Answer:
The Artic!
Explanation:
anthropogenically produced greenhouse gasses in the atmosphere, and how their concentrations have changed over the past several decades
The use of fossil fuels, agricultural practices, and changes in land use by humans have all contributed to an increase in the concentration of anthropogenically produced greenhouse gasses.
Energy-related activities, agricultural practices, changes in land use, waste management and treatment practises, and numerous industrial procedures all produce anthropogenic sources. With a 78% human impact to the greenhouse effect, CO2 is the main anthropogenic greenhouse gas.
Since it now contributes the most to the warming caused by human activity, carbon dioxide is sometimes cited as the most significant anthropogenic greenhouse gas and has contributed to an increase in the atmosphere over the 20th century and the early 21st century.
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Which display below shows a box plot for the following data set: 7, 7, 9, 9, 9, 10, 11, 11, 12?
A data set (or dataset) is a collection of data. In the case of tabular data, a data set corresponds to one or more database tables.
What is the meaning of a Data Set?A data set comprises a collection of related data. In the case of summary statistics, a data set relates to one or much more database tables, where each row refers to a specific record in the corresponding data set and each column to a specific variable.
One or so more records may be found in a file, which is referred to as a data set. The fundamental informational unit employed by z/OS software is the record.
A data set is a grouping of connected, discrete pieces of connected data that can be viewed separately, together, or handled as a single unit. A data structure of some kind is used to arrange a data set.
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study the accompanying flow chart by starting at the green arrow in the upper left. read through the various rock descriptions as you progress through the chart. label the right column with sedimentary, metamorphic, or igneous rock type to match the appropriate preceding description. drag the appropriate labels to their respective targets.
Answer:
k
Explanation:
m m
Which region is known for ballet?
Italy
it's literally self explanatory since it has its origins in the Italian Renaissance courts
Which of the answers below best describes the gen- eral shape of Mt. Fuji? a. A large linear fissure in Earth's surface b. A low-relief, very broad shield volcano c. A steep-sided, low-elevation cinder cone d. A high-elevation, steep-sided stratovolcano
Answer:
d. A high-elevation, steep-sided stratovolcano
Explanation:
ON Inghem hemisphere 262 2.5.1. When air moves from HP to LP it creates...(1) 2.5.2. What are the winds called which blow all year round over large expanses of the Earth's surface?(1) 2.5.3. What force causes the deflection of wind in different hemispheres?(1) 2.5.4. Which part of the earth does not experience any wind deflection?(1) 2.5.5. What force cause the air movement from a high pressure to a low pressure?(1) 2.5.6. Theoretical wind that would result from an exact balance between Coriolis Force and the Pressure Gradient Force.(1) 2.5.7. In the Southern hemisphere, winds are deflected to the (1) 2.6 AIR MASS CHARACTERISTICS Complete the table below by filling in the missing information about air masses AIR MASS SYMBOL WHERE DOES IT COME FROM Warm oceans in the equatorial regions Maritime equatorial mE bo's mi Warm oceans in the tropical regions AIR MASS PROPERTIES 2.6.1 Warm, moist, unstably Warm dry, stable
2.5.1. When air moves from high pressure (HP) to low pressure (LP) it creates wind.
2.5.2. The winds called trade winds blow all year round over large expanses of the Earth's surface.
2.5.3. The Coriolis force causes the deflection of wind in different hemispheres.
2.5.4. The equator is the part of the earth that does not experience any wind deflection.
2.5.5. The pressure gradient force causes the air movement from a high pressure to a low pressure.
2.5.6. The theoretical wind that would result from an exact balance between Coriolis Force and the Pressure Gradient Force is called geostrophic wind.
2.5.7. In the Southern hemisphere, winds are deflected to the right.
2.6 AIR MASS CHARACTERISTICS
Complete the table below by filling in the missing information about air masses
AIR MASS SYMBOL WHERE DOES IT COME FROM AIR MASS PROPERTIES
mE Warm oceans in the equatorial regions Warm, moist, unstably
mT Warm oceans in the tropical regions Warm, moist, unstably
mP Warm, dry, stable Warm, dry, stable
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Nuclear scientists have determined that a fourth state of matter exists: plasma. The state
of plasma is reached when matter acquires a temperature so high that some of the
molecules and atoms are broken down into ions and electrons. Stellar and interstellar
matter mostly occur as forms of plasma.
On Earth, plasma exists in the ionosphere, in flames, and in chemical and nuclear
explosions. Matter in a controlled thermonuclear reactor also exists in a plasma state.
Plasma is most like a gas. However, it differs from un-ionized gas in that it is a good
conductor of electricity and heat. Scientists hope to understand the occurrence of plasma
in nature and to harness it as an inexpensive energy source.
Based on the passage, how can the cost of developing thermonuclear power with plasma
be defended?
Positive nuclei and negative electrons make up the charged particles that make up plasmas, which are almost a million times less dense than the air we breathe. The conditions required for the fusion of light elements to produce energy are provided by fusion plasmas.
What's the primary problem with nuclear fusion?Some reactor components will become radioactive over the course of operation and eventually produce radioactive waste as a result of high-energy neutron bombardment.
Why will oil and gas never be completely replaced by nuclear energy in the future?The only energy source that can be compared to fossil fuels in terms of energy density is nuclear energy. However, because it is constructed of extremely dangerous substances like uranium and plutonium, nuclear energy is particularly challenging to transport.
What conditions must be met for thermonuclear fusion to occur?For the kinetic energy of the deuterium and tritium ions to be adequate to cross the Coulomb barrier and fuse together, the environment must be hot enough. The ions need to be contained with a high ion density in order to achieve a good fusion reaction rate.
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What is the speed of a jet plane that flies 7200 miles in 9 hours ( in miles per hour)
Answer: the jet plane flies at a speed of 800 miles per hour.
Explanation:
What will be the effect of the using graphic organizer in presenting information?
A visual organizer places an emphasis on topics and how they relate to one another, allowing students to concentrate on the most crucial details to develop a comprehensive grasp of the entire text.
What is a visual organizer?Visual organizers are basically forms or drawings that are used to convey data and highlight connections between ideas. Visual organizers include tables, charts, graphs, timelines, flowcharts, diagrams, and websites.
By using visual organizers, you can improve your ability to think critically and at higher levels of cognition than you would if you merely read your book and took notes in class.
They aid in your ability to comprehend, apply, analyze, synthesize, and evaluate the information at higher levels. You can better understand and remember the information by thinking about and organizing it in this way.
Cleaning and organizing houses and places using different organizational systems and techniques is the specialty of an organizer.
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On the accompanying figure, which letter is likely over oceanic crust that is similar in age to that beneath letter E? A
A. A and B
B. B
D. C
The energy that is simple to harness and transform into useful forms, like electrical or mechanical energy, is said to be of high quality.
It is frequently found in transportable forms, like electricity or liquid fuels, and it can be used to run factories, cars, and homes. Fossil fuels like coal, oil, and natural gas, nuclear power, and hydroelectricity are a few examples of high-quality energy sources.
Contrarily, low-quality energy is more challenging to capture and transform into useful forms. It is typically found in forms that are difficult to move, like heat or solar energy, and is frequently used for cooking or heating rather than moving objects.
Geothermal energy, solar energy, and the heat held in the oceans are a few examples of low-quality energy sources.
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How could an AR sandbox be heloful for a civil engineer, a farmer, or a city planner?
The augmented reality sandbox is used as an interactive medium to create and build concepts for civil infrastructure.
The Augmented Reality (AR) Sandbox makes use of a computer projector and a Kinect 3D camera positioned atop a box of sand as a motion-sensing input device. The sand is reshaped by the visitor as they engage with the display.
Assembly engineers can stay hands-on during the manufacturing method thanks to the usage of augmented reality (AR) technologies that provide them vocal instructions, quick guidance, and an environment monitoring interface. The project attempts to reduce the environmental effects of farming, particularly agricultural runoff into nearby rivers.
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Rigel, in the constellation Orion, is _______ a blue supergiant __________ and it is ______ at the end of its life __________
Rigel, in the constellation Orion, is a blue supergiant star and it is at the end of its life.
What is constellation Orion?Rigel is a blue supergiant star located in the constellation Orion. A blue supergiant is a type of massive, luminous star that is characterized by its blue-white color and extremely high temperatures. These stars are among the most luminous in the universe and are known for their intense radiation and fast stellar winds.
Therefore, Rigel is at the end of its life, this means that it has already consumed the majority of the hydrogen fuel in its core and is now in the process of fusing heavier elements. As a result of this, the star has expanded to become a red supergiant. This phase is relatively short-lived, and it will eventually explode as a supernova.
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is a macro that bundles ae reports together to print or save them with one click of a button. while these packages are created in the backstage area of the program, they can be used at the property and/or portfolio level.
"Report packages" is a macro that groups reports together so that they may be printed or saved with a single click of a button. Even though these packages are made in the backstage of the program, they can be used at the property or portfolio level.
A report package is a collection of reports that can be printed or saved together with just one click. These packages are typically created in the backstage area of a program, and can be used at both the property and portfolio levels. They allow users to quickly and easily access multiple reports at once, instead of having to individually open and print each report. This can save time and improve the efficiency of report management and distribution. In addition to that, report packages can be customized to include specific reports and data, making it easy for users to access the information they need.
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. The water level in an observation well A is measured at 3785.4 ft. At a point 1238 ft downgradient from that point, the water level in a second well (B) is measured at 3629.3 ft. a. What is the hydraulic gradient between the well A and well B? b. Assuming that the hydraulic conductivity is 3.0 ft/day and the effective porosity is 0.3, what is the seepage velocity between the two points? [ft/day] c. How long would it take for a particle to travel from point A to point B? [day
Between wells A and B, the hydraulic gradient is 0.126 ft/ft. The seepage velocity between both selected points, A and B, is 1.42 ft/day. It requires 869.49 days for a particle to travel from point A to B.
a. The hydraulic gradient between well A and well B can be calculated as follows:
= (Water level in well A - Water level in well B) / Distance between wells = (3785.4 - 3629.3) / 1238 = 156.1 / 1238 = 0.126 ft/ftb. The seepage velocity can be calculated using Darcy's law as follows:
Seepage velocity = Hydraulic conductivity * Hydraulic gradient / Effective porosity Seepage velocity = 3 * 0.126 / 0.3 Seepage velocity = 1.42 ft/dayc. The time it would take for a particle to travel from point A to point B can be calculated as follows:
Travel time = Distance between wells / Seepage velocity Travel time = 1238 / 1.42 Travel time = 869.49 days (approx. 2.38 years)Learn more about hydraulic gradient here: brainly.com/question/15872139
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According to plate tectonics, when a ridge forms with a rift valley, new crust is formed __________.
According to plate tectonics, when a ridge forms with a rift valley, new crust is formed on each side of the ridge equally.
When the Earth's tectonic plates separate, or rift, they leave behind a lowland area known as a rift valley. Rift valleys form both on land and underwater, as a result of seafloor spreading.The brittle surface layer of Earth (the lithosphere) usually breaks along parallel faults that angle slightly outward from each other when the lithosphere is torn apart.
The block between the faults breaks and sinks into the pliable interior when the plates separate along the boundary (the asthenosphere). A rift is created when the core valley of the block sinks. Liquid rock (magma) rises through the fissures. This process results in the formation of new crust along the margin. Volcanoes and earthquakes happen where magma rises to the surface along fault lines.
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continental mountain ranges such as the alps, himalayas, and appalachians are the result of which of the following?
The correct answer is option B.
Continental mountain ranges such as the alps, Himalayas, and Appalachians are the result of continental collision.
At convergent boundaries, the collisions that occurs between the surface of two continents is called continental collisions. As a result of continental collision mountains are produced and subduction zones get destroyed.
For example the collision between Indian Plate and Eurasian plate resulted in the formation of Himalaya mountains. Similarly, the Appalachian mountains were produced by the collision between African plate and North American plate.
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The complete question is
continental mountain ranges such as the alps, Himalayas, and Appalachians are the result of which of the following?
A. Oceanic collision B. Continental Collisions
C. Subduction zone D. None of these
Why would we now consider a map projection like the Winkel Tripel better than well-established projections like Mercator?
The Winkel Tripel projection is considered to be a better map projection than well-established projections like Mercator because it provides a more accurate representation of the earth's surface.
What is map projection?One of the main problems with the Mercator projection is that it significantly distorts the size of land masses near the poles, making them appear much larger than they actually are. This can lead to misconceptions about the relative size of different countries and regions. The Winkel Tripel projection, on the other hand, reduces this distortion by using a combination of two projections.
Another advantage of the Winkel Tripel projection is that it maintains a relatively consistent scale across the entire map, which is not the case with the Mercator projection. This allows for more accurate measurements and calculations to be made based on the map, making it more useful for navigation, cartography and other fields that require accurate representation of geographical features.
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when forestry departments use bulldozers to remove vegetation, they are removing ___ in order to combat or reduce the intensity of wildfires.
When forestry departments use bulldozers to remove vegetation, they are removing fuel in order to combat or reduce the intensity of wildfires.
Grasslands are found in areas where the growth of this plant cover is encouraged but not that of higher species, especially trees and bushes. . One of the most prevalent main vegetation kinds in the world is grassland.
Terrain, soil, and climate are only a few of the variables that affect natural vegetation (temperature and precipitation). Complete response: Forests, grasslands, and shrubs are the three basic categories of natural vegetation.
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which of the following best describes an environmental problem that is often linked to the process of fracking?
The two most pressing problems at fracking sites are the necessity for wastewater disposal and the depletion of water supplies.
The major concerns at fracking sites are air pollution and water contamination brought on by the hazardous chemicals employed in hydraulic fracturing. One of the main pollutants released during the fracking process is methane, a greenhouse gas that absorbs 25 times more heat than carbon dioxide. The United States' oil and gas industry generates 16.9 million metric tons of methane yearly, according research by the International Energy Agency.
Between extractions, some of this methane is mistakenly discharged into the environment or purposely vented because of faulty machinery. The Environmental Protection Agency (EPA) claims that the United States emits more methane than any other country.
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How have deep-seated racial divisions in South Africa continued despite policies that are intended to rectify the legacy of apartheid?
The employees are in black enclaves like Soweto, Alexandra, and other impoverished, violent areas. Johannesburg has always been split in this manner, and it is still largely so 25 years after the end of apartheid.
What was apartheid?The apartheid system, which institutionalized racial segregation, was in place in South Africa and South West Africa (now Namibia) from 1948 until the start of the 1990s. Apartheid's authoritarian political culture, which was based on baasskap, ensured that the country's largely minority white population controlled politics, society, and the economy of South Africa through minoritarianism. The two main types of apartheid were grand apartheid, which restricted access to houses and jobs, and petty apartheid, which featured racial segregation at social gatherings and in public places. Following the Prohibition of Mixed Marriages Act of 1949, the Immorality Amendment Act of 1950 made it illegal for the majority of South African citizens to marry or have sexual relations with people of different races.
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q6: what are the approximate latitudes (i.e., to the first decimal place) of the following places? zoom in on each circle to get the most accurate latitude. a. arctic circle, canada: b. richardson, nb, canada: c. tropic of cancer, atlantic ocean: d. equator, brazil: e. tropic of capricorn, argentina: fc. malaspina, argentina: g. antarctic circle, antarctica:
The latitudes of the following places are: Arctic Circle, Canada: 66.56°N; Richardson, NB, Canada: 45.00°N; Tropic of Cancer, AtlanticOcean: 23.44°N; Equator, Brazil: 0.00°N; Tropic of Capricorn: 23.44°S; Malspina, Argentina: 45.00°S; Antarctic CIrcle, Antarctica: 65.56°S.
Any site on the surface of the Earth can be located and its position established using the coordinate system of latitude and longitude. Latitude refers to the distance north or south of the Equator on a globe or map. Although technically there are three different types of latitude—geocentric, astronomical, and geographic—the distinctions between them are negligible.
The term "geocentric latitude" is typically assumed. Geocentric latitude is the arc area enclosed by an angle at the Earth's centre and is calculated in a north-south plane poleward from the Equator. It is given in degrees, minutes, and seconds.
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in what ways do demographic characteristics affect communities in canada?
The demographic conditions in Canada are not stable and are affecting the communities in a negative way.
Demographic conditions refer to the variables in the population of a nation. It includes age, gender, income level, etc.
It can affect the growth rate of the economy, and the standard of living and can also result in long-term unemployment. The more working people a country has, the more its economy grows.
Canada has a variety of age groups of people living in the nation, when the ratio of working people is more then the country experiences growth but if the country has fewer working people then it faces many consequences. A country like Canada faces similar issues due to demographic conditions.
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how did the europeans arrival in the new world the most detrimental effects on its eco system
One of the most significant effects was the introduction of new species, such as cattle, pigs, horses, and sheep, which competed with native animals for resources.
What is the ecosystem?Generally, The arrival of Europeans in the New World had a significant and detrimental impact on the ecosystem.
The widespread deforestation that occurred as a result of European settlement led to the loss of habitat for many native species. The hunting and overfishing by Europeans also had a negative impact on the populations of many native animals.
Finally, the spread of disease brought by Europeans had a devastating effect on the native population, further disrupting the ecosystem.
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Describe the three types of infrastructure needed to develop an ecotourism industry in Africa
Physical infrastructure, natural resources and human resources are the three types of infrastructure needed to develop an ecotourism industry in Africa
Describe the three types of infrastructure needed to develop an ecotourism industry in AfricaThe three types of infrastructure needed to develop an ecotourism industry in Africa are:
Physical infrastructure: This includes the development of basic infrastructure such as roads, airports, and communication networks to ensure easy access to ecotourism destinations. It also includes the construction and maintenance of facilities such as lodges, camps, and visitor centers.
Natural resource infrastructure: This includes the conservation and management of the natural resources that attract tourists, such as wildlife, forests, and protected areas. It also includes the implementation of measures to minimize the negative impacts of tourism on these resources, such as waste management and erosion control.
Human resource infrastructure: This includes the training and development of local communities and guides to provide quality services to tourists, as well as to participate in the management and conservation of ecotourism resources. It also includes the development of regulations and policies to ensure that ecotourism activities are sustainable and equitable for all stakeholders.
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biodiversity around the world is changing as a result of anthropogenic influences. (a) the map represents species richness of amphibians around the globe. use the map to answer the following questions. (i) identify the latitudinal range with the greatest amphibian species richness.
Based on the map, the latitudinal range with the greatest diversity of amphibian species lies between the Tropics of Cancer and Capricorn.
Between the Tropics of Cancer and the Tropics of Capricorn is the latitudinal range with the highest amphibian species diversity. This range is known as the "tropical belt" and spans the area between 23.5 degrees north and 23.5 degrees south of the equator. This area is characterized by high temperatures and high levels of rainfall throughout the year, which creates a suitable habitat for many amphibian species. The tropical belt also includes a wide range of ecosystems, including rainforests, swamps, and rivers, which provide a diverse range of habitats for amphibians. Additionally, the tropical belt is home to many ancient lineages of amphibians, which have had a long evolutionary history in this region.
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Seismic waves travel faster in stiff
rock and slower in softer, hotter rock. So
seismic waves will travel faster through which layers? Lithosphere or Asthenosphere
Seismic waves travel faster through the lithosphere, which is the outermost layer of the Earth composed of solid and brittle rock. Seismic waves travel slower through the asthenosphere than through the lithosphere.
What do you know about the seismic waves?
Seismic waves are energy waves caused by an earthquake, volcano, or other source of seismic activity. Seismic waves are classified into two main types: body waves and surface waves. Body waves travel through the Earth's interior and can be further classified into primary (P) waves, which are the fastest, and secondary (S) waves, which are slower. Surface waves, which are slower than body waves, travel along the Earth's surface and include Rayleigh and Love waves. Seismic waves are used to study the Earth's interior, including its composition and structure, as well as to locate sources of seismic activity and measure the magnitude of earthquakes.
So, Seismic waves will travel faster through Lithosphere.
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PLEASE HELP HUMAN GEIOGRAPHY Which of the following is an output of the scientific experiments by scientists involved in the Green Revolution
Chemical fertilizers
Domesticated cereal grains
Mechanical farm equipment
High-yield seed varieties
Irrigation systems
High-yield seed varieties are an output of the scientific experiments by scientists involved in the Green Revolution
What are High-yield seed varieties?Generally, High-yield seed varieties, chemical fertilizers, irrigation systems, and mechanical farm equipment are all outputs of the scientific experiments by scientists involved in the Green Revolution.
Domesticated cereal grains are also considered an output of the Green Revolution as the revolution was focused on increasing the yield of such crops.
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PLEASE HELP HUMAN GEOGRAPHY Which of the following statements best explains a limitation of the Green Revolution?
The Green Revolution was effective only in developing improved strains of rice
Farmers declined to participate in the Green Revolution on cultural and religious grounds.
Green Revolution technology could not overcome the limitations of traditional irrigation systems.
The population increased at a dramatic rate, and the Green Revolution advances were not effective in decreasing hunger.
The Green Revolution was not effective in Africa because the initial focus was on crops that were not native to Africa.
Farmers declined to participate in the Green Revolution on cultural and religious grounds is statements best explains a limitation of the Green Revolution.
Option B is correct.
What effects did the Green Revolution have on culture?The rapid and widespread adoption of Green Revolution technology had two effects on the political system and social order. It encouraged the commercialization of interpersonal interactions and widening the class gap.
Why did farmers miss out on the Green Revolution's benefits?The Green Revolution did not help poor farmers because they couldn't afford to buy expensive seeds, fertilizers, machinery, etc. As a result, jobs are lost as advanced machinery takes the place of manual labor. Farmers were encouraged to take out loans, but in the end, they ended up with a lot of debt.
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Option (b), The statement that best explains a restriction of the Green Revolution is that farmers refused to participate in it due to cultural and religious reasons.
Why did farmers suffer from the Green Revolution's shortcomings?Due to their inability to acquire expensive machinery, fertilizers, seeds, etc., poor farmers were not aided by the Green Revolution. Unemployment is caused as human labor is phased out in favor of new technology. Farmers ended up with huge debt despite being urged to take out loans.
Why is there a "Green Revolution"? When did it begin?The green revolution Beginning in the middle of the 20th century, fresh, high-yielding varieties were distributed to developing nations, which resulted in a large increase in the production of food grains (particularly wheat and rice). Its first amazing successes took place in Mexico and the Indian subcontinent.
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What is a city with one of the highest annual rainfalls?
Answer:
One of the cities with the highest annual rainfall is Mawsynram, India, which receives an average of 467 inches of rain per year. Cherrapunji, also in India, is another city known for its high annual rainfall, with an average of about 460 inches per year.
What is the elevation of Y and Z? Y=3250, Z=2950 Y=3200, Z=2900 Y=3250, Z=2900 Y=3000, Z=2850
On a map, contour lines with depressions, craters, or sinkholes are shown by dashed lines inside the contour line. The initial depression contour's elevation is equal to that of the nearby regular contour line.
What are contour line?A contour line of a two-variable function is a curve that connects points of equal value and along which the function has a constant value. A contour line connects places that are equally elevated above a specified level, such as mean sea level, in cartography.
A topographic map, for example, which displays valleys, hills, and the steepness or gentleness of slopes, is an example of a map with contour lines. The elevation difference between successive contour lines is known as the contour interval in a contour map.
The function's gradient is always parallel to the contour lines. The gradient is considerable and the variation is steep when the lines are near together.
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Answer:
Y=3250, Z=2950
Explanation ice spice told me