Answer:
last one is the answer O 184Match the landmark in column 1 with its short description in column 2.
Iguazú
Amazon
Orinoco
Brazilian coast
?
?
?
?
A major transportation
river route through
Colombia and Venezuela
Largest rain forest in the
world
Important shipping
location
One of the largest
waterfall systems in the
world
South America
Answer:
Iguazú ⇔ One of the largest waterfall systems in the worldExplanation:
which of the following is most characteristic of a market economy
One of the most characteristic features of a market economy is the presence of free market forces determining the allocation of resources and the prices of goods and services. In a market economy, individuals and businesses interact in the marketplace based on supply and demand, without significant interference from the government. Here are some key characteristics of a market economy:
1. Private Ownership: In a market economy, private individuals and businesses have the right to own and control property, including land, capital, and resources. They can use their property to produce goods and services for sale in the market.
2. Competition: Market economies thrive on competition. Multiple sellers and buyers compete with each other to offer the best products at the most competitive prices. Competition helps drive innovation, efficiency, and consumer choice.
3. Price Determination: Prices in a market economy are determined by the forces of supply and demand. The interaction between buyers and sellers in the marketplace determines the equilibrium price, which reflects the value placed on goods and services.
4. Profit Motive: In a market economy, individuals and businesses are motivated by the desire to make profits. Profit serves as an incentive for entrepreneurs to take risks, invest in productive activities, and innovate.
5. Limited Government Intervention: Market economies tend to have minimal government interference in economic activities. The role of the government is mainly to enforce property rights, ensure fair competition, and provide a legal framework for the functioning of markets.
6. Consumer Sovereignty: Market economies prioritize consumer preferences and choices. Consumers have the power to determine what goods and services are in demand through their purchasing decisions. Producers respond to consumer demand by producing the goods and services that are most desired.
Overall, a market economy emphasizes voluntary exchange, competition, and individual freedom in economic decision-making. It allows for efficient resource allocation, innovation, and economic growth driven by market forces rather than centralized planning or government control.
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If you answer this, I'll give you 349
Answer: Lol you didn't put in the question...
Explanation:
In hopes of deepening your understanding of the Five Themes of Geography, please go to the Zooniverse website(link below) and find two research projects that interest you.
When you identify these projects please determine which of the Five Themes of Geography aligns with the research project you choose. Does the project align with Place, Region, Human-Environment Interaction, Location, or Movement? For example, the research project "The Wild Southwest" aligns with region or human-environment interaction.
Your responses should offer a clear reason why you believe the research project aligns with one of the five themes. If you feel it aligns with two themes make sure you clearly make your case. Please write your responses in complete sentences using proper grammar, punctuation, and spelling.
In your research, you may find an article that aligns with your views on the Five Themes of Geography, which are:
PlaceRegionHuman-Environment interactionLocationMovementWhat is Human-Environment Interaction?It corresponds to the process where there is research, analysis and understanding of how man is integrated with space and nature, that is, how human activities and social relationships coexist with nature and how these are related in terms of survival and adaptability.
This is a positive theme to be used in your research, whose article can address essential subjects aligned with this theme, such as deforestation, greenhouse effect and maritime pollution.
Therefore, understanding more comprehensively about the five themes of geography, helps to broaden the vision and perception of the importance of the planet in the quality of life of all individuals of this generation and future generations, increasing social awareness about the importance of sustainability.
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Where did the US collect its taxes from
The United States collects taxes from various sources to fund government operations and provide public services. The primary sources of tax revenue in the United States include:
Sources of tax for the United States1. Individual Income Taxes: The largest source of tax revenue comes from individual income taxes. These taxes are levied on the income earned by individuals, including wages, salaries, and investment gains.
2. Payroll Taxes: Payroll taxes are collected from employees and employers to fund Social Security and Medicare programs.
3. Corporate Taxes: Corporations are subject to federal taxes on their profits. The corporate tax rate is determined by the income level and the type of corporation.
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Part A
When we talk about energy from light that a surface receives, we use the word irradiance (E). Irradiance measures the amount of energy per second (P) that arrives on a surface per unit area (A). As an equation, this idea can be expressed in this way: E = P/A.
As the angle of the light source moves from 0° to 45°, the illuminated area (A) increases. You can see this increase in the image. However, although the illuminated area increases, the energy per second (P) from the light is constant. What effect will an increase in the angle of light, and therefore illuminated area (A), have on irradiance (E)?
two flashlights, one with light falling perpendicular to the surface and the other tilted with light falling at an angle of incidence of 45 degrees to the surface
Measurement of spectral radiance expresses radiation as a function of wavelength or frequency. measuring irradiance. Irradiance, as opposed to radiance measurements, is the radiant flux that is incident on or received by a surface. Power per unit area is used to calculate the irradiance unit.
The quantity of radiant flux (P) received by a surface per unit area (A) is known as irradiance (E). The total energy emitted by a light source is known as radiant flux, and it is commonly expressed in watts (W). Watts per square meter (W/m2) is the irradiance unit because it measurement the radiant flux received by a surface per unit area. The irradiance equation is: E = P/A
where E stands for irradiance, P for radiant flux, and A for the energy-receiving surface area.
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Answer:
According to the equation E = P/A, irradiance is indirectly proportional to area. Therefore, as the area of the beam increases in the denominator, the irradiance will decrease. In other words, an increase in the angle of the light (and therefore the illuminated area) causes the energy that a surface receives to decrease.
Explanation:
Edmentum
At what type of boundaries do earthquakes occur? List a location where they are common. How are the asthenosphere and the mantle related?
Discuss the conflict between oil and gas and fishing in the western region of Ghana
what is the effect of international date line
Answer:
The International Date Line provides a standard means of making the needed readjustment: travelers moving eastward across the line set their calendars back one day, and those traveling westward set theirs a day ahead.
Explanation:
hope this helps
5. The Cordilleran Region of North America is named for
a. A mountain range
b. An ice sheet
C. A chain of volcanoes
d. A body of water
The temperature, oxygen and air pressure increase as the altitude (elevation) increases.
True
False
what are the implications of river capture on human activities, settlements, recreation, agriculture, ecosystem
It has been determined that river capture conditioned marked transformations of water supply and distribution. As a result of the capture, the area of Ula catchment has increased by 62% and its mean discharge by 63%, whereas the area of Katra catchment decreased by 23% and its mean discharge by 27%.
A river capture means a situation called "headward erosion” which is when river erodes caused back from it's source until it reaches another river and captures.
Also, it has been proved that river capture conditioned marked transformations of water supply and distribution
In conclusion, the phenomenon have positive result which is captor stream having more water
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A(n) is a region of air that could be as big as two U.S. states and has
consistent pressure and temperature throughout.
A. disturbance
B. depression
C. air mas
D. thunder network
Answer:
c. air mas hopefully this help
2333.3 rounded to the one decimal
Answer: 2333
Explanation: Because the decimal is a .3 you would round down to a 0. If it is over .5 then you would round up to 2334
what is the only thing that science can do in regards to creation or evolution?
Answer:
Science can provide explanations for how the natural world works and how it has changed over time. In the case of the origins of the universe, science can provide theories and explanations based on evidence and observations, but it cannot make definitive statements about the ultimate origins or creation of the universe. Similarly, science can study the process of evolution and how species have changed and adapted over time, but it cannot provide answers about the ultimate origins or purpose of life. Ultimately, science is a way of understanding the natural world through evidence and reasoning, and it is not equipped to address questions about ultimate origins or purpose.
Explanation:
Scenarios about berg winds that occurred in SA
Berg winds, also known as "Cape Doctor," are dry, warm winds that occur in South Africa, particularly in the coastal regions of the Western Cape.
These winds are associated with high-pressure systems over the interior of the country and can cause significant damage and danger to local communities. Here are some scenarios about berg winds that have occurred in South Africa: Cape Town, November 2020: A severe berg wind swept through Cape Town, with wind speeds exceeding 70 km/h. The wind caused power outages, uprooted trees, and damaged buildings. The dry conditions also led to several fires, including a devastating wildfire that destroyed several homes in the suburb of Vredehoek.
Western Cape, October 2017: A prolonged period of berg winds led to a severe drought in the Western Cape, with water levels in dams dropping to critical levels. The dry conditions also caused several wildfires, with some burning for weeks and causing extensive damage to property and natural habitats.
Garden Route, August 2016: A strong berg wind caused a wildfire that destroyed several homes and businesses along the Garden Route. The fire spread quickly due to the dry conditions and strong winds, and firefighters struggled to contain the blaze.
Port Elizabeth, July 2015: A berg wind caused a large fire in the Port Elizabeth area, which destroyed several homes and resulted in the evacuation of hundreds of residents. The dry, hot conditions made it difficult for firefighters to control the blaze, and strong winds fanned the flames, causing them to spread rapidly.
Cape Town, August 2013: A severe berg wind caused a fire in the Table Mountain National Park, which burned for several days and destroyed large areas of vegetation. The fire threatened several residential areas, and residents were urged to evacuate their homes.
Overall, berg winds can be extremely dangerous and have the potential to cause significant damage and loss of life. It is essential for residents in affected areas to take precautions and stay informed about weather conditions during these events.
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What is the smallest country in the world?
Answer:
Vatican City
Explanation:
Despite being named a "city", Vatican City is a tiny country that's located inside Rome, Italy.
Based on your answer, do you think this is a star that we might be able to send a space probe to? Why, or why not?
Yes I think is a star that we might be able to send a space probe to because the closest star to our solar system is Proxima Centauri, located about 4.24 light-years away. While it is the closest star, the distance is still immense.
To put it into perspective, if we were to travel at the fastest speed achieved by a human-made spacecraft (Voyager 1), it would take over 73,000 years to reach Proxima Centauri. Therefore, with our current technology, reaching even the nearest star within a human lifespan is not feasible.
However, it's important to note that space exploration and technology are constantly advancing. In the future, it's possible that new propulsion methods or revolutionary technologies could emerge, enabling us to contemplate interstellar missions. But as of now, sending a space probe to a distant star remains beyond our practical capabilities.
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The following question may be like this:
Do you think is a star that we might be able to send a space probe to? Why, or why not? explain
what are the major geological processes and the resulting landforma of ethiopia and the horn in each Era?
The major geological processes that shaped Ethiopia and the Horn of Africa throughout different geological eras include rifting, volcanic activity, and uplift. The resulting landforms include plateaus, rift valleys, and volcanic mountains.
What are the major geological processes and the resulting landforma of ethiopia?Ethiopia and the Horn of Africa have been shaped by geological processes over millions of years. During the Paleozoic and Mesozoic eras, the area was covered by marine sediments, and there was little tectonic activity. However, during the Cenozoic era, the region experienced intense rifting, leading to the formation of the East African Rift System.
This resulted in the formation of the Ethiopian Plateau and the Afar Depression, which is one of the lowest points on Earth. The area is also characterized by extensive volcanic activity, with the formation of numerous volcanic mountains such as Erta Ale and Mount Kilimanjaro. In addition, the region has undergone uplift, resulting in the formation of highlands and escarpments.
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The area most susceptible to erosion, leading to increased suspended solids and increased turbidity downstream.
O A topsoil, O (humus or organic), B (subsoil), C (parent material)
O Reducing the amount of fertilizer (nutrient management), integrated pest management, conservation tilling, basins, etc
O Soil A because it containts
O B. (Soils most susceptible to erosion are those with the largest amount of medium (silt)-size particles.)
The area most susceptible to erosion, causing an increase in suspended solids downstream and an increase in turbidity are A topsoil, O (humus or organic), B (subsoil), C (parent material).
What are suspended solids?Suspended Solids debris, and other particles from human activity and the atmosphere on impervious surfaces. Another critical source of solids is erosion at construction sites. Solids have a significant role in several issues with urban rivers' habitat, aesthetics, and water quality. Increased solids Suspended Solids levels impede the growth of beneficial aquatic plants, worsen turbidity, and diminish light penetration deep inside the water column. that settle out as bottom deposits. Additionally, solids serve as a vehicle for the gathering, movement
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the energy expended on a 400 km length of open coastline by waves with a height of about 1 m over a given period of time is approximately equal to the energy that is produced by one average-sized nuclear power plan over the same period of time.
This statement is likely true. The energy in ocean waves is a function of the wave height and length, as well as the density of seawater. The energy flux carried by ocean waves is typically measured in units of power per unit of coastline, or watts per meter.
According to some estimates, the average energy flux carried by waves along open coastlines can range from a few kilowatts per meter to several hundred kilowatts per meter, depending on the wave climate and other factors. By comparison, the average power output of a nuclear power plant can range from a few hundred megawatts to over a gigawatt, depending on the size of the plant. Therefore, it is plausible that the energy expended by waves over a 400 km length of open coastline with 1 m wave height over a given period of time could be comparable to the energy produced by one average-sized nuclear power plant over the same period of time.
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#the energy expended on a 400 km length of open coastline by waves with a height of about 1 m over a given period of time is approximately equal to the energy that is produced by one average-sized nuclear power plan over the same period of time.
what extent has the development of the Green City reduced its carbon
footprint and how it influenced other development in the
surrounding area.
Answer:
The green city model is an effective in reducing the rates of GHG emission.
Explanation:
Carbon footprint is a tool that measures the global consummation rate of man and the effects it has on the environment. Such as it measure the GHG emission that is caused by the individual and the organizations. The life cycle of the carbon emissions is calculated through carbon accounting. As the carbon footprints can be estimated strategies can be in order to reduce the amount of global emission and can be used to cut down the global rates. The effects of GHG gases on the environment lead to climate change and aspects of global warming hence in order to stop or reduce them green city model can be used.A portion of land can best be described as a __________. A. state B. territory C. boundary D. physical feature
Answer:
i would say b.
Explanation:
Answer: it would a territory so B is correct.
Explanation:
how are the Horizontally layered landscapes formed?
Answer:
they form due to any natural disasters or any natural phenomena
Q. Write whether you agree or disagree with the statement and justify your answer.
-The Earth can support seven billion people now and will be able to support any number of humans in the future.
-Science and technology will ensure that food production and energy supplies keep up with the demands of a growing population.
-With seven billion people on the planet, water pollution is inevitable and we should not waste money trying to prevent it.
Disagree with the statement that "the Earth can support seven billion people now and will be able to support any number of humans in the future."
The Earth's resources are finite and limited, and human activities such as deforestation, overfishing, pollution, and climate change are already placing a significant strain on these resources. The carrying capacity of the Earth, or the maximum number of individuals that can be supported by the planet, is not a fixed number and is influenced by many factors such as technology, resource management, and environmental conditions.
However, there is a limit to the number of resources that the Earth can provide, and exceeding this limit can have catastrophic consequences such as famine, disease, and environmental degradation. The United Nations estimates that the world population will reach 9.7 billion by 2050, which will further strain the Earth's resources and ecosystems.
Therefore, it is not accurate to say that the Earth can support any number of humans in the future. Instead, it is essential to find sustainable ways to manage resources and address environmental challenges to ensure that the planet can continue to support human populations in the long term.
Disagree with the statement that "science and technology will ensure that food production and energy supplies keep up with the demands of a growing population."
While science and technology have made significant advancements in food production and energy supplies, there are limitations to what can be achieved. For instance, food production has been increased by modern agricultural practices, such as genetically modified crops and the use of pesticides, but these practices have also led to environmental degradation and the loss of biodiversity.
Furthermore, climate change is likely to affect food production and energy supplies, leading to decreased agricultural yields, disrupted water supplies, and more frequent extreme weather events, such as floods and droughts. This can affect food production and lead to a reduction in the availability of energy supplies.
Additionally, access to food and energy is not only dependent on technological advancements but also on social and economic factors, such as poverty, inequality, and distribution of resources. Even if technological advancements can increase food production and energy supplies, these advancements may not necessarily translate into equitable distribution and access for all individuals.
In conclusion, while science and technology have made significant contributions to food production and energy supplies, it is not accurate to assume that they will ensure that these demands keep up with the growing population. It is essential to consider the limitations of technology, environmental challenges, and social and economic factors to ensure sustainable and equitable access to food and energy for all individuals.
Disagree with the statement that "with seven billion people on the planet, water pollution is inevitable, and we should not waste money trying to prevent it."
Water pollution is a significant problem affecting the health and wellbeing of millions of people and the environment. Human activities such as industrialization, urbanization, and agricultural practices have resulted in an increase in pollutants in water bodies, leading to the deterioration of water quality.
However, it is incorrect to assume that water pollution is inevitable, and we should not waste money trying to prevent it. Several measures can be taken to prevent or reduce water pollution, such as wastewater treatment, improved agricultural practices, and industrial pollution control.
Wastewater treatment involves the removal of pollutants from wastewater before it is released into water bodies. This process significantly reduces the amount of pollutants in water bodies, making them safer for human consumption and aquatic life.
Improved agricultural practices, such as reducing the use of fertilizers and pesticides and implementing conservation tillage, can reduce the amount of nutrients and other pollutants entering water bodies.
Similarly, industrial pollution control involves the implementation of measures to reduce the number of pollutants released by industries, such as improved waste management practices and the use of clean technologies.
Therefore, it is essential to take measures to prevent or reduce water pollution instead of accepting it as inevitable. The costs of preventing water pollution are significantly lower than the costs associated with cleaning up polluted water bodies, treating diseases caused by polluted water, and the economic impacts on communities dependent on clean water resources.
Which of the following choices describes a green house effect
Answer:
What are your choices?
Explanation:
(✿◡‿◡)
Discuss drought prevention and drought preparation strategies
Answer:
Plant native and/or drought-tolerant grasses, ground covers, shrubs and trees. They don't need water as frequently and usually will survive a dry period without watering. Install water efficient irrigation devices, such as micro and drip irrigation and soaker hoses. Use mulch to retain moisture in the soil.
Drought prevention and preparation strategies are crucial for mitigating the negative impacts of water scarcity on agriculture, ecosystems, and human communities.
Drought prevention involves long-term planning and management practices to reduce vulnerability to water shortages. One such practice is sustainable water resource management, which emphasizes the efficient use and conservation of water resources, including rainwater harvesting and wastewater recycling. Additionally, adopting drought-resistant crop varieties and implementing efficient irrigation techniques, such as drip irrigation, can minimize water loss and maintain agricultural productivity.
Drought preparation strategies are focused on improving resilience and response capabilities when a drought occurs. Establishing early warning systems is essential for the timely detection of drought conditions, enabling stakeholders to take necessary actions to minimize damages. Implementing drought contingency plans that outline specific steps, roles, and responsibilities can help coordinate efforts among relevant organizations and individuals.
Public awareness and community engagement are also crucial elements of drought preparation. Educating people about water conservation practices, such as reducing household water consumption and adopting water-saving technologies, can help reduce the demand for water resources. Additionally, fostering a culture of cooperation and information sharing among communities, governments, and water management agencies can improve the overall effectiveness of drought management strategies.
In summary, drought prevention and preparation strategies involve a combination of sustainable water resource management, efficient agricultural practices, early warning systems, contingency planning, public awareness, and community engagement to minimize the impacts of droughts and ensure water security for all.
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Which of the following describes the ocean floors sudden sharp decline in elevation?
a. Continental Rise
b. Continental Shelf
c. Continental Drop
d. Continental Slope
d.Continental Shelf
Explanation:
See Article History
Continental shelf, a broad, relatively shallow submarine terrace of continental crust forming the edge of a continental landmass. The geology of continental shelves is often similar to that of the adjacent exposed portion of the continent, and most shelves have a gently rolling topography called ridge and swale. Continental shelves make up about 8 percent of the entire area covered by oceans.
why does a flight across the united state from San Francisco to new York city take less time than the reverse trip?
Because the country's predominant winds and jet stream often blow from west to east. Therefore, there is a headwind for flights from New York to California and a tailwind for flights from California to New York.
Why does the same flight take longer one way?According to Forbes, the entire world, including the water and even the atmosphere, rotates in the same direction. Going west requires extra time since the earth is pulling the sky's planes eastward. The real cause of your flight time variations depending on your destination's direction is the jet stream.
Air currents known as jet streams occur at extremely high altitudes, including those that aeroplanes frequently fly in. Your aircraft can rapidly accelerate if it is travelling east following a jet stream. In reality, a Atlantic aircraft from Los Angeles to London in February 2019 was able to reach a speed of 801 miles per hour, shattering the previous record.
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Name 3 mountain ranges found in Latin America.
Answer:
Andes, Sierra Nevada de Santa Marta and Cordillera Blanca
Explanation: