According to many scientists, how does increased pollution cause global warming?
A.
It causes acid rain, which leads to rising sea levels.
B.
It results in chemicals finding their way to oceans, causing water temperatures to rise.
C.
It leads to a decrease of ozone, which protects the Earth from the Sun’s heat.
D.
It includes greenhouse gases, which trap heat in the Earth’s atmosphere.

Answer:

canada,australia,new zealand,india,africa,imperial britain

Answer:

idl

Explanation:

Answer:

Here are different kinds of mass movements and their associated impacts:

Rockfalls and Debris Falls: These involve the rapid movement of detached rocks or debris down a slope. They can endanger people and structures in their path, causing injuries, fatalities, and property damage. They can also disrupt transportation routes and infrastructure.

Landslides: Landslides occur when a mass of soil, rock, or debris moves down a slope. They are often triggered by heavy rainfall, seismic activity, or human activities. They can destroy homes, infrastructure, and natural habitats. Landslides can cause casualties by burying or trapping people, and can also block rivers and streams, causing flooding.

Mudflows: Mudflows, also known as debris flows, are rapid movements of saturated soil and debris. They typically occur in mountainous or hilly regions with loose soil, especially after heavy rainfall or melting snow. Mudflows can bury buildings, farmland, and roads, displacing communities and causing fatalities. They also contribute to the deposition of sediment in rivers and water bodies, leading to ecological impacts.

Creep: Creep refers to the gradual movement of soil or rock down a slope. While it occurs slowly, it can still cause damage to infrastructure over time. Buildings, roads, and pipelines can be affected as the ground slowly shifts, leading to structural damage and disruptions.

To minimize or prevent mass movements, the following measures can be implemented:

Land Use Planning: Implement comprehensive land use planning strategies per the vulnerability of different areas to mass movements. Identify and designate high-risk zones for limited or controlled development to prevent human settlements in hazardous areas.

Slope Stabilization: Employ engineering techniques to stabilize slopes prone to mass movements. For example, people can use soil retaining walls, soil anchors, and erosion control measures. These measures reinforce slopes, reduce erosion, and enhance stability.

Drainage and Water Management: Proper drainage systems help manage excess water and reduce soil saturation, mitigating the risk of mass movements. This can include the construction of drainage channels, retention ponds, and the implementation of effective stormwater management practices.

Early Warning Systems: Develop and implement early warning systems that can detect signs of impending mass movements. These systems can include monitoring devices, such as inclinometers and geotechnical instruments, as well as community-based mechanisms to alert residents and authorities of potential hazards.

Vegetation and Ecosystem Management: Maintain and restore natural vegetation cover on slopes to enhance stability. Tree roots help bind soil together and prevent erosion, reducing the likelihood of mass movements. Proper management of forests, wetlands, and other ecosystems can also contribute to overall slope stability and water regulation.

Education and Awareness: Promote public education and awareness programs to inform communities about the risks of mass movements and the appropriate actions to take in response. This includes educating individuals on early warning signs, evacuation procedures, and land use practices that minimize vulnerability.

Explanation:

Option C. smaller jovians.

Jovian planets are all much larger than terrestrial planets, so there is no such thing as a "small" jovian planet.

The jovian planets, also known as the gas giants, are a group of four planets that differ from the terrestrial planets in many ways. These planets, which include:

These are much larger in size and are much farther away from the Sun than the terrestrial planets. They are usually colder, and they are composed mostly of gas and other elements, while the terrestrial planets are mostly made up of rocks and metals. Additionally, all of the jovian planets have rings around them, while none of the terrestrial planets have rings. Finally, all of the jovian planets have satellites orbiting them, while none of the terrestrial planets have satellites. The jovian planets are very different from the terrestrial planets, and they offer us a unique insight into the nature of our Solar System.

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Answer:

Below

Explanation:

Salinity: Sink (increase in density)

Increase in temp: Rise (the molecules spread farther)

Freeze: Sink (water is becoming ice)

Dilution: Rise (Adding more)

Evaporation: Sink (taking water out)

Answer:

cutting trees is not an example of human environmental interaction

Democratic countries have several consequences, both positive and negative. Here, we will discuss some of the potential consequences or challenges associated with democratic systems:

1. Political polarization: In democratic countries, differing political ideologies and viewpoints can lead to political polarization. This can result in increased division among citizens and hinder effective decision-making and policy implementation. Polarization can create gridlock, making it challenging to reach consensus and address pressing issues.

2. Policy instability: Democracy often allows for regular elections and changes in leadership, which can lead to policy instability. When power shifts between political parties or leaders, there may be changes in policy priorities and approaches, causing uncertainty for businesses, investors, and citizens. This instability can sometimes impede long-term planning and continuity.

3. Populist politics: Democracies are susceptible to populism, where political leaders may appeal to popular sentiment and make promises that are difficult to fulfill. Populist rhetoric can oversimplify complex issues and lead to short-term policies driven by public opinion rather than expert analysis or long-term considerations. This can potentially undermine effective governance and result in policy decisions that are not necessarily in the best interest of the country.

4. Slow decision-making: Democratic decision-making processes can be time-consuming due to the need for consensus-building, debates, and consultations. This can result in slower policy implementation compared to authoritarian systems. While the inclusion of diverse perspectives is a strength of democracies, it can sometimes hinder swift action, especially in times of crisis when immediate decisions are required.

5. Majority tyranny and minority rights: In democratic systems, there is a risk of majority tyranny, where the majority's will may overshadow the rights and interests of minority groups. Protecting the rights and ensuring the representation of marginalized or minority populations is an ongoing challenge for democratic countries.

6. Corruption and special interests: Democracies are not immune to corruption and the influence of special interests. The presence of lobbying, campaign financing, and other forms of political influence can undermine the fairness and integrity of democratic processes. Ensuring transparency, accountability, and combating corruption are ongoing struggles in democratic systems.

Despite these challenges, democratic countries also offer significant benefits, including protection of civil liberties, rule of law, freedom of expression, and the ability to hold governments accountable through regular elections. It is important to recognize that the consequences of democracy can vary across countries and are influenced by numerous factors, including institutional structures, cultural context, and socio-economic conditions.

Answer: A

Explination: The moon is tidally locked to the Earth because it rotates in exactly the same time as it takes to orbit the Earth. That is also why we only see one side of the moon.

Answer:

Geopolitics

Geopolitics is traditionally the study of how political power is reinforced or undermined by geographical arrangements (boundaries, coalitions, spatial networks, natural resources, etc.

From: International Encyclopedia of Human Geography, 2009

Related terms:

Critical GeopoliticsRare Earth ElementSoybeanGeographyInternational RelationPolitical Geography

Answer:

C

Explanation:

Answer: The two lengths that all elliptical orbits have are the major axis and the minor axis.

Explanation: The sun is at one of the foci of the elliptical orbits that the planets travel in. The shape of an ellipse is a typical oval. The major axis of an ellipse is its longest dimension, whereas the minor axis is its half-length. There are two fixed points on the primary axis, called foci, which are evenly distanced from the center.

Our solar system's eight planets all orbit the Sun in elliptical paths. There are various types of ellipses. An ellipse's "eccentricity" indicates how flattened (or how elliptical) it is. The eccentricity of an ellipse approaches unity the more flattened it is. The eccentricity of a perfectly circular obit is 0, which is not at all flattened.

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 The semi-major axis and the semi-minor axis are the two lengths that are present in an elliptical orbit at all times.

The distance between the ellipse's center and one of its two foci is equal to the semi-major axis, which has the longest diameter of the ellipse. The distance between the ellipse's center and one of the two places on the ellipse where it is perpendicular to the semi-major axis is known as the semi-minor axis, which has the shortest diameter of the ellipse.

Since it relates to the object's maximum and lowest distances from the center of the ellipse, the semi-major axis is frequently employed to define the size of an elliptical orbit (which is also the center of mass of the system). Since it relates to how eccentric the ellipse is, the semi-minor axis is frequently employed to define the orbit's geometry.

Elliptical orbits are a frequent concept in celestial mechanics, which studies how planets and comets move in relation to the sun and other celestial bodies.

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Answer:

Their are so many ways to answer this question. Not always is the gaining of power planed. And because their are so many, I am only going to put the top 3 ways that people can get their powers. The first one is Money. Sadly, money makes the world go round. If you have a lot of money, you have a lot of power. The second way is by having it given to you. The president gains his or her power because he or she is given that power by the people (at least that is what it is supposed to be). Or a group of people decide who has the power for any reasons. And the third way is by birth. If you are born in a royal family, you are born with the power to rule a sertan area.

Explanation:

Pls mark brainliest with the crown

Answer:

histosol

Explanation:

cause my dad told me

Answer:

Metamorphic rocks are created physical alteration or chemical alteration by the heat and pressure.

Explanation:

Metamorphic rocks are the always the original materials to that breakdown materials can above it cause the rock content metamorphic.

form from existing rocks

Answer:

Florida and North Dakota are the states with the fewest earthquakes. Antarctica has the least earthquakes of any continent, but small earthquakes can occur anywhere in the World.

Explanation:

Hope this helps

Answer:

Your answer will be Carbonization.

Explanation:

Hope this helps! :)

Incomplete question. The Options read;

a) Is about one-hundred-million years old.

b) Is 4.6 billion years old.

c) Has been here forever.

d) Is less than about one-hundred-million years old.

e) Is more than about one-hundred-million years old.

Answer:

e) Is more than about one-hundred-million years old.

Explanation:

Remember, we are talking about the information available some two to three hundred years ago when there was no modern geological equipment for radioactive elements tracing.

Hence, using uniformitarian calculations from the thickness of known sedimentary rocks, the geologists concluded that the Earth must be more than about one-hundred-million years old. However, modern researchers today have concluded the Earth to be not millions but billions of years old.

Answer: C

Explanation:

A market economy is an economy in which supply and demand drive economic decisions, such as the production of goods and services, investments, pricing, and distribution

Answer:

Mixed or D

Explanation:

The Boxer Rebellion, which took place in China from 1899 to 1901, was brought to an end by the Eight-Nation Alliance.

As the Boxers besieged foreign legations in Beijing, an international force known as the Eight-Nation Alliance consisting of troops from eight countries (Austria-Hungary, France, Germany, Italy, Japan, Russia, the United Kingdom, and the United States) intervened to rescue the besieged foreigners. The alliance forces launched a joint military campaign, relieving the legations and capturing Beijing.

The Battle of Peking was a key military confrontation between the Eight-Nation Alliance and the Boxers and Qing imperial troops. The alliance forces successfully defeated the Boxers and captured Beijing, leading to the collapse of the rebellion's stronghold.

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It is true that based on our theory of how our own solar system was formed, we would expect that the other solar systems would be quite common.

The Sun and the things that orbit it make up the solar system, which is gravitationally bound. The Sun is the system's primary mass, accounting for 99.86% of its total mass, with Jupiter making up the majority of the remaining mass. Mercury, Venus, Earth, and Mars are the four planets in the inner solar system, and they are all terrestrial planets with a rocky and metallic core. In comparison to the terrestrial planets, the four giant planets of the outer solar system are significantly bigger and more massive. Each of the eight planets has an orbit that is nearly circular and is located close to the ecliptic, the plane of Earth's orbit. Numerous small bodies in the Solar System orbiting the Sun include numerous dwarf planets and smaller bodies.

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Answer:

Round.

Explanation:

just saying, when the earth rotates on its surroundy thing, every day people on the different side of our earth would be sliding off into space.

Areas with the largest natural increase

The areas with the least natural increase are:

Natural increase in population refers to the difference between the number of births and the number of deaths in a population over a period of time, usually a year.

It is calculated by subtracting the number of deaths from the number of births, and the result is expressed as a percentage of the population. For example, if a population had 1,000 births and 500 deaths in a year, the natural increase would be 500, or 50% of the initial population.

Natural increase is one of the components used to calculate population growth, along with migration.

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Answer:

x=7/12

Explanation:

6x-23.4x+9 . means ×

so 6x-23.4x+9=6x-23×4x+9

=6x×4x-23+9=0

=24x-14=0

=24x/24=14/24

x=7/12

Explanation:

Sublimation

Ice is a solid and it needs to be turned to water vapor which is only achieved by sublimation

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Answer: EEZs are formal regions

Explanation: An exclusive economic zone (EEZ) is an area which is beyond, and is adjacent to, a given country's territorial seas, and extends no more than 200 nautical miles (370 kilometers) out from a country's own coastlines. It can be seen that if the area for EEZ is overlapped and it is still less than 400 nautical miles, then it falls upon the respective s..

Answer: Because, Manang district gets least amount of rainfall among districts of Nepal as it lies to the north of the Himalayas which blocks monsoon air.

Explanation:

Answer:

Yes, especially red leister and cheddar.

Explanation:

However, it is not good for them. Foods like bread, yogurt, and cheese are made through fermentation, which is terrible for their gut health.

The part of the ear that connects the inner ear with the brain is the "A. auditory nerve."

The auditory nerve, also known as the vestibulocochlear nerve or cranial nerve VIII, is responsible for transmitting sensory information related to hearing and balance from the inner ear to the brain. It serves as the crucial link between the inner ear, which contains the sensory receptors for hearing and balance, and the brain, where the information is processed and interpreted.

Option B, the eustachian tubes, are small passages that connect the middle ear to the back of the throat. They help regulate air pressure in the middle ear and equalize it with the atmospheric pressure.

Option C, the ear drum (tympanic membrane), is a thin, cone-shaped membrane that separates the outer ear from the middle ear. It vibrates in response to sound waves and transmits these vibrations to the middle ear ossicles.

Option D, the cochlea, is a spiral-shaped structure located in the inner ear. It plays a crucial role in converting sound vibrations into electrical signals that can be interpreted by the brain.

While the eustachian tubes, ear drum, and cochlea are important components of the ear, they are not directly involved in connecting the inner ear with the brain. It is the auditory nerve that carries the sensory information from the inner ear to the brain, allowing us to perceive and interpret sounds.

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Answer:

Julius Caesar, in full Gaius Julius Caesar, (born July 12/13, 100? BCE, Rome [Italy]—died March 15, 44 BCE, Rome), celebrated Roman general and statesman, the conqueror of Gaul (58–50 BCE), victor in the civil war of 49–45 BCE, and dictator (46–44 BCE), who was launching a series of political and social reforms when he was assassinated by a group of nobles in the Senate House on the Ides of March.

Explanation:

Answer:

A disease in which the body's immune system attacks healthy cells.

Explanation:

Autoimmune diseases are conditions in which your immune system attacks your body. The immune system usually fights off bacteria and viruses. An army of fighter cells is sent out to attack these foreign invaders when it detects them. The immune system can usually distinguish foreign cells from your own cells. A person with an autoimmune disease has the immune system mistakenly deems certain parts of their body as foreign. Healthy cells are attacked by proteins called autoantibodies.

It is possible for some autoimmune diseases to affect only one organ at a time. A person with type 1 diabetes damages their pancreas. Similarly, lupus, or systemic lupus erythematosus, can affect the entire body. Some ethnic groups are more prone to autoimmune diseases than others. African Americans and Hispanics are more likely to suffer from Lupus than white people. Autoimmune disease may cause symptoms like fatigue, muscle pain, swelling, and redness. There may be changes in symptoms over time.