Answer: b.Temperature goes down as elevation increases.
fingerlike extensions of the intestinal mucosa that increase the surface area for absorption
The fingerlike extensions of the intestinal mucosa that increase the surface area for absorption are called villi.
Villi are small, fingerlike projections that extend from the intestinal wall into the lumen of the small intestine. They are lined with specialized cells, including absorptive cells and goblet cells, that help to facilitate the absorption of nutrients from food. The surface area of the small intestine is greatly increased by the presence of these villi, which provide a large surface area for absorption. In addition, the villi are covered with even smaller projections called microvilli, which further increase the surface area available for absorption. The increased surface area provided by the villi and microvilli is crucial for efficient nutrient absorption and digestion in the small intestine.
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What physical property would have made a mineral appropriate for use as an old-time window covering before glass was widely available? FEEDBACK: To be used as a window pane, a mineral needs to be split into thin, large layers. Soft, brittle layers would not be appropriate for window panes.
The mineral needs to be easily split into thin, large layers to be used as an old-time window covering before glass was widely available.
Until glass became commonly available, window coverings made of minerals like mica, calcite, and talc were common. The mineral had to be physically capable of easily splitting into broad, thin layers. Due to this characteristic, the material could be formed into a flat sheet that was both somewhat insulating and transparent enough to let light through. Minerals with brittle, fragile layers would not be suitable since they would shatter rapidly and could not resist environmental conditions or the strain of constant use. For producing an ancient window covering, a mineral with the ability to be easily split into thin, large layers was necessary.
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Why are renewanle resources categorised into critical and non critical
Because of their potential to replace non-renewable, or finite, resources in the production of energy, renewable resources are regarded as particularly significant.
What is a critical renewable resource?The following are some of the scarce resources needed for renewable power: Place your land in areas where wind and solar power generation is feasible. Geographical highlights reasonable for siphoned capacity hydroelectricity to store discontinuous power for a minimal price. Cobalt and other minerals for lithium-ion batteries to store power. A resource that can be replenished is considered a renewable resource because it has an infinite supply. Renewable resources include the sun, the wind, and geothermal heat, which are regarded as inexhaustible.
As long as there is precipitation, water is also considered a natural resource that can be renewed. The need to conserve water resources has been demonstrated by shifting climate patterns.
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which of these places in latin america has a high minority indian (from india) population? argentina trinidad
There is no sizable Indian minority in either Trinidad or Argentina. However, due to their history of indentured labour under British colonial authority, Guyana and Suriname, both of which are in South America, have high Indian populations.
There is not a significant Indian minority in either Trinidad or Argentina. Less than 0.01% of the country's overall population, or about 4,000 people, are thought to be members of Argentina's minuscule Indian community. On the other side, Trinidad is home to a sizable population of Indo-Trinidadians, who are descended from indentured Indian labourers who were transported to the island during the 19th century. Around 35% of Trinidadians are classified as Indo-Trinidadians, but they are Trinidadian natives with Indian ancestry rather than immigrants from India.
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What Latin American country or territory has a high population of Indian (from India) minorities: Argentina or Trinidad?
Use the rule x + 8 to write a pattern. Begin with x = 0.
8, 9, 10, 11,...
0, 9, 10, 11,...
0, 8, 16, 24,...
Answer: 0, 8, 16, 24, 32, 40, 48, 56, 64, 72, 80, 88, 96, 104, 112, 120, 128, 136, 144, etc.
Explanation:
Starting with x = 0, we can use the rule x + 8 to generate a pattern of numbers by adding 8 to each successive value of x. The pattern would look like this:
0, 8, 16, 24, 32, 40, 48, ...
So, the pattern is generated by adding 8 to the previous number in the sequence.
which of the following is NOT one of the primary causes of lack of access to clean water experienced by many people in the region?
1. rapid urbanization has dramatically increased demand for water
2. governments have failed to invest adequately in water supply infrastructure
3. government corruption has hindered efforts to improve water supplies and quality
4. the region is naturally arid and lacks freshwater sources
The correct answer is option 4, the region is naturally arid and lacks freshwater sources. This is not one of the primary causes of lack of access to clean water experienced by many people in the region.
The main causes of lack of access to clean water are rapid urbanization, inadequate investment in water supply infrastructure, and government corruption. Rapid urbanization has led to a dramatic increase in demand for water, and governments have failed to invest adequately in water supply infrastructure.
Government corruption has also hindered efforts to improve water supplies and quality. All of these factors have created a situation of water scarcity and lack of access to clean water for many people in the region. The correct answer is option 4.
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why dams and furrows have large number on a topographical map
Answer:
These numbers represent two grid systems that can be used to find your exact location. The first is called latitude and longitude. The exact latitude and longitude is given at each corner of that map and at equally spaced intervals between the corners. The second is called UTM's.
Explanation:
when were ice sheets on north america most recently at their largest extent of the last ice age? answer: yr bp\
The last time the ice sheets on North America were at their greatest extent was roughly 20,000 years ago. (20,000 yr BP).
The Laurentide ice sheet covered the majority of Canada and the northern United States during the Last Glacial Maximum (LGM), while the Cordilleran ice sheet covered the western portion of North America 20,000 years ago. During this time, these ice sheets reached their southernmost points, with the Cordilleran ice sheet extending as far south as present-day Washington State and the Laurentide ice sheet reaching as far north as present-day Illinois. The Cordilleran ice sheet vanished around 7,000 years ago, and the Laurentide ice sheet disappeared around 10,000 years ago as a result of the warming climate.
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define the term agriculture
Answer:
agriculture is a process where farmers culture different types of seeds and grow vegetables, not only that they also raises livestock for livelihood
Currents tend to move in large ____ patterns in the Northern Hemisphere.clockwisecounterclockwiserandomirregular
The Northern Hemisphere has broad, anticlockwise patterns where currents often flow. The Coriolis effect, which results from the spinning of the Earth, is to blame for this.
Water and air, for example, curve to the right in the Northern Hemisphere and to the left in the Southern Hemisphere due to the Coriolis effect. Thus, currents in the Northern Hemisphere are redirected to the right, leading them to circle ocean basins in a clockwise pattern. In contrast, currents in the Southern Hemisphere are diverted to the left, which makes them circulate through ocean basins in a clockwise pattern.In the Northern Hemisphere, the Coriolis effect causes currents to be deflected to the right, and in the Southern Hemisphere, to the left. As a result, ocean currents tend to travel in big clockwise patterns in the Southern Hemisphere and enormous anticlockwise patterns in the Northern Hemisphere. These patterns are necessary for ocean circulation, which moves heat and nutrients all over the world and is essential to the Earth's climate system.
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Choose the system of inequalities that best matches the graph below
Answer:
c is the right answer for this question as it is the best inequality
Option c is the right answer for this question as it is the best inequality that best matches the graph below.
In mathematics, inequality refers to a mathematical statement that indicates the relative order or relationship between two values or expressions. It represents that one quantity is greater than, less than, or not equal to another.
Inequalities are commonly represented using symbols such as < (less than), > (greater than), ≤ (less than or equal to), ≥ (greater than or equal to), and ≠ (not equal to). For example:
x < 5: This inequality states that the value of x is less than 5.
2y + 3 > 10: This inequality states that the expression 2y + 3 is greater than 10.
2x ≤ 8: This inequality states that twice the value of x is less than or equal to 8.
Inequalities are important in mathematics as they allow for the comparison of values and help solve problems involving ranges, intervals, and conditions. They are extensively used in algebra, calculus, optimization, and various branches of mathematics to describe mathematical relationships and constraints.
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true/false. wherever an equatorward-lowing cool current pulls away from a subtropical western coast, a pronounced and persistent upwelling of cold water occurs.
The given statement "wherever an equatorward-lowing cool current pulls away from a subtropical western coast, a pronounced and persistent upwelling of cold water occurs" is True because This upwelling brings cooler and nutrient-rich water to the surface, which encourages the growth of plankton and other marine life.
This type of upwelling can be seen in many regions, such as the California Current, Canary Current, Benguela Current, and Peru Current. Upwelling is also associated with kelp forests and other productive coastal ecosystems, which are important habitats for a variety of species.
In addition, upwelling can have a cooling effect on the atmosphere, helping to moderate air temperature and reduce the intensity of storms.
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How is the troposphere formed?
Answer:
The troposphere is the lowest layer of the Earth's atmosphere, extending from the surface up to about 7-20 km (4-12 miles) depending on the latitude and season. It is the layer where most of the Earth's weather occurs, and where we live and breathe.
The troposphere is formed by a combination of processes involving the Earth's surface and the Sun's energy. The Sun's radiation heats the Earth's surface, causing it to warm up and create thermal energy. This thermal energy is then transferred to the air molecules in contact with the surface, causing them to rise and expand. As the warm air rises, it cools and loses some of its moisture, which condenses into clouds and precipitation.
At the same time, cooler air from higher altitudes sinks down to replace the rising warm air. This creates a convective cycle, where warm air rises and cool air sinks, creating a mixing of the atmosphere that distributes heat and moisture.
The boundary between the troposphere and the layer above it, the stratosphere, is marked by a temperature inversion layer called the tropopause, where the temperature stops decreasing with height and begins to increase again. This is due to the absorption of ultraviolet radiation by ozone molecules in the stratosphere, which creates a warming effect that prevents the mixing of air between the two layers.
Explanation:
Why Pluto left the solar system? What is the mass of Pluto?
Answer:
Pluto left the solar system because it was reclassified as a dwarf planet by the International Astronomical Union in 2006 due to its size and mass. Pluto's mass is estimated to be around 0.00218 Earth masses, or 1.30 x 10^22 kg.Answer:
Explanation:
Answer. The International Astronomical Union (IAU) downgraded the status of Pluto to that of a dwarf planet because it did not meet the three criteria the IAU uses to define a full-sized planet. Essentially Pluto meets all the criteria except one—it “has not cleared its neighboring region of other objects.
Describe the landscape features that are produced by glacial erosion
Answer:
Glacial erosion is the process by which glaciers move and carve the land beneath them, resulting in a variety of distinct landscape features. Some of the landscape features produced by glacial erosion are:
U-shaped valleys: Glaciers erode valleys into a characteristic U-shape by gouging and plucking rocks and sediment from the valley floor and sides.Cirques: A cirque is a steep-walled, bowl-shaped depression at the head of a valley, formed by glacial erosion. The ice carves the walls and floor of the cirque, and it often contains a small glacier or a glacial lake.Fjords: Fjords are long, narrow inlets of the sea between steep cliffs. They are created by the slow movement of glaciers carving out valleys, which later fill with seawater.Roche moutonnée: Roche moutonnée is a rock formation created by glacial erosion that appears as a smooth and polished rock with a gentle slope on the side facing the direction from which the glacier came and a steep slope on the opposite side.Striations and grooves: These are parallel scratches and grooves found on bedrock caused by the movement of glacier ice over it.Erratics: Large boulders or rocks that have been transported and deposited by glaciers in areas where the rock type is different from the surrounding geology.Drumlin: A drumlin is a long, teardrop-shaped hill created by the accumulation of glacial till on the lee side of an obstacle or irregularity in the bedrock.a metamorphic rock with minerals aligned in a preferred orientation or has alternating dark-colored and light-colored layers is said to have
Metamorphic rocks in which the minerals are oriented in a particular direction, or in which dark and light layers alternate, are said to be foliate metamorphic rocks.
To understand this class of rocks, we first need to elaborate on the nature of foliation. The word comes from the Latin folium, which means leaf. Geologists use foliation to refer to parallel surfaces and/or layers that can occur in metamorphic rocks. Sheeting can give outcropping metamorphic rocks a banded or banded appearance and/or the ability to divide into thin layers. Foliated metamorphic rocks contain different mineral crystals oriented parallel to each other and exhibit foliation because they define preferred mineral orientations and/or because rocks have alternating dark and light layers.
A fine-grained sheet-like metamorphic rock, shale is formed by the metamorphism of shale or mudstone (a rock that is primarily clay) under relatively low pressure and temperature. Slate contains a type of leaf-like structure called a cleavage that allows it to split into thin sheets that make excellent roofing shingles (figure a above). Shale fracturing occurs when a pressure solution grows clay flakes perpendicular to the direction of compression while removing portions of the clay flakes that are not perpendicular to the direction of compression.
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12. in which direction did trade routes run from tenochtitlan? (make sure to read all parts of the map!)
Trade routes from Tenochtitlan ran in multiple directions, including south to Central America and north to the Gulf of Mexico. The map shows various trade routes branching out from the city.
The Aztec Empire, which is now part of Mexico, had Tenochtitlan as its capital city. The settlement was strategically located on an island in the middle of Lake Texcoco, serving as a crossroads for commerce routes in the area. The map depicts numerous trade routes that left Tenochtitlan, including ones that headed north to the Gulf of Mexico and south to Central America. East-west trade routes also connected Tenochtitlan with other towns in the area. Food, clothing, and precious metals were just a few of the many items the Aztecs traded, and their trading networks were a vital part of their economy.
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What was the direction of trade routes from Tenochtitlan according to the map?
Which of the following best compares a technological consequence of the Green Revolution in more developed and less developed countries?Farmers in less developed countries experienced increased profits from manufacturing and selling genetically modified seeds on the open market to more developed countries.Farmers in less developed countries experienced a decrease in water pollution through the use of chemical fertilizers first used in more developed countries.Farmers in more developed countries experienced substantial profits because of the increasing emphasis on more sustainable practices such as organic farming first used in less developedcountries.Farmers in less developed countries were able to increase their profits from growing and exporting high-yield grain to levels similar to those in more developed countries.
The technological consequence of the Green Revolution in more developed and less developed countries that best compares is that Farmers in less developed countries were able to increase their profits from growing and exporting high-yield grain to levels similar to those in more developed countries. Therefore the correct option is option
Green Revolution refers to the transformation of the agricultural system that occurred from the mid-1900s to the late 1960s, which involved the implementation of modern, high-yield varieties of cereal grains, particularly wheat and rice, as well as new agricultural technologies, such as fertilizers and mechanized farming methods.
This revolution had a significant impact on agriculture and food production in both developing and developed countries.
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The following question may be like this:
Which of the following best compares a technological consequence of the Green Revolution in more developed and less developed countries?
Farmers in less developed countries experienced increased profits from manufacturing and selling genetically modified seeds on the open market to more developed countries.
Farmers in less developed countries experienced a decrease in water pollution through the use of chemical fertilizers first used in more developed countries.
Farmers in more developed countries experienced substantial profits because of the increasing emphasis on more sustainable practices such as organic farming first used in less developed countries.
Farmers in less developed countries were able to increase their profits from growing and exporting high-yield grain to levels similar to those in more developed countries.
Why would a foraminifera extinction event lead to a change in rock type? (Such as that seen at Gubbio, Italy.) Carbonate rocks made of foram shells cannot form if all the forams are dead, so rocks from the time of the extinction are made of clays (signifying abiotic background sedimentation). Clays made of foram shells cannot form if all the forams are dead, so rocks from the time of the extinction are made of carbonate rocks (signifying abiotic background sedimentation). There is no change in the rocks at Gubbio due to a foram extinction event.
The assertion is incoherent since it first asserts that a foraminifera extinction event would cause a change in rock type but then asserts that the rocks at Gubbio have not changed as a result of a foram extinction event.
As the absence of foram shells would preclude the development of carbonate rocks, a foraminifera extinction event might generally result in a change in the predominant rock type in a particular region. This argument is refuted by the specific example of Gubbio, Italy, where despite a foraminifera extinction event that has been documented, no change in rock type has been noticed. Clays were used to create the carbonate rocks that would have formed had foraminifera continued to exist. However, because forams are necessary for the formation of foram-made clays, extinction-related rocks do not alter.
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scientists can determine the direction of movement of continental ice sheets or glaciers by looking at glacial
Scientists can determine the direction of movement of continental ice sheets or glaciers by peeking at glacial striations. Thus, option c is correct.
Striations are created from geologic actions and they include ridges or lines. The ridges or lines created as a result of faults extend from the glacier movement. They generally form on hard stone, such as quartzite, that is somewhat resistant to erosion and can be molded by wind pressure.
The lines created from the fault help scientists to have an idea of the direction in which the glacier advanced as areas that have these features tell them that the glacier moved in that direction.
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The complete question is-
Scientists can determine the direction of movement of continental glaciers by looking at glacial Choose one: A. horns. B. cirques. C. striations. D. firn.
true/false. Lava domes form when high-viscosity magma with low-volatile content cools quickly, forming a hardened dome a few meters to a kilometer or so in height.
False. When low-viscosity magma with a high volatile content cools slowly, it builds up into dome-shaped structures that can grow to heights of several kilometers.
Lava domes are made of viscous magma that is difficult to move and frequently contains significant volumes of gas and volatile substances like water vapour. When a volcano erupts, this magma cools and hardens on the surface, forming a dome shape while more magma continues to flow out and accumulate. The dome-shaped structure is a result of the magma's inability to travel far from the vent due to its extreme viscosity. Lava domes are frequently found in stratovolcanoes and are typically connected to violent eruptions.
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based on these graphs, how has hunting caused evolution of bighorn sheep mass and horn length over time?
Because to selective hunting, the length of the horns on bighorn sheep has decreased while their body mass has increased. A greater body size allowed for increased reproductive success while smaller horns gave a survival advantage.
Reason: According to the graphs, hunting has put a selection pressure on bighorn sheep. Horn length has decreased over time as rams with longer horns have traditionally been targeted by hunters. The statistics also suggest a rise in body mass, which is most likely caused by smaller horned rams having an edge in survival and passing on their genes for higher body size to their offspring. In addition to improving reproductive success, this increase in body bulk has also made larger rams more likely to mate successfully. The evidence implies that bighorn sheep populations have evolved in response to hunting, with lower horns and larger body proportions becoming more common through time.
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A. In what ways is the economy of the UAE not typical of most countries around the world?
B. what dose it mean to diversify the economy?how would diversifying the economy
benefit the UAE? is is beneficial forall? who is being left out?
C. what evidence shows that the UAE is encouraging economic development? what
evidence shows that full economic development is still a long way off?
The economy of UAE is different from the rest of the world because of its dependance on oil, large expatriate population and has a high standard of living. They are also diversifying the economy to direct foreign investment as well as creating job opportunities
How is the UAE economy different from most countries around the world?A. The economy of the UAE is not typical of most countries around the world in several ways:
1. Dependence on oil: The UAE has a significant dependence on oil exports, which is not typical of most countries around the world. Oil exports account for a large proportion of the UAE's GDP and government revenue.
2. High standard of living: The UAE has a high standard of living, with a high per capita income and low levels of poverty. This is not typical of most countries around the world, especially those in the developing world.
3. Large expatriate population: The UAE has a large expatriate population, with many foreign workers employed in the country. This is not typical of most countries around the world, where immigration policies are often more restrictive.
B. Diversifying the economy means expanding the range of economic activities and sectors beyond a single source of revenue or sector. In the case of the UAE, diversification means reducing the country's dependence on oil exports and expanding into other sectors such as tourism, real estate, and financial services. Diversifying the economy can benefit the UAE in several ways, including:
1. Reducing dependence on oil: Diversification can help the UAE reduce its dependence on oil exports, which can be volatile and subject to price fluctuations.
2. Creating new job opportunities: Diversification can create new job opportunities in non-oil sectors, which can help reduce unemployment and improve the country's economic stability.
3. Attracting foreign investment: Diversification can attract foreign investment into the country, which can bring in new capital and expertise.
While diversification can be beneficial for the UAE, it may not be beneficial for everyone. Some segments of the population, such as those who are reliant on the oil industry for their livelihood, may be negatively impacted by a shift away from oil.
C. The UAE is encouraging economic development through several initiatives, including:
1. Free economic zones: The UAE has established several free economic zones, which offer tax incentives and other benefits to businesses operating within them.
2. Investment in infrastructure: The UAE has invested heavily in infrastructure, including airports, seaports, and highways, to support economic growth.
3. Promotion of tourism: The UAE has promoted tourism as a key sector for economic development, with initiatives such as the Dubai Expo 2020.
However, evidence also shows that full economic development is still a long way off. The UAE is still heavily reliant on oil exports, and the non-oil sector has not yet fully developed. The country also faces challenges such as high levels of debt, rising costs of living, and a reliance on foreign labor.
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which of these reasons might result in the modern (human) development of a floodplain? (select all that apply.)
The modern development of a floodplain can be caused by natural river processes, human-induced changes to river systems, and climate change.
A floodplain may eventually form as a result of natural river processes such silt deposition, erosion, and channel migration.
Levees, dams, and other human-made changes to river systems, such as channelization, can alter the river's natural flow and result in flooding in places that weren't previously floodplains.
Climate change can lead to increased precipitation and extreme weather events, which can result in floods and the expansion of existing floodplains. It is possible for natural river processes like silt deposition, erosion, and channel migration to lead to the modern formation of a floodplain. Levees, dams, and other human-made changes to river systems, such as channelization, can alter the river's natural flow and result in flooding in places that weren't previously floodplains. Climate change can also contribute to increased precipitation and extreme weather events, leading in floods and the expansion of existing floodplains. Therefore, the modern development of a floodplain could be caused by any of the three causes.
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*You have observed that, there are variations in your environment in relation to natural,cultural and social phenomenon. Example all vegetation kinds are not the same. Geography is the study of Arial differentiation. Write for or against the motion.*
Answer:
Explanation:
For the motion: Geography is the study of aerial differentiation and understanding the variations in natural, cultural, and social phenomena in our environment is crucial for effective geographical analysis and decision-making.
Geography is a field of study that is concerned with understanding the spatial relationships between various physical and human phenomena in our environment. One of the central concepts of geography is aerial differentiation, which refers to the differences and variations in the environment that occur across different areas.
For example, variations in vegetation types, soil types, landforms, and climate can have a significant impact on the distribution and abundance of different animal and plant species, as well as on human activities such as agriculture and resource extraction. Similarly, cultural and social differences across different regions can have a profound impact on local economies, politics, and social structures.
By studying aerial differentiation, geographers can gain a better understanding of how natural, cultural, and social phenomena interact and influence each other. This can help us to identify patterns and trends in our environment and to develop more effective strategies for managing resources, addressing environmental challenges, and promoting sustainable development.
Against the motion: While aerial differentiation is an important concept in geography, it is not the only aspect of the field and should not be overemphasized to the detriment of other important areas of study.
Geography encompasses a wide range of topics and sub-disciplines, including physical geography, human geography, environmental geography, and more. While aerial differentiation is an important part of physical geography, other sub-disciplines such as human geography focus more on the social and cultural aspects of geography.
Moreover, while studying the variations in natural, cultural, and social phenomena is important, it is not always necessary to focus exclusively on aerial differentiation. For example, researchers might focus on understanding the patterns and trends in cultural practices, economic systems, or political structures, without necessarily emphasizing the variations in the physical environment.
In conclusion, while aerial differentiation is an important concept in geography, it should not be overemphasized to the detriment of other important areas of study. A holistic approach that considers the interplay between physical, cultural, and social factors is necessary for a comprehensive understanding of the world around us.
