It is because the sun reflects off the bright snow.
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Read the paragraph and answer the question that follows.
As populations increase around the globe, growing demands for energy resources have the potential of straining the earth's ecosystems. Scientists around the world have identified ways in which people can use energy more efficiently:
Inflate car tires to make cars more fuel efficient.
Replace light bulbs with compact fluorescent bulbs.
Recycle.
Adjust your thermostat.
Reduce the temperature of your water heater.
Unplug appliances that are not in use.
Which statement best describes how the information above relates to human activities?
Human activities have increased volcanic eruptions.
Overfishing of the world's oceans is leading to the extinction of some fish species.
Nations of the world can work together to use energy more efficiently.
Moving to cooler climates will help save energy.
The correct option is this: NATIONS OF THE WORLD CAN WORK TOGETHER TO USE ENERGY MORE EFFICIENTLY.
Looking at the passage attached to this question, you will notice that the passage is talking about human population increase and the effects that it is having on the ecosystem and on energy consumption. The passage also list several ways by which one can conserve energy. Thus, the information given in the question relate to how energy can be used more efficiently.
The Chinese government has instituted the "one-child policy" to increase the nation's population. True or false?
False- they have way too many people in a small space - about 3 times the population of the US
Volcanic eruptions are among the most terrifying and dramatic forces in nature. Lava flows usually burn or bury everything in their path, and the flows can continue for miles and miles. Suffocating ash flows—a mix of hot gases, pumice, rock fragments, and bits of glass—can also accompany an eruption. Debris flows are especially treacherous. Water from lakes or rivers, heavy rain, or melting snow can cause debris on the flanks of a volcano to form into a fast-moving "mudflow" of rock, ash, and cinders. These flows can occur with little warning, and a wall of mud can cover an entire city, claiming thousands of victims before they can react. Write a clincher sentence to conclude Paragraph 5. Include a transition word or phrase.
This case needs to be shortened;
Volcanic eruptions are very dangerous they cause lava to flow burning and burying things. The flow of debris may result into scorching forming hollows that water gets accumulated forming lakes.
Final answer:
Volcanic eruptions can cause devastating natural disasters such as lava flows, suffocating ash flows, and debris flows. It is crucial to be prepared and have emergency plans in place to mitigate the impact of these events.
Explanation:
Volcanic eruptions can cause various types of natural disasters, such as lava flows, suffocating ash flows, and treacherous debris flows. These flows can be extremely destructive and can cover entire cities, causing significant loss of life. It is important to be aware of the potential hazards associated with volcanic eruptions and to have emergency plans in place to react quickly and minimize the impact of these disasters.
Which of the following actions would be the most likely to reduce water pollution?
Answer:
utilizing organic farming techniques
Answer: B. utilizing organic farming techniques
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Using complete sentences, identify the climate region labeled with the number one on the map above. Describe three characteristics of this climate region, and identify at least one plant and one animal located in its ecosystem.
Answer: The climate region labeled with the number one is known as the humid subtropical region. It is a moderate climate found between the midlatitudes. The region is known for its warm to hot summers and cool winters. Winter temperatures average around 55º F, while summer temperatures are around 80º F. Precipitation is constant throughout the year, with rain received from storms such as typhoons and hurricanes. This region is forested with common plants such as ginkgo trees, spiny bamboos, and dawn redwoods. Animals that live in the region include silver orioles, tree frogs, and serows.
Explanation: n/a
A climate is generally defined as a weather pattern that is changed in a particular area. It can be changed on hourly basis.
What is Climate region?
The climate region labeled with the number one is known as the humid subtropical region. It is considered as a moderate climate found between the mid latitudes.
The region is known for its warm to hot summers and cool winters. Winter temperatures average around 55º F, while summer temperatures are around 80º F.
This region is forested with common plants such as ginkgo trees, spiny bamboos, and dawn redwoods. Animals that live in the region include silver orioles, tree frogs.
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Why did farmers use the chemical forchlorfenuron?
ANSWER:
Farmers use the chemical forchlorfenuron to improve the harvest of fruits.
EXPLANATION:
The use of this chemical is believed to bring the harvest forward by almost 2 weeks and also yields a bigger sized fruit. The use of this chemical is done so as to get the produce early and sell it in the market at an asking price. When fruits yielded by the use of this chemical ripen, they are big in size and are sold in the market before other fruits and therefore have no competition. Thus to earn higher profits from the fruit harvest, farmers use the chemical. This chemical however can have adverse effects on fruit leading to bursting of the fruit.How much water is in the ocean expressed in km3
1.331 billion cubic kilometres according to recent study from the U.S geological survey
At a subduction zone where oceanic lithosphere meets continental lithosphere, which would subduct and why?
Oceanic lithosphere—it is more buoyant on the mantle.
The oceanic lithosphere would subduct because it has a higher density at 3.0 grams per cubic centimeter.
Continental lithosphere—it is thicker than the oceanic plate and can plow through it.
Continental lithosphere—it is more buoyant on the mantle.
Continental lithosphere—it has a higher density at 2.7 grams per cubic centimeter.
In a subduction zone, the dense oceanic lithosphere subducts or sinks beneath the less dense continental lithosphere due to differences in their densities.
Explanation:In a subduction zone, it is the oceanic lithosphere that subducts beneath the continental lithosphere. The primary reason for this is due to differences in density. Oceanic lithosphere, comprised primarily of basaltic rock, has a higher density typically around 3.0 grams per cubic centimeter, compared to continental lithosphere, made mostly of granitic rock, which has a lower density of about 2.7 grams per cubic centimeter. Because of this density difference, the more dense oceanic lithosphere sinks, or subducts, beneath the lighter continental lithosphere.
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What kingdom did Charlemagne establish after the pope crowned him as emperor? A. the Ottoman Empire B. the Byzantine Empire C. the Holy Roman Empire D. the Western Roman Empire Please select the best answer from the choices provided A B C D Mark this and return
Answer:
C. Holy Roman Empire
Explanation:
Charlemagne was the dominant and most powerful figure in Europe during his lifetime. He lived in the early Middle Ages, and was ruling over most of Western and Central Europe. Charlemagne was the King of the Franks, and he was also a person that was very religious and had close thighs with Rome and the Pope, often coming to the assistance of the Pope if there were some dangers. Apart from being the King of the Franks, Charlemagne got another title, Holy Roman Emperor, after he was crowned by the Pope himself. That move was of great political and strategic importance for both sides, as Rome secured itself the strongest protector in the region, while Charlemagne got a title that made his authority even greater.
Answer:
I'm pretty sure the correct answer is C
How is water present in rocks and minerals
Minerals are naturally occurring inorganic solids that have a crystalline structure and definite chemical composition. ... Soil is a mixture of decomposed organic matter and broken down rocks and minerals. Soil also contains important pore spaces that allow water and air to circulate.
The 2010 Mw 7.0 earthquake in Haiti caused an estimated 280,000 structures to collapse or sustain severe damage and resulted in the deaths of 100,000 to 160,000 people. However, a much larger Mw 8.8 earthquake in Chile that same year caused an estimated 550 deaths and significantly less damage to structures. Much of this difference in death toll and damage was due to the fact that Chile has strict building requirements, whereas no national building code exists in Haiti. What else can affect the number of deaths or amount of damage caused by an earthquake?
The amount of damage an earthquake depends on multiple factors. Of course, its strength is one of the biggest factors, but very often it is not the decisive factor. If an earthquake strikes at an area where there's higher density of population, than the chances are that there will be more dead and injured people. If the earthquake strikes a place where there's little to no people doesn't matter its strength, there will be no dead or injured people, or only very few. If there's a lot of infrastructure in the area where the earthquake appeared, there will be lot of damage, but if there's very little infrastructure, than there will be very little damage done. The warning of the population on time can also be crucial for avoiding casualties, and if it is done on time and the people are evacuated, there will be very few or no victims, but if there isn't any warning, or it is too late, than there will be much more casualties. All these things were also the difference in the earthquakes in Haiti and Chile. The one in Haiti was in densely populated area, with lot of infrastructure, and there was not warning on time, while in Chile it was in an area where there's small population density, less infrastructure, and the warning was on time so the people were evacuated.
Final answer:
The number of deaths and amount of damage caused by an earthquake can be influenced by multiple factors, including the earthquake's magnitude, depth, population density, and building codes.
Explanation:
The number of deaths and amount of damage caused by an earthquake can be influenced by various factors. One important factor is the magnitude of the earthquake. A higher magnitude earthquake is typically more destructive and can cause more casualties. Another factor is the depth of the earthquake. Shallow earthquakes tend to cause more damage compared to deeper ones. The population density of an area can also affect the number of deaths, as more densely populated areas have a higher risk of casualties. Additionally, the building codes and construction practices in a location play a crucial role. Areas with strict building requirements and earthquake-resistant structures are better equipped to withstand and mitigate the impact of earthquakes, leading to fewer casualties and less damage.
What is the role of the major reservoirs in the water cycle?
Reservoirs are places where water is "stored", or where it stays for some period of time. The oceans, glaciers and ice caps, lakes, and the atmosphere are some examples of reservoirs.
A student notices that the moon is full one evening. Which sequence of moon phases will the student observe over the next eight days?
The moon's phases directly depend on the positioning of the moon toward the Earth, as well as its position toward the sun. The moon is always half lighted, though we can not see that, and we can only observe from the Earth part of the lighted half of the moon, depending on how the moon and our planet are positioned toward one another. The only time that we actually see the whole half of the moon that is lighted is when we see full moon, which from our perspective seems like all of the moon is lighted.
After we see a full moon phase, in the next eight days we can observe the waning gibbous moon phase, and the last quarter phase. The waning gibbous moon phase is when the lighted part is decreasing from our perspective, while the last quarter is when we see half bright and half dark moon, with the left side being the bright one.
Answer:
full, waning gibbous, third quarter
Explanation:
Uma naç?o pode ser reconhecida como um mesmo povo que tem a mesma identidade cultural?
Well now you see the magic water iguanas didn't want Gecko Jesus to take over Atlantis, is was by all rights his right to rule from birth, but as greedy as the magic water iguanas were, they decided to blow Atlantis using several small atomic bombs created from atlas adiamantite. Gecko Jesus was able to escape before the explosion decimated the Atlantian population by 98%. This ending the Atlantian era in ZAMABAZOOMOO.
What is the southernmost country in africa
Southern Africa Countries. Southern Africa is the southernmost region of the African continent with a number of independent states including South Africa.
The southernmost country in Africa is South Africa. South Africa is located at the southernmost tip of the African continent, where the Atlantic Ocean and the Indian Ocean meet.
Its southernmost point is Cape Agulhas, which is also the point where the warm Agulhas Current meets the cold Benguela Current, making it an important oceanic and climatic feature in the region. South Africa shares borders with Namibia, Botswana, Zimbabwe, Mozambique, Lesotho, and Eswatini (formerly known as Swaziland).
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A pair of stars which orbit each other is called a _________ star system.
A pair of stars which orbit each other is called a binary star system.
Explanation:The binary star is a system whereby two stars orbit each other in a common barycentre. With a naked eye, the binary star is distant and seen bright light.
In astrophysics, binary stars are important due to the fact that masses of the stars can be estimated from calculations of their respective orbits. This also allows other stellar measurements such as density and radii to be estimated. They are analysed separately and their orbital period is as long as centuries and millennia.
What scale do scientists use to measure hurricane intensity
____________________________________________________
Answer:
Your answer would be the "Saffir-Simpson Hurricane scale"
____________________________________________________
The scale that scientists use to measure the intensity of a hurricane would be the Saffir-Simpson Hurricane scale.
____________________________________________________
Saffir-Simpson Hurricane scale:
This scale was developed in the 1960s and continued to develop in the 1970s. This scale is used to measure the intensity of a hurricane from the speed of the wind, pressure, and storm surges.
____________________________________________________
Explanation:
The reason why the Saffir-Simpson Hurricane scale would be the correct answer is because this is the scale that measures the intensity of a hurricane. This scale measures the different wind speeds, pressure, damage potential, and etc. This scale has 5 different categories that categorizes the hurricanes that were measured. The categorize are from 1-5 (1 being the lowest level hurricane and 5 being the highest and most dangerous hurricane). This shows the scientists how bad the hurricane is, and if they need to warn people before the hurricane actually strikes. This scale has developed a lot over the past couple of years and is still being used to this day. This scale gives a good recommendation, or indication, of how bad an hurricane is going to be.
____________________________________________________
-Julie
A widely cited theory associates active faults with earthquakes in China and Southeast Asia. This theory suggests ________.
East Asia is moving toward the Himalaya, causing faulting and earthquakes
India is moving west relative to Eurasia, pulling central Asia away from East Asia
subduction beneath East Asia is pushing East Asia toward the Himalaya, forming young mountains between the Himalaya and Pacific subduction zones
India is plowing into the "soft underbelly" of Asia, pushing East Asia eastward
The correct answer is - India is plowing into the ''soft underbelly'' of Asia, pushing East Asia eastward.
Since India hit into the Eurasian plate its movement has never stopped since then. India is sunbducting bellow Eurasia, but with the subduction it has caused significant lifting up of the surrounding area, with the highest mountain range in the world, the Himalayas, being the most marking product of that. As India still continues to push inside Eurasia and continues with the subduction, more and more cracks appear in the crust. These cracks cause the formation of faults. Because of the pressure that enables the formation of the faults, lot of crust is cracking deep into the ground, and as it cracks and breaks, lot of gaps are opening up. The rocks than adjust, and as they do they release a lot of energy. That energy release results in the formation of numerous earthquakes in the surrounding areas like the western half of China and the northwestern and northern part of Southeast Asia.
Which features of Mount Lico isolate the forest on the mountain from the surrounding area
Answer:
Very steep, almost vertical, sheer rock sides.
Explanation:
Mount Lico is a very interesting mountain. It is 1,100 meters high, but it is actually very small in area. The mountains has volcanic origin, and it sticks out of the surrounding area. It is made out of igneous rocks. Its sides are very steep, almost vertical, made exclusively out of rocks. This makes the top of the mountain pretty much impossible to get to without modern day equipment. The top of the mountain is relatively flat, and it is covered by small tropical forest, covering around 30 hectares. Despite the forest being very small, it is very interesting for the scientists because it has not been touched by humans, and it represents an excellent example of small but very rich habitat.
The combination of high elevation, unique topography, inaccessibility, and special environmental conditions work together to isolate Mount Lico's forest from the surrounding areas, fostering a diverse and unique ecosystem.
Mount Lico, located in Mozambique, is a unique and interesting geographical feature primarily because of its isolation.
Several key aspects contribute to this isolation, effectively making it difficult for the surrounding areas to access the forest atop the mountain.The mountain is surrounded by sheer, almost vertical cliffs that make climbing very difficult. These cliffs act as a natural barrier, preventing easy access from the base of the mountain to the top.Mount Lico is situated in a remote area which adds to its inaccessibility. The surrounding terrain is rugged and less traveled, further isolating the forest on the mountain.The absence of developed roads or pathways leading up to Mount Lico means there is no easy route for humans to take. This lack of infrastructure contributes hugely to its isolation.The forest at the summit has a unique microclimate because of its altitude. This special climate can support different flora and fauna that are not found in the surrounding area, adding to its uniqueness and isolation.There are six countries located in East Asia. Please select the best answer from the choices provided T F
The answer would be false because East Asia only has three countries not six
Hope this helps have a good day
Answer:
F
Explanation:
The next best alternative given up when making a choice is called the __________. A. Opportunity cost B. Comparative advantage C. Primary objective D. Negative consequence Please select the best answer from the choices provided. A B C D
A.opportunity cost that's the answer here
Answer:
A. Opportunity cost
Explanation:
An opportunity cost is a cost that is associated with a profit of leaving the one set of good by taking the another set of good as to get benefited in the long run and acts as an opportunity that is also said as a hidden cost. To gain an opportunity cost one has to sacrifice the current opportunity to gain the cost advantage and thus decision in making a choice can influence the decision in the future. Thus its a type of the cost advantage.caracterize o sistema capitalista e seu papel na construção do espaço geográfica
plz help i dont understand
Study the topographic map.
Which region has a steep slope?
1
2
3
4
The answer is 3 because the lines are closer together thus making a steeper slope.
Answer:
The answer is 3
This is for a High School Unit about Southwest Asia and Northern Africa. Please help me quickly. This is worth 50 points!!!
Select one of the issues listed below and discuss its effects on the region.
economics
population
politics
sustainability
Answer:
population
Explanation:
The The current population of Western Asia is 275,788,011. That means that they need a lot of houses and foods and supplies to sustain everybody.
Answer:
Out of many issues that affect the region in a number of positive and negative ways, the population is one that makes the greatest impact.
Explanation:
A well-managed population acts like a blessing for the region, but if the same population is ill-managed, it proves to be havoc. For proper and optimum use of natural resources, private and government property, facilities, amenities, etc., it is primarily important that the population is well-managed. The region would always remain in a positive frame if the population acts like a conservator and not like an exploiter.A topography map would best provide information about which areas? Check all that apply.
state boundaries
interstate highways
routes of minor roads
areas with mountains
regions at a high elevation
A topography map provides visual information about elevations, either by color or by circles, so the answers would be:
- areas with mountains
- regions with a high elevation.
The change of elevation (going high or low) would be represented by circles. The closest the circles are to each other, the steeper is the variation.
A topographic map is usually a large-scale map (showing a small area, like your neighbourhood, not a whole country for example). If there are state boundaries or any kind of road passing in that frame, yes they will be shown on the map... but it's not the primarily use of a topographic map.
The intertropical convergence zone is characterized by
Answer:
The intertropical convergence zone is the region of the terrestrial globe where the trade winds of the northern hemisphere converge with those of the southern hemisphere.
It is characterized by being a belt of low pressure and inconsistent location around the equator constituted by ascending air currents, where large masses of warm and humid air converge from the north and south of the intertropical zone.
The reason of its inconsistent location is due to the movements of the Earth with the seasons, having as a consequence the amount variation of heat energy from the sun in this region.
The Intertropical Convergence Zone (ITCZ) is a region between the Tropic of Cancer and Tropic of Capricorn characterized by high temperatures and significant rainfall. These conditions are a result of intense sunlight causing constant air uplift and condensation of water vapor into rainfall. The ITCZ plays a significant role in global weather patterns and rainforest formation.
Explanation:The Intertropical Convergence Zone (ITCZ) is a region that straddles the Earth's equator, lying between the Tropic of Cancer and the Tropic of Capricorn. It's largely characterized by high temperatures and significant precipitation, owing largely to the consistent heating by the intense sunlight near the equator, causing constant air mass uplift and condensation of water vapor.
Distinct bands of rainfall typify these regions, similar to what is observed in Africa's tropical savannas and monsoon areas. Unlike the temperate regions, these tropical climate zones are perceived to be more stable environments allowing for the development of highly specialized biological niches.
The ITCZ plays a considerable role in driving global weather patterns and is responsible for the creation of many of the planet's rainforests.
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The discoveries of astronomers like Copernicus and Galileo
established that the universe was sun-centered, or heliocentric.
reinforced most of the traditional teachings of philosophers and the Church.
were supported by most scientists of the time.
proved that ancient philosophers, like Ptolemy, were correct in their views of how the universe works.
The correct answer is - established that the universe was sun-centered, or heliocentric.
Copernicus and Galileo were two of the scientists that managed to make a huge difference with their theories and discoveries, and help a lot in the change of the societies and eventual loss of the rule of the church. While Copernicus only had theories that the universe is sun-centered, but no proofs, he was ridiculed, and his theories were not accepted at the time. Galileo though managed to create a telescope. With his invention, he managed to prove the theories of Copernicus, and since he had a proof, it was much easier for the theory to be accepted. It needed time though, as the church was trying to block his research and publications about any such thing, but eventually it got to the public, and with his invention being able to provide the people with the proof, the theory was accepted. While this theory is not totally right, it still managed to make a huge difference, and further researches started to take place gradually, constantly pushing the boundaries and putting the science in front of the theology.
Final answer:
The discoveries of astronomers like Copernicus and Galileo established that the universe was sun-centered, or heliocentric. This representation of the universe was a radical departure from the Ptolemaic and Aristotelian geocentric models supported by the Church.
Explanation:
Copernicus formulated the heliocentric model of the solar system, marking a foundational shift in our understanding of the cosmos. His model was bolstered by Galileo's telescopic observations, which provided concrete evidence that supported the heliocentric theory. Moreover, Johannes Kepler's work with planetary motion refined and strengthened the heliocentric perspective. This collective shift in consensus took place despite the initial resistance from traditional philosophies and the Catholic Church, illustrating a crucial transition from reliance on abstract reasoning to empirical evidence and scientific methodology in understanding our universe.
Which of these countries has the greatest longitudinal extent? Which of these countries has the greatest longitudinal extent? Azerbaijan Mongolia Kyrgyzstan Afghanistan Tajikistan
The correct answer is - Mongolia.
Out of the suggested countries, Mongolia is the one that has by far the greatest longitudinal extent. Mongolia is a country in East Asia, located between the two giants, Russia on the north, and China on the south. The country has a relatively large longitudinal extent, while the latitudinal extent is smaller. It is the 19th largest country in the world.
The geography of Mongolia differs from place to place, with large ares being arid and semi arid plateaus, low grassland plains, high mountains, and dense taiga forest in its north.
Greek island where a famous armless statue was found
Milos is the Greek Island where a famous armless statue was found.
Which of the following actions has had the greatest effect on the shrinking of the Aral Sea?
A.
Less snow has fallen in the mountains around the Aral Sea, causing rivers to dry up.
B.
The deserts around the sea have grown hotter, causing the sea to shrink.
C.
Irrigation has taken water away from the rivers that feed the sea.
D.
Major cities on the sea’s coast have taken water to feed their populations.
C.
Irrigation has taken water away from the rivers that feed the sea.
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Answer:C.
Irrigation has taken water away from the rivers that feed the sea.
Explanation: