To prove that the remaining ratio is equal to the others, we can introduce a different altitude. For example, introducing the altitude from point A, and then applying the same reasoning to prove that the remaining ratio is equal to the others. A triangle is defined as a polygon with three sides.
It is one of the most basic geometric shapes. Any triangle with a base and height has an area that is equal to the product of the base and the height multiplied by 1/2 (1/2 times the base times the height). The height of a triangle is the perpendicular drawn from the vertex opposite to the base to the base.
The following is an explanation of the introduction of the altitude and the application of the same reasoning to prove the remaining ratio to be equal to the others. Let's say a triangle ABC has a side AC that has been divided into two segments AD and DC by the altitude from point A.
Let's examine the remaining ratio, which is the ratio of the length of BD to the length of CD. By applying the Pythagorean theorem to triangles ABD and ACD, we can see that:
AB² = AD² + BD²
AC² = AD² + CD²
We can solve for BD/CD by dividing the first equation by the second:
AB²/AC² = BD²/CD² + 1
Since we already know that AB/AC is the ratio of the lengths of the two sides that are adjacent to the angle opposite to the altitude from A, we can substitute the given ratio into the left-hand side of the equation:
Given ratio = (AB/AC)² = BD²/CD² + 1
The relationship between BD and CD can now be expressed algebraically by rearranging the above expression:
BD/CD = √((AB/AC)² - 1)
Therefore, it has been demonstrated that the remaining ratio BD/CD can be expressed in terms of the ratio AB/AC, which was given at the outset, and does not require any knowledge of the side lengths of the original triangle ABC.
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Classifying ----- is critical for communicating regional environmental characteristics, observing broad global patterns, and analyzing large amounts of meteorological data collected over years or decades.
Answer:
a
Explanation:
what features in the the sedimentary or volcanic rock would you look for to tell u overturne limb
The following are the features in the sedimentary or volcanic rock that would be looked for to tell overturned limb:
1. Sedimentary rock
In sedimentary rocks, the upper surface is usually a layer of rock that has been eroded and exposed. This is commonly referred to as the "upper bed." The lower bed is located beneath the upper bed and is typically more resistant to erosion. The degree of weathering of the two beds can be used to determine whether or not a rock formation has been overturned.
2. Volcanic rock
In volcanic rocks, one can look for fractures and other structural features that may indicate that the rock has been overturned. Another method used to determine whether or not a volcanic rock has been overturned is to look for the presence of vesicles.
Vesicles are gas-filled cavities that are formed during volcanic eruptions. They can be used to determine the orientation of the rock formation.
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How are federal judges selected to serve?
Federal judges are appointed by the President and confirmed by the Senate, according to the Constitution.
Who chooses the federal judges?High Court judges, court of requests judges, and region court judges are selected by the President and affirmed by the US Senate, as expressed in the Constitution. Senators and House members from the President's political party occasionally make recommendations for potential nominees. Each nominee typically has confirmation hearings held by the Senate Judiciary Committee. These judicial officers are appointed for life under Article III of the Constitution. The nomination and confirmation processes are independent of the federal Judiciary, the Judicial Conference of the United States, and the Administrative Office of the United States Courts.
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angular momentum is thought to play an important role in tornado formation because as the diameter of rotating air is reduced, the wind speeds increase as angular momentum is
The conservation of angular momentum is one of the mechanisms that can lead to a tornado's formation
Angular momentum is thought to play an important role in tornado formation because as the diameter of rotating air is reduced, the wind speeds increase as angular momentum is conserved.How is angular momentum thought to be important in the formation of a tornado?
Angular momentum is thought to be important in the formation of a tornado because as the diameter of the rotating air is decreased, the wind speeds are increased as angular momentum is conserved. This occurs when air is drawn into a thunderstorm and then forced to rotate through the vertical stretching.
The result is a rotating column of air with a very small diameter (typically only a few hundred meters).The conservation of angular momentum is a concept that states that the total amount of angular momentum in a closed system will remain constant.
This means that when the diameter of the rotating air column is decreased, the speed of the rotating air column increases in order to conserve the total angular momentum. This process is important in the formation of a tornado because it results in very high wind speeds that can cause significant damage.
The development of a tornado can be initiated by a combination of several factors such as atmospheric instability, wind shear, and moisture content. The conservation of angular momentum is one of the mechanisms that can lead to a tornado's formation.
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what are the different sizes and shapes of galaxies?
elliptical, spiral and irregular
Astronomers classify galaxies into three major categories: such as the answers above ⬆️
these galaxies span a wide range of sizes, from the dwarf galaxies containing as few as 100 million stars to giant galaxies with more than a trillion stars- or so they say of course.
air flowing toward the equator is pushed and air flowing away from the equator is pushed is called
The phenomenon of air flowing toward the equator being pushed and air flowing away from the equator being pushed is known as the Hadley Cell.
This atmospheric circulation is named after George Hadley, an English lawyer who first proposed the concept in 1735.
The Hadley Cell is a two-celled atmospheric circulation in which air near the equator rises up and is pushed to the tropics, cooling as it moves away from the equator.
At the tropics, the air sinks back down to the surface and is pushed away from the equator, heating up as it moves towards the poles.
This circulation pattern helps to redistribute heat around the Earth and keeps the equator warm while cooling off the poles. This is why temperatures decrease significantly the further away you are from the equator.
The Hadley Cell is an important part of the global climate system, and without it, the planet would be significantly colder overall.
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How does climate change affect the strength and frequency of floods, droughts, hurricanes, and tornadoes?
Climate change is responsible for exacerbating the impacts of natural disasters, including floods, droughts, hurricanes, and tornadoes.
How climate change affects the intensity and frequency of each of natural disastersThe following is how climate change affects the intensity and frequency of each of these natural disasters:
Floods: Because of global warming, the atmosphere is warmer and carries more moisture. As a result, rainfall events, particularly heavy downpours and floods, have become more frequent and severe. Since warmer air can hold more moisture, the amount of rainfall that occurs during these extreme weather events is more than before.
Droughts: The frequency and intensity of droughts are predicted to rise as a result of climate change. The temperature increase would lead to more droughts in some regions due to higher evaporation rates, reducing soil moisture and increasing the potential for wildfires, which may lead to water scarcity.
Hurricanes: Due to rising temperatures, the sea surface temperature has also increased, causing ocean temperatures to rise, resulting in stronger hurricanes. Stronger winds and more rainfall are also anticipated as a result of climate change.
Tornadoes: Climate change is not linked to the frequency of tornadoes. However, tornadoes may occur more frequently due to climate change, which makes the weather more unstable and erratic. There may be a greater number of severe weather events as a result of this.
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for people living on the edge of subsistence, climate changes brought about by the made life even more precarious in the tumultuous century following the reformation
The tumultuous century following the reformation was a difficult period for those living on the edge of subsistence. Climate change contributed to further hardship and insecurity.
Extreme weather events like floods, droughts, and cold spells had a direct impact on subsistence crops, meaning people had to compete for increasingly scarce resources. War and famine also disrupted farming activities and caused food shortages.
In addition, rising temperatures meant that previously suitable farming land became too hot and dry for cultivation. This led to an increase in poverty and displacement, as people were forced to move to find new sources of food and income.
The precariousness of life on the edge of subsistence was exacerbated by climate change, with vulnerable populations feeling the effects of a changing climate most acutely.
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A fog that develops when warm, moist air blows over a cold current (such as the California Current) is an example of ____ fog.a) evaporationb) radiationc) convectiond) advection
The fog that develops when warm, moist air blows over a cold current (such as the California Current) is an example of advection fog. Advection fog occurs when warm, moist air blows over a cooler surface, resulting in cooling of the air and condensation of the moisture, forming fog.
When the warm air blows over the cold current, it is cooled and its capacity to hold moisture decreases. This causes some of the moisture to condense, forming droplets of water, or fog. As the warm air is cooled and continues to move, it brings more moisture, leading to an increase in fog.
Advection fog is common in coastal areas, especially during the summer months when the cold ocean current is juxtaposed with the warm landmass. It is also common in the Rocky Mountains when warm air from the Pacific moves over the cold Rocky Mountains.
Advection fog is often seen as a low, stratus cloud that can range from thin to quite dense. It can form over a wide area and may linger for several days. It can reduce visibility to a few hundred feet and can cause dangerous driving conditions due to the low visibility.
Advection fog is a very common type of fog and can be seen in many places around the world. It is an important factor to consider when planning activities in coastal areas or near mountains.
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Which is not a type of stress seen in rocks? shear stress transitional stress compressional stress tensional stress
Answer:
There is no type of stress that is not seen in rocks among the options given. All four types of stress listed are commonly observed in rocks: shear stress, transitional stress, compressional stress, and tensional stress.
Shear stress occurs when rocks are subjected to forces that cause them to slide or twist along parallel planes, resulting in shearing or tearing of the rock.
Transitional stress occurs when rocks are subjected to forces that cause them to change shape or deform without breaking or cracking, such as bending or folding.
Compressional stress occurs when rocks are subjected to forces that push them together or cause them to be squeezed or shortened, resulting in deformation or folding.
Tensional stress occurs when rocks are subjected to forces that pull them apart or stretch them, resulting in the development of cracks or fractures.
Explanation:
Answer:
Stress during the transition period. This is NOT a sort of stress found in rocks.
Transitional stress is a sort of social stress that signifies mental tension that occurs as a result of life transitions and derives from one's connections with others and from society. Geological stresses are applied to rocks.
Explanation:
brainliest pls
describe both the mechanics and features of a convergent plate boundary that produces andesite volcanoes. be sure to use terms like continental and oceanic crust, the different rock types-granite basalt etc, the subduction zone and trench, and the force that causes the boundary.
Convergent plate boundary are the plate boundaries which occur when two plates collide into each other. The denser plates move underneath the lighter plate by forming a subduction zone.
What are the Convergent plate boundary?Convergent Plate Boundary occur when two plates collide into each other. The denser plate moves underneath the lighter one, forming a subduction zone. The force behind the boundary is the motion of plates. When the continental and oceanic crust come together, the oceanic plate sinks under the continental plate because the oceanic plate is denser. The oceanic plate is destroyed at the subduction zone, which is where the Andesite volcano forms.
When it comes to the mechanics of a convergent plate boundary that produces Andesite volcanoes, the two plates that collide into each other are oceanic and continental crust. The oceanic plate is denser than the continental plate, and it moves underneath the lighter one. Andesite volcanoes form as a result of the collision. The subduction zone is where the oceanic plate is destroyed, and the Andesite volcano forms.
Andesite is formed by the fusion of basaltic rock from the oceanic plate and granite from the continental plate. The two rocks mix together to form Andesite, which erupts as a volcano when it comes into contact with the atmosphere. The different rock types involved in the process are granite and basalt. The subduction zone and trench are two of the features of the convergent plate boundary that produces Andesite volcanoes. The convergent plate boundary is a geological feature that occurs when two tectonic plates collide into each other. The denser plate moves underneath the lighter one, forming a subduction zone. The force behind the boundary is the motion of plates. Andesite volcanoes form at the subduction zone when oceanic and continental crust collide.
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large metallic objects that are clustered in bands called _____
Answer:
Large metallic objects that are clustered in bands are called "asteroid belts".
which of the following results do you expect associated with a continental-continental a divergent plate boundary?
The result that is expected associated with a continental-continental divergent plate boundary is the formation of rift valleys.
What is a continental-continental divergent plate boundary?A divergent plate boundary is where two tectonic plates move apart from each other. When such boundaries exist within a continental plate, the phenomenon is known as a continental-continental divergent plate boundary. When such an event occurs, it creates a rift valley.
Types of divergent boundariesThere are two forms of divergent boundaries that occur at the continental level: rift valleys and mid-ocean ridges. Mid-ocean ridges occur underwater, while rift valleys occur on land. The African continent is now being ripped apart by a continental-continental divergent plate boundary, for example. A divergent boundary where one plate is oceanic and the other is continental is referred to as a continental-oceanic divergent boundary. The African plate is separating from the Arabian plate at the Red Sea, for example. The East Pacific Rise is an example of a mid-ocean ridge.
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Russia has a history of conflict and war with other nations. Two of the most notable battles were World War II and the Cold War. While both conflicts are technically considered "wars,
there was a vast difference in the reasoning behind each one and the way they were fought. Using complete sentences, explain the difference between Russia's part in World War II and the Cold War. Compare and contrast what led to Russia's Involvement, what kinds of weapons were used, and what the outcome was. Be sure to use correct spelling and
punctuation.
PLS HELP! 50 POINTS!
Answer:
Russia's involvement in World War II and the Cold War differed significantly in terms of their reasons for participation, the types of weapons used, and the outcome of each conflict. In World War II, Russia joined the Allied forces in their fight against Nazi Germany after Germany broke a non-aggression pact between the two countries and invaded Russia. Russia's involvement in the war was crucial, as they were able to push back German forces and ultimately help secure victory for the Allies. The weapons used during World War II were mainly conventional weapons, such as rifles, tanks, and planes.
On the other hand, the Cold War was a conflict between the United States and the Soviet Union (which included Russia) that lasted from 1947 to 1991. The conflict was largely ideological, with the two superpowers fighting for global dominance in a non-violent manner. The weapons used during the Cold War were mainly nuclear weapons, which were used as a deterrent against one another. The outcome of the Cold War was a victory for the United States, as the Soviet Union collapsed and the United States emerged as the sole superpower.
In conclusion, while both World War II and the Cold War involved Russia, they were vastly different in terms of their reasons for participation, the types of weapons used, and the outcome of each conflict. World War II was a conventional war fought against Nazi Germany, while the Cold War was a non-violent ideological conflict between the United States and the Soviet Union. The weapons used in World War II were mainly conventional, while the Cold War involved the threat of nuclear weapons. Ultimately, the Allies emerged victorious in World War II, while the United States emerged as the sole superpower after the collapse of the Soviet Union in the Cold War.
Two reasons that Britain needed help in the Malay states
1. this fossil will have a space remaining in a rock where the original fossil was____ (MOLD) 2. this fossil is replaced with minerals such as silica and calcite is called____ (CAST) 3. fossils such as footprints, coprolites, and burrows is called____
A mold is a natural cavity in a rock or sediment that is formed when the original fossil is dissolved by underground water. The mold preserves the shape of the original organism, and it may contain other important information, such as the size of the organism, its texture, and its orientation. Molds are useful to paleontologists because they provide a detailed record of the organism's anatomy, and they can be used to make casts or replicas of the original fossil.
A cast is a replica of a fossil that is made by filling a mold with minerals such as silica or calcite. The minerals harden and form a solid replica of the original organism. Casts are useful to paleontologists because they provide a 3D model of the fossil, and they can be studied in detail without damaging the original fossil.
Trace fossils are preserved remains of the activity that is not directly related to the organism's body. Examples of trace fossils include footprints, coprolites (fossilized feces), burrows, and nests. Trace fossils are useful to paleontologists because they provide information about the organism's behavior, habitat, and environment. They can also help to identify the presence of extinct animals that may not have left a fossilized body behind.
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What are gases that accumulate in the atmosphere and contribute to global warming?
The gases that accumulate in the atmosphere and contribute to global warming are known as greenhouse gases. They trap heat from the sun and cause the Earth's temperature to increase.
What is global warming?Global warming refers to the phenomenon of Earth's average surface temperature increasing due to human activities that increase the concentration of greenhouse gases in the atmosphere. Greenhouse gases such as carbon dioxide, methane, and water vapor trap heat in the Earth's atmosphere, causing global temperatures to rise. This is referred to as the greenhouse effect.
What is the greenhouse effect?The greenhouse effect is a natural process that occurs when certain gases in the Earth's atmosphere, referred to as greenhouse gases, trap heat from the sun, preventing it from escaping into space. As a result, the Earth's temperature is kept within a range that is conducive to life as we know it.
However, human activities such as burning fossil fuels, deforestation, and industrial processes have led to an increase in the concentration of greenhouse gases in the atmosphere, intensifying the greenhouse effect and causing global warming. This is a significant concern, as global warming can have a range of negative impacts on the environment and human societies.
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The early atmosphere on Earth was _____.a. mostly carbon dioxide
b. extremely cold
c. full of oxygen
d. hot
The early atmosphere on Earth was mostly carbon dioxide.
So, the correct answer is A.
What is the atmosphere?An atmosphere is the blanket of gas that surrounds a planet or other celestial object. Earth's atmosphere, which is mainly composed of nitrogen and oxygen, contains small amounts of other gases. The atmosphere can be broken down into several different layers. Troposphere, stratosphere, mesosphere, thermosphere, and exosphere are the five layers of the Earth's atmosphere. The early atmosphere of Earth was mostly carbon dioxide.
The atmosphere of the Earth comprises a variety of gases, including oxygen, nitrogen, argon, and carbon dioxide. These gases are unevenly distributed in the atmosphere due to the Earth's rotation, atmospheric pressure, and other factors. The majority of the Earth's atmosphere is composed of nitrogen (about 78 percent) and oxygen (about 21 percent). Other gases make up the remaining 1% of the atmosphere, with trace amounts of other elements and compounds contributing to the air we breathe.
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The Aleutian and Hawaiian Islands form from completely different processes related to Plate Tectonics. Using Plate Tectonic theory and correct technical terms, explain how they form.
The Aleutian and Hawaiian Islands form from two different processes related to Plate Tectonics. The Aleutian Islands are formed by the subduction of the Pacific plate beneath the North American plate at the Aleutian Trench. This process is also known as a convergent plate boundary.
During subduction, the oceanic lithosphere is consumed and in the process magma is produced and rises to the surface. This magma then cools and hardens to form the Aleutian Islands.
The Hawaiian Islands are formed by a process known as hotspot volcanism. Hotspots are stationary mantle plumes that rise from the mantle and melt the lithosphere.
This process is also known as a divergent plate boundary. The Hawaiian hotspot is located beneath the Pacific plate and has created the Hawaiian Ridge of islands, as the Pacific plate has moved over it.
The molten material erupts to the surface to create new volcanoes and as the older volcanoes move away from the hotspot, they become inactive and form islands.
Both processes create volcanic islands, but the way in which the volcanoes form differs between the Aleutian and Hawaiian Islands. The Aleutian Islands are formed through subduction while the Hawaiian Islands are formed through hotspot volcanism.
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Consider any other changes in your locality that you think have resulted from climate change.
Answer:
Explanation:
Increased frequency and intensity of heatwaves and droughts, leading to decreased water availability and increased risk of wildfires.More frequent and severe storms, including hurricanes, tornadoes, and thunderstorms, leading to flooding and property damage.Changes in precipitation patterns, such as increased rainfall in some areas and decreased rainfall in others, leading to changes in crop yields and water availability.Rising sea levels and increased coastal erosion, leading to loss of property and infrastructure in coastal communities.Changes in the distribution and abundance of plant and animal species, as they adapt to changing climatic conditions.Increased incidence of vector-borne diseases, such as Lyme disease and West Nile virus, as warmer temperatures allow disease-carrying insects to thrive in new areas.Shifts in the timing of seasonal events, such as flowering and migration, as a result of changing temperatures and weather patterns.Commercial agriculture in dry climates relies heavily on irrigation. Which of the following best explains an environmental concern that results from irrigation in arid regions?
The high use of water for agriculture increases the price of water for people in urban areas.
The soil will have increased salinity, leading to soil erosion and reduced nutrients in the soil for plant health.
The increased production that results from irrigation of the crop will lead to decreases in crop prices as the total crop harvested will be higher.
The plants grown in this dry region will start to adapt to use less water, but the period to maturity will increase.
The soil will have increased salinity, leading to soil erosion and reduced nutrients in the soil for plant health. this can be the effect of commercial agriculture.
The phrase "commercial agriculture" is frequently used to describe industrial-sized farming. But, in a legal sense, even operating a tiny produce stand is considered commercial agriculture. When food is grown commercially, it is done so to sell it. Marketing includes marketing to or through a variety of outlets, such as produce stands nearby, supermarkets, wholesalers, foreign nations, and restaurants. Due to the fact that commercial agriculture generates income that goes towards a nation's gross domestic product, it is often preferred to subsistence farming. As a result, governments frequently provide financial assistance to commercial farms in an effort to boost output. Commercial farms strive to optimise yields at the lowest possible cost because their business model depends on revenues.
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How does the Coriolis effect affect the Southern Hemisphere?
The result of Earth's rotation on the weather patterns and ocean currents. The Coriolis effect makes storms swirl clockwise in the southern hemisphere and counter-clockwise in the Northern hemisphere.
at the shore, why does the sea level often drop dramatically before a tsunami arrives?
Answer:
Tsunami waves are often preceded by coastal waters being dragged out when the trough arrives before the crest.
Explanation:
how many new moons was jupiter discovered to have in february 2023?
Answer:
Astronomers have discovered 12 more moons orbiting Jupiter.
Explanation:
On Feb 16 2023,the planet was discovered to have 12 more moons orbiting Jupiter.
how far from the heavy rain of a thunderstorm can lightning strike
Answer:
6 to 25 miles away from a storm
Explanation:
Lightning can strike as far as 10 miles away from a thunderstorm, although most lightning occurs within 6 miles of the storm. In some cases, lightning can strike up to 25 miles away from the thunderstorm. It's important to remember that lightning can be unpredictable and can strike in areas that are not necessarily experiencing heavy rain or even thunder. So, if you can hear thunder, you are close enough to the storm to be at risk of being struck by lightning. It's important to seek shelter indoors or in a hard-topped vehicle when thunderstorms are in the area.
from the two seasonal curves shown, greater precipitation occurs at all but one of the reporting stations during . this could be due to the passing of storm systems at that time of the year in addition to orographic uplifting. a. summer b. winter g
The precipitation patterns of the two seasonal curves shown indicate that more precipitation occurs at all but one of the reporting stations during the summer season.
Here, correct option is A. summer.
This can be attributed to multiple factors, including the passing of storm systems, which is more frequent during this time of the year, as well as orographic uplifting, which is caused by the interaction of prevailing winds with mountains or hills.
As the air is forced upwards it cools, causing moisture to condense out of the atmosphere and form clouds and eventually rainfall. This is a common phenomenon in mountainous areas, and explains why there is more precipitation during the summer months in these regions.
Therefore, correct option is A. summer.
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Complete question is :-
From the two seasonal curves shown, greater precipitation occurs at all but one of the reporting stations during . this could be due to the passing of storm systems at that time of the year in addition to orographic uplifting.
a. summer
b. winter
c. spring
d. rainy.
8.) this example illustrates one of the most fundamental and useful principles for relative age-dating of rocks. describe and invent a name for the general principle useful in relative age-dating that is represented here
this example illustrates one of the most fundamental and useful principles for relative age-dating of rocks. describe and invent a name for the general principle useful in relative age-dating that is represented here
A function, f. is defined by f(x,y) = 3x2 - 4y. What is the value of f(3,2) ?
F(3,2) is assigned a value of 19.
What are the different sorts of function?A relationship between a collection of inputs and outputs is known as a function. A function is, to put it simply, a relation between inputs in which each input is connected to precisely one output. Each function has a range, codomain, and domain. The usual way to refer to a function is as f(x), where x is the input.
A function called f is defined by the notation y=f(x). This should be understood as "y is indeed a function of x." The input variable, or outcome variable, is represented by the letter x. The output value, also known as the dependent variable, is denoted by the letters y, or f(x).
f(x, y) = 3[tex]x^{2}[/tex] - 4y = 3*3∧2 - 4*2
= 3*9- 8 so, 27-8=19
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Question 1 3 pts The style of eruption depends on the plate tectonic setting in which the volcano is situated. Compare the different eruption styles you could observe at a divergent versus a convergent plate boundary. Make sure to address the roles that composition, viscosity, and gas content play in your answer.
At a divergent plate boundary, the plates are moving away from each other. This type of plate boundary is typically associated with less explosive eruptions.
Eruptions in this type of setting are usually composed of basaltic magma, which is low in silica content and very fluid.
These eruptions produce lava flows and rarely cause ash and pyroclastic flows. Since the viscosity of basaltic magma is low, gas bubbles can escape easily and cause less explosive eruptions.
At a convergent plate boundary, the plates are pushing together. This type of plate boundary is typically associated with explosive eruptions.
Eruptions in this type of setting are usually composed of andesitic or rhyolitic magma, which is high in silica content and more viscous than basaltic magma.
These eruptions produce ash and pyroclastic flows, and can be more explosive due to the higher viscosity of andesitic or rhyolitic magma.
The gas bubbles are more difficult to escape, so pressure builds up and causes more explosive eruptions.
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How does climate change affect albedo?
Earth's albedo decreases as the amount of snow and ice covering the surface decreases as a result of melting caused by rising global temperatures.
What factor that affects climate is albedo?The ability to reflect sunlight into space is known as albedo. Sunlight is reflected by deserts, clouds, ice and snow, and aerosols (particles in the air). The more solar energy that is reflected, the higher the albedo; the chillier The albedo is also raised as the ice cover expands as the temperature drops. The growing conditions for alpine grasslands on the TP, where temperature is the primary constraining factor, are improved by increased vegetation coverage, which results in a lower surface albedo and more energy absorbed (Bonan et al. 1992, Betts 2000, Barnes and Roy 2008).
A natural greenhouse effect is the cause of the warm global climate on Earth. Earth's surface is heated by the majority of the Sun's light as it passes through the atmosphere. Infrared radiation is released by the warmed oceans and land. Heat-trapping gases in the atmosphere of Earth absorb some of the infrared radiation.
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