Using this earthquake hazard map for the United States, determine which area in the list below has the highest earthquake hazard.
the Washington coast
Using this earthquake hazard map for the United States, the Washington coast has the highest earthquake hazard.
When two earthen blocks abruptly move past one another, an earthquake results. The fault, also known as the fault plane, is the area where they slide. The epicentre is the point on the earth's surface that is directly above the hypocenter, which is where the earthquake begins under the surface. Foreshocks can occur during an earthquake. There are lesser earthquakes that take place in the same location as the one that follows the major one. Until the greater earthquake occurs, scientists are unable to determine whether an earthquake is a foreshock. The mainshock is the term used to describe the greatest earthquake.
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You are standing on the surface of a spherical asteroid 10 km in diameter, of density 3000 kg/m3.
Part A
Calculate the escape velocity from the asteroid in km/s.
Express your answer in kilometers per second using two significant figures.
Calculate the escape velocity from the asteroid in mph.
Express your answer in miles per hour using three significant figures
Part A: The asteroid's escape velocity is roughly 1.4 km/s.
Explained: The equation for the asteroid's escape velocity is v = sqrt [tex](2GM)/r)[/tex] , where G is the gravitational constant, M is the asteroid's mass, and r is its radius. Using the density formula, [tex]density = mass/volume[/tex], we may first determine the asteroid's mass. Assuming the asteroid is a perfect spherical, we obtain:
Mass[tex]= 3.93 x 1014[/tex] kg mass[tex]= 3000 kg/m3 * (4/3) * pi * (5000 m)[/tex] mass = density[tex]* (4/3) * pi *[/tex] (radius)
When the values are entered into the escape velocity formula, we obtain:
[tex]Sqrt(2 * 6.6743 x 10-11 m3/kg s2 * 3.93 x 10-14 kg) / (10,000 m)[/tex] yields the value of v.
[tex]v = 1400 m/s[/tex]
In miles per hour and kilometres per second, we obtain:
[tex]v = 1.4 v = 3138[/tex] mph (to three significant figures) at km/s (to two significant numbers).
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which to new york state landscapes regents are for mostly of the surface that rock that is approximately the same
The two New York State landscape regions that are formed mostly of surface bedrock that is approximately the same geologic age are the Adirondack Mountains and the Catskill Mountains.
The Adirondack Mountains are composed of ancient Precambrian rocks that are approximately 1 billion years old, while the Catskill Mountains are primarily composed of sedimentary rocks that were formed during the Devonian period, approximately 350 million years ago. Both of these regions are located in upstate New York and are known for their natural beauty and geological significance. The Adirondacks are home to numerous peaks and lakes, while the Catskills are known for their scenic waterfalls and hiking trails.
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The GSSP concept was introduced in the ______, to provide accepted definitions for ______ units.
With the purpose of establishing generally agreed definitions for stratigraphic units, the GSSP (Global Boundary Stratotype Section and Point) concept was first proposed in 1977.
According to changes in the rock record and fossil assemblages, the GSSP specifically defines certain locations in a geological sequence that serve as reference markers for determining the beginning and end of geological time periods, such as epochs and stages. Geologists need these reference points in order to analyse and connect rock sequences from various parts of the globe and to provide a uniform framework for geological time scales.
The GSSP idea was initially put forward in 1977 to establish definitions for stratigraphic units that are universally recognised and approved and are based on changes in the rock record and fossil assemblages. The GSSP is crucial for comparing rock sequences across different parts of the world and for creating a uniform framework for geological time scales because it acts as a reference point for the beginning and end of geological time periods, such as epochs and stages.
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how is the exosphere formed
Answer:
The exosphere is produced by outgassing of radon and helium from radioactive decay. The solar wind, micrometeor bombardment, and the solar wind also contribute particles. Unusual gases found in the Moon's exosphere, but not in the atmosphere's of Earth, Venus, or Mars include sodium and potassium.
Explanation:
