeast Asians found it easier to move by boat between different areas, and it is often said that the land divides and the sea unites. The oceans that connected coasts and neighboring islands created smaller zones where people shared similar languages and were exposed to the same religious and cultural influences.

Explanation:

~Hope this helps

Answer:

the Midwest has become known as "the nation's breadbasket" because it it is the nation's largest producer region of grain, dairy products, and hogs

Explanation:

The states of the Midwest all have productive, fertile farmland.

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Answer:

D. Choosing to move in order to work at a better job.

Explanation:

Answer:

D

Explanation:

If your volunteering to move you are choosing to move, like maybe there is a better job so you are choosing to move to get that job.

Answer: Chilliwack, BC is the fastest growing city in Canada because it offers a high quality of life, affordable housing, and attractive amenities.

Explanation: According to the 2021 census data from Statistics Canada, Chilliwack, BC is the second fastest growing census metropolitan area (CMA) in Canada, after Kelowna, BC. It recorded an increase of 12.1 per cent from 2016 to 2021, raising its population to 113,767. Chilliwack is among the four CMAs in B.C. that saw growth of 10% or more in the same period.

Some of the reasons why Chilliwack is attracting more people are:

These factors make Chilliwack a desirable place to live, work, and play for many people who are looking for a change of pace or a more affordable option than other cities.

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The Himalayan mountain range was formed at a continental-continental plate collision. Thus, option A is the correct option.

The collision between the Indian Plate and the Eurasian Plate, which started 50 million years ago and is still going on now, is what gave rise to the Himalayan mountain range and Tibetan plateau. The Himalayan Mountains and the Tibetan Plateau were created by the collision of the Indian and Asian continental plates, which is still happening today.

This is the classic illustration of how mountains are formed. The Appalachian Mountains are a portion of a continental collision zone that developed 500 to 300 million years ago, along with the Caledonide Mountains in Greenland, the British Isles, and Scandinavia, as well as the Atlas Mountains in northwestern Africa.

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Answer:

Sedimentary rocks that form from sediments are called “clastic rocks

Answer: Intensive agriculture is a system of cultivation that uses large amounts of labor, capital, and other inputs such as machinery and chemicals in order to grow as many crops or keep as many animals as possible on a given area of land. The goal of intensive agriculture is to maximize agricultural production and increase yields. This is achieved through the use of advanced farming techniques and technologies, such as irrigation systems, fertilizers, pesticides, and high-yield crop varieties.

Answer:

Intensive agriculture, in agricultural economics is sysis a system of cultivation using large amounts of labour and capital relative to land area.