The most important factor when determining the type of collision when two plates collide is the relative plates’ velocities. So the correct option is c.
If the plates are moving past each other at the same rate, it is known as a transform boundary, and the collision type will be strike-slip. During this type of collision, the plates move horizontally past each other, causing seismic activity such as earthquakes. The collision type is determined by whether the plates are moving past each other, interacting with each other, or converging in the same direction.
If the plates are moving towards each other but at different rates, it is known as a convergent boundary, and the collision type will be either a subduction zone or a collisional boundary. A subduction zone occurs when one plate slides underneath the other, causing the formation of mountains and volcanoes. A collisional boundary occurs when the two plates collide head-on, causing the formation of a mountain range.
Finally, if the plates are moving in opposite directions, it is known as a divergent boundary, and the collision type will be either a rift or spreading. A rift occurs when the plates pull apart, creating a valley. Spreading occurs when two plates move in opposite directions and create new oceanic crust.
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a.the density of each plate
b.the size of each plate
c.relative plates’ velocities
d.the length of the boundary
How will your studies at the University of Helsinki contribute to the advancement of knowledge in your chosen field of study? Is the University of Helsinki your first choice? If so, please explain why. How would the scholarship improve your commitment and contribution to the degree programme?
It is a part of a community that can change things at the University of Helsinki, one of the top 1% of universities in the world.
What is University of Helsinki?The University of Helsinki is the oldest and largest academic institution in Finland, established in 1640 and now with 30 800 students and 8 200 employees of which 58 % represent teaching and research staff.
As the University of Helsinki places in the 50-100 range in the majority of the most important rankings, it elevates us to the top 1% of the world's universities. Usually, we rank among the top 50 universities in Europe and hold the first position in Finland.
We think that the power of knowledge can change attitudes, people, and society - for the benefit of the entire world. We are one of the top multidisciplinary research universities in the world.
Therefore, It is a part of a community that can change things at the University of Helsinki, one of the top 1% of universities in the world.
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Write short note on renewable resources and its importance
Explanation:
renewable resorces are resources which are continusly renew by nature the sun the wind the tides bio mass animal waste etc all these are working naturally
Answer:
Explanation:
Renewable resources are those resources that continue to exist despite being consumed or can replenish themselves over a period of time even as they are used. They include the sun, wind, water, geothermal, and biomass. The disadvantage of renewable resources is that they may not be available for use when needed.
the importances are:
Generating energy that produces no greenhouse gas emissions from fossil fuels and reduces some types of air pollution. Diversifying energy supply and reducing dependence on imported fuels. Creating economic development and jobs in manufacturing, installation, and more.
How is biodiversity related to the 3 thermal zones?
ayuda por favor
The total number of species found in the temperature zone of a specific location is a standard technique to quantify biodiversity; the warmer the area, the more species are there.
How does temperature affect biodiversity?Living things are distributed according to temperature. The ideal temperature encourages variety. The nature of species interactions may change as a result of shifting resource requirements and/or absorption rates as a result of rising temperatures. Thus, through modifying species interactions and complementarity effects, warming may also change how ecosystem functioning is impacted by biodiversity loss.
Most biodiversity is found in tropical locations, which are also warm all year round. Less biodiversity can be found in temperate areas because they have chilly winters and pleasant summers. Few species are able to thrive in the frigid zone, which results in relatively low biodiversity.
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warm air and cool air . group of answer choices expands and rises; contracts and sinks contracts and rises; expands and sinks expands and sinks, expands and rises expands and rises: expands and sinks
Cool air constricts and sinks, while warm air expands and rises. The right response in this case is option A.
The molecules are separating as they heat up and travel more quickly. As a result, air expands when heated and shrinks when it is cooled, like most other things. The air is less dense than the surrounding material because there is more space between the molecules, which causes the heated air to float higher.
When the air gets cooler, the reverse takes place. The air bubbles shrink, becoming denser and sinking because their weight now occupies a smaller volume. This may occur if air particles travel away from the heat source; they may have climbed very high, relocated to a location over a cold lake, or shifted to an area under partial shade.
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You find a clear green gem with a specific gravity of about 4, and a dodecahedron-shaped crystal. This is most likely a ____. (Select all that apply)
Ugrandite Garnet
Pyralspite Garnet
Diamond
Peridot
Nephrite
The green gem with a specific gravity of about 4, and a dodecahedron-shaped crystal is a Pyralspite Garnet so, option B is correct.
What is specific gravity?Specific gravity, often known as relative density, is a measurement of a material's density in relation to a reference substance. Water, which has a density of 1.0 kilogram per litre at 4 °C (39.2 °F), is typically used as a benchmark for comparing solids and liquids (62.4 pounds per cubic foot).
Dry air, which is frequently used to compare gases, has a density of 1.29 grams per litre (1.29 ounces per cubic foot) at standard circumstances (0 °C and 1 standard atmosphere). For instance, liquid mercury has a specific gravity of 13.6 and a density of 13.6 kg per litre.
Both pyralspite and ugrandite garnet are most probable (Pyralspite garnets are more common than Ugrandite garnets).
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how is biodiversity related to the 3 thermal zones?
A common way to measure biodiversity is to count the total number of species living within the thermal zone of a particular area, the warmer, the greater the diversity.
How temperature is related to biodiversity?The location of living things is governed by temperature. Diversity is promoted by the ideal temperature. Additionally, changing resource requirements and/or absorption rates may have an impact on the way that species interact. As a result, warming may modify species interactions and complementarity effects, which could alter how biodiversity loss affects ecosystem functioning.
The greatest diversity can be found in tropical zone, which are generally warm all year round. Less biodiversity can be found in temperate areas, where the summers are warm and the winters are frigid. Due to the minimal number of organisms that can survive in the frigid zone, biodiversity is generally low.
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There are two general types of meteorological observations of the ABL: in situ and remote sensing. On the following list, identify the type for each sensor:a) anemometerb) aircraftc) SODARd) Tethered balloone) LIDARf) Tetroon
Numerous applications related to the environment, water resources, floods, and droughts rely heavily on meteorological observations.
Observations of rainfall are the most common method, but other variables of interest include air temperatures, humidity, and wind speeds.
a) Anemometer- In-situ
b) Aircraft: Remote Sensing
c) SODAR: In-situ
d) Teathered baloon: can be used in Remote Sensing as well as In-situ method.
e) Lidar: Remote Sensing
f) Tetroon: Remote Sensing
What are the kinds of meteorological perception?Methods of observation Temperature, humidity, precipitation, air pressure, wind speed, and wind direction are important atmospheric observations that aid in weather forecasting.
Fog, rain, tornadoes, and hurricanes are examples of meteorological events. They are all brought on by shifts and changes in the weather: in the atmosphere's water vapor content, air pressure, and temperature.
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Which of the following statements describe aspects of how Earth's atmosphere can capture heat and, in particular, how the greenhouse
effect works? Choose all items that are true and relevant.
a. Green light is absorbed by Earth's atmosphere. This is why forests are so important, as they reflect green light towards the sky, thus
cooling our atmosphere.
b. No infrared radiation is emitted from Earth's surface
c. Some solar radiation is reflected by the Earth and the atmosphere
d. Some of the infrared radiation passes through the atmosphere, and some is absorbed and re-emited in all directions by greenhouse
gas molecules. The effect of this is to warm the Earth's surface and the lower atmosphere (the Greenhouse Effect)
Answer:
c. Some solar radiation is reflected by the Earth and the atmosphere
d. Some of the infrared radiation passes through the atmosphere, and some is absorbed and re-emited in all directions by greenhouse gas molecules. The effect of this is to warm the Earth's surface and the lower atmosphere (the Greenhouse Effect)
12. including all members of the community in preparedness, response, recovery, and mitigation:
The disaster management program is strengthened by including all members of the community in readiness, response, recovery, and mitigation. The right response in this case is option A.
By lowering the number of fatalities and property losses, mitigation makes communities safer. Through mitigation, people and communities may recover from disasters more quickly. Through mitigation, catastrophes' financial toll on people, the Treasury, and state, municipal, and tribal communities are lessened.
Mitigation is the process of trying to mitigate the effects of catastrophes and emergencies in order to lessen the loss of life and property. Structure- and non-structure-based actions are conducted as part of mitigation to lessen the effects of emergencies and catastrophes.
Complete question:
Including all members of the community in preparedness, response, recovery, and mitigation:
A. Strengthens the emergency management program.
B. Is not always the best approach.
C. Slows down the planning process.
D. Ensures disaster survivors get the maximum amount of assistance.
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Question: The hours the restaurant is open look confusing from an American perspective. Translate these hours into American timekeeping. What are the hours this the restaurant is open?
Please provide an answer! I attached a screenshot of the restaurant’s opening hours. This restaurant is in Portugal.
Thank you! :)
Answer:
Here is a translation of the restaurant's hours into American timekeeping:
Monday: Closed
Tuesday: 12:00 PM - 3:00 PM, 7:00 PM - 10:00 PM
Wednesday: 12:00 PM - 3:00 PM, 7:00 PM - 10:00 PM
Thursday: 12:00 PM - 3:00 PM, 7:00 PM - 10:00 PM
Friday: 12:00 PM - 3:00 PM, 7:00 PM - 10:00 PM
Saturday: 12:00 PM - 3:00 PM, 7:00 PM - 10:00 PM
Sunday: Closed
Please note that these hours are in the time zone of Portugal, which is on Western European Time (WET). If you are in a different time zone, you will need to adjust the hours accordingly to find out when the restaurant is open.
Explanation:
Country A is a more developed country with a low birth rate, a low total fertility rate, a high life expectancy, and a high percentage of urban population. Based on this information, which of the following outcomes is most likely to occur in Country A?answer choicesGuest workers from less developed countries are needed to fill the labor shortages in urban areas.Pressures on pension and social security programs are at critical levels as the number of elderly increasesProvincial and national politicians must tailor their political campaigns to appeal to rural voters.Suburban house construction declines as elderly populations downsize and seek to be closer to urban amenities.
The most likely outcome that will occur in Country A based on its low birth rate, low fertility rate, high life expectancy, and high percentage of urban population is that guest workers from less developed countries will be needed to fill the labor shortages in urban areas.
Country A is a more developed country with a low birth rate, a low total fertility rate, a high life expectancy, and a high percentage of urban population. Based on this information, the most likely outcome that will occur in Country A is that guest workers from less developed countries are needed to fill the labor shortages in urban areas.
This is because with a low birth rate, a low total fertility rate, and a high life expectancy, there will be a decrease in the population of working-age adults in the country, leading to a labor shortage. To compensate for the labor shortage, guest workers from less developed countries will be needed to fill the labor gaps in urban areas.
Due to the low birth rate and fertility rate, the elderly population in Country A will be increasing, leading to pressures on pension and social security programs and a need for suburban house construction to decline as elderly populations downsize and seek to be closer to urban amenities. However, these are not the most likely outcomes as they are not directly related to the low birth rate, low fertility rate, and high life expectancy.
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There are obvious problems with the American system: the influence of money on politics, the influence of an electoral system that is increasingly misaligned with "democratic" choices, but America seems incapable of reforming itself.
Answer:
It is true that the American political system has faced challenges and criticisms in recent years, including the influence of money on politics and concerns about the alignment of the electoral system with the will of the people. These issues have been the subject of ongoing debate and efforts to address them through reforms at the local, state, and federal levels.
There are also a number of structural and institutional factors that can make it difficult to enact significant reforms in the American system, including the separation of powers between different branches of government, the influence of special interest groups, and the role of political parties. Additionally, cultural and societal divisions can make it difficult to achieve consensus on controversial issues.
Despite these challenges, there have been examples of significant reform in the American political system, both in the past and in recent years. Some examples include the abolition of slavery, the extension of voting rights to marginalized groups, and the passage of campaign finance reform laws. It is important for individuals and organizations to continue to advocate for change and work towards a more equitable and representative political system.
ifi hold a giassfuil ofairupsidedown, and Itake ittothebottomoftheSWimming pooI without tipping it, the density (thickness) of the air inside thegiass wi= be at the surface.A IessthanB greaterthanC theiameaSD lessthan orgreaterthan
If a glass full of air is held upside down and then it is taken to the bottom of the swimming pool without tipping, the density/thickness of the air inside the glass will be B: 'greater than' at the surface.
As per the question, if a glass filled with air is being held upside down and taken to the bottom of the swimming pool without tipping it; the thickness or density of the air within the glass would be greater than compared to the surface due to the air density.
It reflects that air's density is subjected to the pressure as well as the temperature of the environment and therefore, the higher pressure at the swimming pool's bottom would make the air denser than the surface. Hence, the inner density would be greater than at the surface.
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Describe three major environmental challenges facing Oceania.
Answer:
The three major environmental challenges facing Oceania are greenhouse gas, ocean floor drilling and coastal erosion.
Explanation:
Brainliest, please!Which shows the Aztec Empire?
A map of Mexico, Central America, and South America. Four distinct regions are labeled A, B, C, and D. Region A is southern Mexico, the Yucatan Peninsula and northern Central America, including modern-day Guatemala and Belize. Region B is a circular region in central Mexico, about 50 to 100 miles in diameter, and includes Mexico City. Region C is also in central Mexico, largely to the south of Region B, but borders region B on the east, south, and west. Region D is a strip along the western coast of South America, as far south as central Chile.
Region C shows the Aztec Empire stated Region C is also in central Mexico, largely to the south of Region B, but borders region B on the east, south, and west.
They were a Mesoamerican culture that grew strongly in central Mexico between 1300 and 1521. The Nahuatl-speaking peoples of central Mexico, who ruled over major portions of Mesoamerica from the 14th to the 16th centuries, were among the various ethnic groupings that made up the Aztec people.
The agriculture, land, art, and architecture of the Aztecs were well-known. They created a calendar system, learned how to write, and constructed temples and other places of worship. They were also renowned for being ruthless and ferocious. People were sacrificed in order to appease their gods.
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Match the following gem groups with one of their specific gem varieties.
Alexandrite
Labradorite
Maxixe
Tanzanite
Ruby
Peridot
Blister
Ametrine
Verdelite
Pyrope
OPTIONS:
Corundum Quartz Beryl Chrysoberyl Tourmaline Pearls Zoisite Plagioclase Olivine Garnet
The match gem groups is Alexandrite to Chrysoberyl, Labradorite to Plagioclase, Maxixe to Beryl, Tanzanite to Zoisite, Ruby to Corundum, Peridot to Olivine, Blister to Pearl, Ametrine to Quartz, Verdelite to Tourmaline, and Pyrope to Garnet.
For Alexandrite it Chrysoberyl because consists of aluminate of beryllium.
For Labradorite it Plagioclase because it consists of tecto silicate mineral.
For Maxixe it Beryl because it consists of beryllium aluminium silicates that in sedimentary and igneous rocks.
For Tanzanite it Zoisite because it consists calcium aluminium hydroxy sorosilicate in nature.
For Ruby it Corundum because it consists of aluminium oxides.
For Peridot it Olivine because it consists ferromagnesium silicate mineral.
For Blister it Pearl because it consists of calcium carbonates.
For Ametrine it Quartz because it consists of silicate mineral.
For Verdelite it Tourmaline because it consists of borosilicates.
For Pyrope it Garnet because it consists of sole mineral that have most ancient and abundant silicate mineral.
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Which themes of geography are best illustrated in description below?
"Between 1900 and 1930, more than 1.5 million Americans moved from the
rural south to the northern states, which caused a swelling of various urban
populations in the north."
A. Location and place
B. Movement and region
C. Place and movement
D. Human-environment interaction and region
"Between 1900 and 1930, more than 1.5 million Americans moved from the rural south to the northern states, which caused a swelling of various urban populations in the north." because of the Human-environment interaction and. Thus option (D) is correct.
What is human-environment interaction?Human-environment interaction benefits humans because of the influence in diet, clothes, safety, and style of living.
People transform the environment for their purposes and receive benefits from it, this is known as Ecosystem Services.
These Ecosystem Services are necessary for the social well-being and combine the requirement of sources like water, wood, food, energy, knowledge, area for agriculture and various other facilities.
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3 facts about Ladakh Desert and pls tell how to mark as brainliest
Above Shown is How to mark Brainlist.
Answer:
It is The land of the Rare twin-humped Bactrian Camels.It has the Highest Natural Ice Hockey rink.Ladakh has the Largest Telescope in Asia.Answer: Ladakh is a cold desert that in the Great Himalayas with extremely low temperatures with very less vegetation. Most of Ladakh is brown and rugged which is very different from the usual hill stations that are always lush green. But even after being a dessert, Ladakh is home to over 225 Species of Birds.
Explanation:
1. Locations for Stargazing
Second Highest Optical Telescope in The World
Situated at an altitude of 4,500 meters, the Indian Astronomical Observatory at Hanle is the second-highest optical telescope in the world. Far away from the polluted urban cities and on such high altitude, the place had to be on top of the list of the best places for stargazing in India. The air is so dry and clear that the brightness of the Milky Way is spectacular. You could even photograph from the famous Pangong Lake and see the spectacular view in the reflection of the lake and in the brightest night sky lit solely by the light of stars. Tha village of Nubra is quite famous for the same too.
2. Cross Steep Bridges Over Cold Gushing River Water
The Highest Bridge In The World
Right between the Suru River and Dras River, the Bailey bridge was constructed in 1982 by the Indian Army in the rough Himalayan Ranges. This 30 meter long bridge is the highest bridge in the world at a height of 5,602 meters above sea level. It is a temporary bridge made up of lattice steel by prefabricated parts. Such bridges have great application in Military.
3. Difficult Yet Peaceful Living Arrangements
Highest Settlement In India
A large portion of the area between the Suru Valley and Zanskar Valley which is surrounded by the Himalayas and Zanskar Ranges is rough and largely inhabited. The main area that is inhabited is Rangdum. But after crossing Rangdum, at the height of 4,400 m at Pensi-la which is also the gateway to Zanskar, is India's Highest Settlement! A life at such a height has to be difficult and yet the most peaceful when amidst a beauty like Leh-Ladakh
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the population of the canada is approximately 34.3 million, and the land area is approximately 3.9 million square miles. the arithmetic density of the canada is calculated using which of the following formulas?
Canada has a geographical area of over 3.9 million square miles and a population of about 34.3 million. The following formula is used to calculate the arithmetic density: Total Population / Total Land Area is the arithmetic Density.
Canada has an arithmetic density of 34.3 million people per 3.9 million square miles.
Calculating the number of people residing in a particular area of land is the definition of arithmetic population density. The standard unit of measurement in the US is the square mile; in the majority of other nations, it is the square kilometer. Real density is another name for arithmetic density.
Arithmetic density helps us comprehend where urbanization is taking place and the demands people make on property in non-urban but nevertheless densely inhabited places. We can keep track of where domestic food supplies are and how many farms are active by understanding agricultural density.
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What are the major cities located on the River Ganga ??
The Cities that are located on the river The Ganga are Allahabad, Kanpur, Varanasi, Lucknow, Patna and Kolkata
There are many; the most prominent ones from source downstream are:
Gangotri, Rishikesh, Haridwar, Kannauj, Kanpur, Prayag Raj (Allahabad), Varanasi, Patna, Bhagalpur, Murshidabad, Kolkata, Diamond Harbour etc.
The Ganga is the purest river of India, mentioned in many holy scriptures since time immemorial. There are many folklores and legends about this river.
It is also an important means of river transport which, albeit slower than road and rail transport, is more economical and environment friendly. The Ganga is aptly called "the riverine lifeline of India."
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Lucknow, Allahabad, Patna, Kanpur, Kolkata, and Varanasi are among the important cities that are situated along the Ganges River.
For the millions of people who reside in its basin and rely on it for their daily needs, the Ganges is a lifeline. The town of Devprayag marks the starting point of the Ganges' main stem. Numerous former provincial or imperial capitals, including Pataliputra, Kannauj, Kara, Munger, Kashi, Patna, Hajipur, Delhi, Bhagalpur, Murshidabad, Baharampur, Kampilya, and Kolkata, are situated on its banks or the banks of tributaries and connected waterways, demonstrating its historical significance. The Triveni Sangam in Allahabad is where the Ganges merges with the 1,444 km long River Yamuna.
The Ganges river passes through the towns of Chunar, Mirzapur, Varanasi, Ghazipur, Ara, Patna, Chapra, Hajipur, Mokama, Begusarai, Munger, Sahibganj, Rajmahal, Bhagalpur, Ballia, Buxar, Simaria, Sultanganj, and Farakka on its journey from Allahabad to Malda in West Bengal.
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Rank the following steps describing how a clastic sedimentary rock forms from its pre-existing parent rock. (5 items) (Drag and drop into the appropriate area). weathering, lithification, deposition, transportation, erosion
Weathering, erosion, transportation, deposition, and lithification are the five steps in the formation of a clastic sedimentary rock from its pre-existing parent rock.
Weathering is the first step in the process of clastic sedimentary rock formation. Weathering is the breakdown of the parent rock into smaller pieces due to the action of wind, water, and temperature changes.
Erosion is the second step in the process of clastic sedimentary rock formation. Erosion is the process by which the smaller pieces of the parent rock are removed from the surface and transported to other locations due to the action of wind, water, and ice.
Transportation is the third step in the process of clastic sedimentary rock formation. Transportation involves the movement of the smaller pieces of the parent rock from one location to another.
Deposition is the fourth step in the process of clastic sedimentary rock formation. Deposition is the process of the smaller pieces of the parent rock being deposited in a new location.
Lithification is the fifth and final step in the process of clastic sedimentary rock formation. Lithification is the process of the smaller pieces of the parent rock being compacted and cemented together to form a solid rock.
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Which of the following are the key reference points in the grid system used to locate points on the surface of the earth?
The grid system used to locate points on the surface of the earth is a system of lines that divide the earth’s surface into a series of squares. It is also known as a geographic coordinate system or a geographic referencing system.
The grid system is used to map out an area and make it easier to locate points of interest on the earth’s surface. The key reference points in the grid system are as follows:
1. The Equator: The Equator is an imaginary line that runs around the middle of the earth and separates it into the Northern and Southern Hemispheres. It is the reference from which all other lines of latitude and longitude are measured.
2. The Prime Meridian: The Prime Meridian is the line that divides the earth into the Eastern and Western Hemispheres. It is the reference from which all other lines of longitude are measured.
3. The Lines of Latitude and Longitude: The lines of latitude and longitude are imaginary lines that run around the earth in a grid-like pattern. These lines intersect each other at right angles and are used to locate points on the earth’s surface.
4. The International Date Line: The International Date Line is an imaginary line located at 180 degrees longitude, which marks the transition from one day to the next. It is used to keep track of dates when crossing the International Date Line.
5. The Origin: The origin of the grid system is the point of intersection between the Equator and the Prime Meridian, which is located in the Gulf of Guinea off the coast of West Africa. This point is used to measure all other points on the earth’s surface.
These five points are the key reference points in the grid system used to locate points on the earth’s surface. All other lines of latitude and longitude are measured in relation to these five points. By understanding the grid system and these five reference points, it is possible to accurately measure and locate points on the earth’s surface.
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) compare the data maps below from december 1993 and december 2016. what is a major difference between the two maps? propose an explanation.
Despite the fact that these data maps show that sea levels differed between 1993 and 2016, two years of data (from 1993 and 2016) are insufficient to draw conclusions.
Many data operations rely on data mapping to succeed. A single inaccuracy in data maps may reverberate across your business, resulting in duplicated inaccuracies and, eventually, faulty analysis. Almost every business will have to transfer data between systems at some time. And comparable data is stored in various ways by different systems. So, in order to transport and consolidate data for analysis or other purposes, a roadmap is required to ensure that the data arrives at its destination appropriately. Quality in data mapping will define the quality of the data to be studied for insights in processes such as data integration, data migration, data warehouse automation, data synchronization, automated data extraction, and other data management initiatives.
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the causes of cumbrian flood 2009
Heavy rains hit Cumbria in late November 2009, sending flash floods through the towns of Cockermouth and Workington.
Briefly describe the occurrence of the 2009 Cambrian floods.Extremely prolonged rains on Wednesday 18th and Thursday 19th November caused severe flooding in parts of the Lake District. Some highlands received more than 400 mm of rain in 72 hours, and Seathwaite, Cumbria received 316 mm of rain in 24 hours. Below are some of the reported causes of flooding.
Warm air from the mid-Atlantic moved toward land due to prevailing winds.Warm air was being pushed up by the Cambrian Mountains.As the air cooled, it condensed into heavy rain. Over Cumbria the front held up.The rain that fell flowed into the Derwent and Cocker rivers.Located at the confluence of the rivers, Cockermouth suffered massive flooding as a result.To know more about flash floods, visit:
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The complete question is as follows:
What were the causes of Cumbrian flood 2009?
Which of these is ordinarily NOT considered a catastrophic disturbance?
O snowfall O tornado O volcanic eruption O earthquake
Standing on the peak of Poorman Hill, you decide to walk to the intersection of Canyon Lane and Broadway. Trace the easiest route on the map, and explain your reasoning????
We chose the path from Poorman Hill to the intersection of Canyon and Broadway, which has the gentlest slope, and we can trace this path with the assistance of the provided topographic map.
We trace the path that has wider contour lines (that is, the distance between two successive contour lines should be relative wide, which means far away from each other). One should choose the path that has a gentle slope because we can walk easily on a path with a gentle slope. On the other hand, if the path has a steeper According to the map's contour lines, there may therefore be multiple walking paths.
We steer clear of paths with a steep slope (we can trace these paths by looking at contour lines on a map; steeper paths have contour lines that are very close together).
The most comfortable path to walk is on the western side of the given hilltop, which has the gentlest stop, while the Easter side of the hill is extremely dangerous to walk due to its steep slope.
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are found both on mars and earth. group of answer choices erosional features related to flowing water heavily cratered landscapes preserved from early in the planets' histories active volcanoes oceans
Both Mars and Earth have erosive characteristics associated with flowing water. The right response in this case is option A.
There is a lot of evidence of water erosion on the Martian surface. Although current climatic conditions make liquid water unstable, earlier times may have seen other circumstances. Volcanic activity has been present on the earth for all of recorded time.
On Mars, we can detect numerous evidence of water erosion, such as river channels, flood plains, and gullies that descend the walls of craters. Chemical compounds that generally occur in water-rich settings have also been discovered through a recent study of surface rocks by rovers.
Mars Express radar readings were used to look for liquid water under the planet's southern ice cover. In the vicinity of Planum Australe, they discovered a 20-km-wide lake of liquid water beneath solid ice.
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the vast majority of ozone (o3) is found in a thin layer due to a lack of circulation in which of the following atmospheric layers?
The vast majority of ozone (o3) is found in a thin layer due to a lack of circulation is found in the Stratosphere.
Ozone molecules are being constantly created and destroyed in the stratosphere at any given time. Throughout the decades, it has remained relatively stable when measured.
A part of the sun's radiation is absorbed effectively by this ozone layer in the stratosphere, thereby preventing it from reaching the planet's surface.
More significantly, it absorbs the UVB- the portion of UV light that has been related to many harmful effects, such as skin cancers, cataracts. It can also cause harm to some crops and marine life.
It shall be noted that zone concentrations vary naturally with sunspots, seasons, and latitude in the atmosphere
Starting in the 1970s, scientific proofs shows that the ozone shield is being depleted due to human activity well beyond natural processes.
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Part B
Complete the proof of the vertical angles theorem.
Given: Lines AB and CD intersect at point E.
Prove: Angle AED is congruent to angle BEC.
Enter the missing statements and reasons in the table.
BIVX X₂ 14pt
Statement
ZAED and ZDEB are a linear pair.
m/DEB + m2BEC = 180°
mZAED + m2DEB = m/DEB +mZBEC
Space used (includes formatting):
接近中间 my
Reason
given
Linear pairs are supplementary.
definition of linear pair
Linear pairs are supplementary.
subtraction property of equality
definition of congruency
According to the Vertical Angles Theorem, two crossing lines' opposing (vertical) angles must be equivalent.
Define vertical angles.Each pair of opposite angles formed by two crossing lines are referred to as a vertical angle.
Proving ∠1 ≅∠3 and ∠2 ≅ ∠4:
(1) m∠1 + m∠2 = 180° // straight line measures 180°
(2) m∠3 + m∠2 = 180° // straight line measures 180
(3) m∠1 + m∠2 = m∠3 + m∠2 // transitive property of equality, as both left-hand sides of the equation sum up to the same value (180° )
(4) m∠1 = m∠3 // subtraction property of equality (subtracted m∠2 from both sides)
(5) ∠1 ≅ ∠3 // definition of congruent angles
Similarly, for ∠2 ≅∠4:
(1) m∠3 + m∠2 = 180° // straight line measures 180°
(2) m∠3 + m∠4 = 180° // straight line measures 180°
(3) m∠3 + m∠2 = m∠3 + m∠4 // transitive property of equality, as both left hand sides of the equation sum up to the same value (180°)
(4) m∠2 = m∠4 // subtraction property of equality (subtracted m∠3 from both sides)
(5) ∠2 ≅ ∠4 // definition of congruent angle
And thus, we have proven the theorem.
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