A village is a small network in a rural region. A city is a populated region with constant obstacles and a nearby government. A metropolis is a big or critical city.
The required details for village in given paragraph
A village is a clustered human settlement or network, large than a hamlet however smaller than a city (despite the fact that the phrase is regularly used to explain each hamlets and smaller cities), with a populace normally starting from some hundred to three thousand. Though villages are regularly positioned in rural areas, the term city village is likewise carried out to positive city neighborhoods. Villages are generally permanent, with constant dwellings; however, temporary villages can occur. Further, the dwellings of a village are pretty near one another, now no longer scattered extensively over the landscape, as a dispersed settlement.
In the past, villages have been a traditional shape of network for societies that practice subsistence agriculture, and additionally for a few non-agricultural societies. In Great Britain, a hamlet earned the proper to be known as a village whilst it constructed a church. In many cultures, cities and towns have been few, with most effective a small percentage of the populace dwelling in them.
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According to ptolemy, what was the earth’s position in the universe? how did copernicus’s view differ?.
Hurricanes form over water and lose wind speed when they move over land. What does this pattern best illustrate?.
Answer:
Explanation:
The gustiness over the ocean is on the order of 10% but may increase to 20-30% or more over land (where there is increased friction), depending on the roughness of the land surface.
The main benefit of GPS technology is that it can —
A. remove salt from drinking water
B. calculate population density
C. predict population growth in urban areas
D. track the location of objects
Answer:d
Explanation:
put the following phrases in the correct order to describe the formation of the salt deposits underlying the gulf of mexico. put the first step on top.
The correct order to describe the formation of the salt deposits underlying the gulf of Mexico is
Salt was deposited during the Mesozoic eraSalt was buried causing it to flow upward and sidewaysThe moving salt created folds and domes in the overlying rocksOil and gas were trapped in the folded sedimentary rocks.About 150 million times agone, the receptacle strengthened due to side spreading and was periodically filled with water( originally from the Pacific Ocean and latterly from the Atlantic Ocean). There-filling cycles redounded in the conformation of vast swab deposits with a density of over 4kilometers. The corrosion processes that took place in the landmass transported massive quantities of debris into the Gulf of Mexico to produce seafloor deposits that exorbitantly the swab conformations. About 100- 120 million times agone, a steep mainland developed in the eastern part of the receptacle after deposition deposit on a demitasse block. That mainland would ultimately evolve into the Florida promontory.
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earthquake magnitude is strongly influenced by the?
earthquake magnitude is strongly influenced by where area is the portion of the fault that slipped, rigidity is the strength of the rock along the fault, and slip is the distance the fault moved. Therefore, a bigger magnitude will result from stronger rock material, a larger region, or more seismic movement.
What are the main causes of earthquake?
The majority of crustal faults on Earth don't shift for a very long period. But occasionally, tectonic pressures cause the rock on either side of a fault to gradually deform over time. Earthquakes typically result from subsurface rock breaking unexpectedly and rapid movement along a fault. The seismic waves that cause the ground to tremble are brought on by this quick release of energy.
The plates or rock blocks begin to move during and after the earthquake, and they keep moving until they become trapped once more. The focus or hypocenter of an earthquake is the location underground where the first rock splits. The epicenter of an earthquake is the location directly above the focus (at the ground surface).
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Provide some examples of "ages" named after the material used and explain why this is a poor method for identifying
historical periods.
Answer:some examples of ages is the Bronze Age the Stone Age and Iron Age. Ages is a poor way of identifying them because they are still materials we use daily
Explanation:
What is the definition of erosion?
the process by which sediment settles out of water
the soil and rocks deposited by moving water
the process by which a river moves soil and rock
the waterways that move soil and rock
Answer: the process by which a river moves soil and rock
Explanation:
Erosion is the the process by which a river moves soil and rock. Option (c) is correct.
Earthen materials are worn away during erosion, a geological process in which they are moved by wind or water. Weathering, a related process that does not involve movement, dissolves or breaks down rock. The geological process by which earthen elements are deposited, or built up, on a landform, is called deposition. Erosion is the opposite of deposition. Liquid water, wind, or ice (often in the form of a glacier) are responsible for the majority of erosion. Erosion occurs when the water or glacier ice is murky, the wind is dusty, or both.
Therefore, Option (c) is correct.
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What languages did the Europeans bring to the new world
Answer:
The language used to name new lands and initially evangelize new peoples was Castilian — or what our Central and South American contemporaries call
the capillary fringe is thicker in fine-grained sediments and thinner in coarse-grained sediments. group of answer choices true false
It is true that the capillary fringe is thicker in sediments with finer grains and thinner in sediments with coarser grains.
Capillary fringe: what is it?The subsurface layer known as the capillary fringe is where groundwater seeps up from a water table to fill pores through capillary action. Due to tension saturation, water has filled the pores at the capillary fringe's base. Due to the mix of pore sizes, the saturated portion of the capillary fringe is smaller than the overall capillary rise.
For several feet above the water table, soils may be completely saturated with water if the pore size is small and fairly uniform. The saturated portion will also only rise a few inches above the water table when the pore size is large.
A vadose zone, whose water content decreases with elevation above the water table, is supported by capillary action above the saturated base. The unsaturated zone can be several times thicker than the saturated zone in soils with a wide range of pore sizes.
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When Country A refuses to trade with country B because of different religious belief what are three ways country A should do?
Countries primarily do this to appease domestic political pressures. Trade barriers come in a variety of religious forms. Protective tariffs, import quotas, trade embargoes, and voluntarily restrained exports are the four primary categories.
The protective tariff, which is a levy on imported goods, is the most prevalent kind of trade barrier. Trade restrictions include tariffs (taxes) on imports (and occasionally exports) as well as non-tariff trade restrictions religious including import quotas, domestic industry subsidies, trade embargoes with specific nations , and licences to import items into the Countries economy. Bilateral and multilateral negotiation, mediation, and arbitration are methods of conflict management and resolution that can be used in these situations.
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Dunbar-ortiz identifies 3 sites in the western hemisphere where the cultivation of plants began around 8500 bce leading to the flourishing of early civilizations. What are those 3 sites?.
The 3 sites identified by Dunbar-Ortiz in the western hemisphere are Central Mexico, The US Eastern Seaboard, and The Pacific Northwest.
Established in 1982, the Pacific Northwest( PNW) includes chapters from Oregon, Washington, Idaho, Montana, Wyoming, and Alaska, and spans three geographical divisions The Great Pacific Region, The Inland Empire Region, and Oregon Empire. The Pacific Northwest is a geographic region in western North America bounded by its littoral waters of the Pacific Ocean to the west and, approximately, by the Rocky Mountains to the east. The Pacific Northwest of the United States is best known for its beautiful bank, green innards, stormy rainfall, and spectacular mountains. The Pacific Northwest stretches from Washington state, located in the Northwest corner of the United States, to southern Oregon and eastern Idaho state borders.
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faults can be recognized in the field, even if the fault plane itself is not exposed, because
Rock units offset by faults allow for the identification of faults in the field even when the fault plane itself is not accessible.
In geology, a fault is a flat or slightly curved fracture in the rocks that make up the Earth's crust where compressional or tensional forces cause the rocks on either side of the fracture to move relative to one another. Few centimeters to many hundreds of kilometers is the range in length of a fault, while less than a centimeter to many hundreds of kilometers is field the range in displacement along the fracture surface (the fault plane).
In some cases, the movement is dispersed along a belt of field faults that is hundreds of meters wide and is made up of numerous separate faults. Flaws are distributed differently across different geographic regions; some big areas have essentially no faults, while others have countless faults.
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Which of the following lies on the celestial sphere directly over Earth's equator?
a. ecliptic
b. celestial equator
c. north celestial pole
d. south celestial pole
e. horizon.
Answer:
The answer is b. celestial equator
Explanation:
Out of the choices provided above, it can be concluded to state that the celestial equator is one that lies on the celestial sphere directly over Earth's equator. Therefore, the option B holds true.
What is the significance of celestial equator?A celestial equator can be referred to or considered as the one that divides the entire composition of the celestial sphere into two different hemispheres. It is one of the most important elements of the celestial sphere.
The geographical position of a celestial equator is always directly above the surface of the equator of the Earth. This is because, Earth's equator is taken as the base for determining the position of the celestial sphere's equator.
Therefore, the option B holds true and states regarding the significance of a celestial equator.
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Explain the difference between subduction and accretion and the significance of each.
Subduction is the time period while the oceanic plate movements under the a lot lighter continental plate. The downward grade could be very steep and while the rock turns into molten it's going to then upward thrust up and shape a volcano because it releases the stress from the construct up.
The required details for Subduction in given paragraph
Accrection happens while the oceanic plate slowly comes collectively with a continental plate accordingly the downward grade isn't as steep. The end result is a sluggish buildup of the crust upward and outward. Subduction is a geological system wherein the oceanic lithosphere is recycled into the Earth's mantle at convergent boundaries. Where the oceanic lithosphere of a tectonic plate converges with the much less dense lithosphere of a 2d plate, the heavier plate dives under the second one plate and sinks into the mantle. A vicinity in which this system happens is called a subduction zone, and its floor expression is called an arc-trench complex.
The system of subduction has created maximum of the Earth's continental crust. Rates of subduction are usually measured in centimeters according to yr, with the common price of convergence being about to 8 centimeters according to yr alongside maximum plate boundaries.
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Imagine your friend has completed high school. Among the subjects he or she has studied is Geography. He or she needs your advice on the occupation he or she can engage in. Write a letter advising him or her on how he or she can use the knowledge in Geography to earn a living
You may work as a cartographer, environmental manager, town planner, or secondary school teacher, to mention a few, if you wish to pursue a job closely related to your degree.You can also consider pursuing a job as a meteorologist, landscape architect, international assistance worker, or astronomer
Write a letter to your friend?
Dear saritha
How are you dear..Are you well passed high school with good marks...What is your next plan ?I know your favorite subject is geography. Choose that field now. In the field of geography good careers. I will explain everything.I can pin career guidelines i took from net .Ok dear ..
Many undergraduate students choose geography as their major.The Bureau of Labor Statistics predicts a 5% increase in employment for jobs in the life, physical, and social sciences.A variety of important professional jobs are open to professionals with knowledge in this discipline and allied fields. Geography gives students who intend to finish their formal education with a bachelor's degree the local and global perspective necessary for responsible citizens.The same logic applies to people who intend to pursue graduate studies in business administration, planning, law, or medicine.Additionally, geography provides many exciting opportunities for educators at all levels of the educational system.The need for qualified teachers in our primary and secondary schools, both public and private, has increased as a result of the revamping of elementary and high school curricula to incorporate or reinforce geography.A revitalized interest in geography itself, as well as the expansion of urban and environmental studies programs in colleges and universities, have further raised the demand for qualified educators and researchers. Even though many jobs won't have a geography title, the opportunity for using the geographic approach in business and government is growing significantly.For those with training in geographic information systems, cartography, remote sensing, and computer mapping, there are numerous employment options.Today, the government, whether at the state or local level, or in a number of federal departments, the armed services, or international organizations, employs around a quarter of all professional geographers.Cartographer, geographic analyst, map curator, land officer, international economist, forest ecologist, soil conservationist, and climatologist are just a few of the occupations held by geographers. Analyst for emergencies and natural disasters.Specialist in conservation and preservation.Manager of parks, wildlife, and forestry.Tester for the environment, climate change, or water quality.Land use, residential, and commercial surveyor.Demographer.Officer for public health.Tour Director.To learn more about geography refer
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Analyze the map below and answer the question that follows.
A map with longitude lines 0 to 50 degrees east, latitude lines negative 10 to negative 40 degrees south. Windhoek and Maputo, between negative 20 degrees and negative 30 degrees south. Antananarivo and Lilongwe, between negative 10 degrees and negative 20 degrees south. Windhoek is west, Antananarivo is east. Lilongwe and Maputo, between Windhoek and Antananarivo. Lilongwe, north.
At which of the following sets of coordinates is the city of Lilongwe located?
A.
25° S, 32° E
B.
18° S, 47° E
C.
13° S, 33° E
D.
22° S, 17° E
Antananarivo and Lilongwe, between negative 10 degrees and negative 20 degrees south. Windhoek is west, Antananarivo is east. Lilongwe and Maputo, between Windhoek and Antananarivo. Lilongwe, north. The sets of coordinates in which the city of Lilongwe is located is option B. 18° S, 47° E
What are coordinates in map reading?Geographic coordinates are the locations where the latitude and longitude lines meet on a single point. Examine the numbers you have for the latitude and longitude of your point, and assemble them together. For example, 42°15′10″N, 44°18′10″E).
Therefore, the correct answer is as given above.
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one of the most critical factors in determining the loss of life from a earthquake is?
One of the most critical factors in determining the loss of life from a earthquake is time of day of the event.
A seismic wave is produced when there is a sudden release of energy in the Earth's lithosphere, which causes an earthquake (also known as a quake, tremor, or temblor). Earthquakes come in a variety of intensities, from those that are so small that no one can feel them to those that are powerful enough to throw things and people into the air and devastate entire towns. When an earthquake occurs, loss of life the degree of shaking affects the extent of the damage. After then, the proximity to the fault, the underlying soil, loss of life, the height of the building, and the depth of the earthquake are the key variables impacting earthquake shaking strength. Let's examine the relationships between the last two (soil and structures) in more detail.
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A boulder has just finished rolling down a hill and is now on flat ground. If the boulder is moving at 30 m/s when it reaches the flat ground and slows down to a roll of 5 m/s with a deceleration of -5m/s2, how long did it take to decelerate?
the boundary surface between two stratigraphic formations is called a group of answer choices key bed. marker bed. contact. nonconformity.
The boundary surface between two stratigraphic formations is called a contact.
One rock mass is separated from another by a geological contact. When two different rock masses come into touch through to faulting, magma intrusion, or other types of deformation of rock beds, a contact is created.
While faults and shear zones are of special significance in structural geology, depositional contacts are the main focus of the geologic subdiscipline of stratigraphy. In the rock beds, faults and shear zones can be thought of as a type of secondary structure. In order to determine the relative ages of rocks and formations, it is crucial to recognize and comprehend the interaction between contacts. A crucial component in the creation of geological maps is contacts. A location's or an outcrop's relative geological history can be ascertained using the cross-cutting connections of these contacts.
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The city of Charleston, South Carolina, is located on the Atlantic coast. the city of Macon, Georgia, is located about 340 kilometers inland to the west. predict which city is likely to be cooler in the summer. explain your answer in terms of specific heat.
I have to get it done right now.. it is pass due
Answer: Macon, Georgia
Explanation:
It will be cooler in Macon because the water in the air in Charleston will be evaporated which means that where Macon is you are futhur away from the ocean and the water wont
Thing about it lie this, in the mountain it snows, near the water it dosent
Explain what role melted water from glaciers has in creating distinguishing landforms
As glaciers melt, they often leave behind additional depositional landforms in addition to moraines.
There is a lot of silt produced by the vigorous grinding operation.
This silt, together with sand and gravel, is carried by rivers of water melting from the glacier and dumped in a region known as an outwash plain in front of the glacier.
This is further explained below.
What is the glacier?Generally, A glacier is a long-lasting mass of compacted ice that is always moving because it is being pushed and pulled by its own weight. When, over the course of many years and maybe centuries, the accumulation of snow is greater than its ablation, a glacier will begin to form.
When glaciers melt, they leave behind various depositional landforms in addition to moraines.
These landforms are called moraines. The intensive grinding process results in a significant amount of silt being produced.
This silt, together with sand and gravel, is carried by the streams of water that originate from the glacier's melting and is deposited in a region that is known as an outwash plain in front of the glacier.
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In order of longest to shortest, what are the four basic units that make up the geologic time scale?.
The geologic time scale is to geoscientists what the periodic table of elements is to chemists. The geologic time scale is divided into (from longest to shortest): eons, eras, periods, epochs, and ages.
The geologic time scale, or geological time scale, is a representation of time grounded on the gemstone record of Earth. It's a system of chronological courting that uses chronostratigraphy and geochronology. It's used primarily by Earth scientists to describe the timing and connections of events in geologic history.
Using a simple three- or- four-generation family tree, scholars construct a cousins time tree that mimics the major divisions of the geologic time scale Precambrian, Paleozoic, Mesozoic, and Cenozoic. Some exemplifications of events listed on the geologic time scale include the first appearance of factory life on Earth, the first appearance of creatures on Earth, the conformation of Earth's mountains, and the extermination of the dinosaurs.
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what phenomenon is primarily responsible for the production of terrestrial planetary atmospheric gases? what phenomenon is primarily responsible for the production of terrestrial planetary atmospheric gases? solar wind volcanic outgassing and degassing earthquakes comet collisions
Volcanic outgassing and degassing is the phenomenon is primarily responsible for the production of terrestrial planetary atmospheric gases
What is Volcanic outgassing and degassing?This is the term that is used to refer to the situation that occurs when gases are released during volcanic eruptions.
The term tat is used to refer to degassing is that there is the process through which the magma that is in the area would have to lose all of its volatility to the atmosphere. It is known to occur through the craters as well as through the soil that is in question. The amount of gas that is released is unknown but it can be said to be released in large quantities.
Outgassing is a satiation that is known to happen where the planets would have to moderate and they would also regulate the atmosphere and cause it to release carbon dioxide in the atmosphere and the mantle of the earth crust.
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globally, the rate of seafloor spreading takes place at the same rate as
Globally, the rate of seafloor spreading takes place at the same rate as subduction. The correct answer is option(c).
The process by which new oceanic lithosphere is formed at divergent plate borders and flows away from them is known as seafloor spreading. One of the most significant paradigm revolutions in the history of Earth sciences, the scientific revolution of plate tectonics, was sparked by the seafloor spreading theory.
A geological process called subduction occurs near convergent boundaries and recycles the oceanic lithosphere into the Earth's mantle. A heavier plate dips beneath the second plate and into the mantle where the oceanic lithosphere of one plate collides with the less dense lithosphere of another plate.
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The complete question is:
Globally, the rate of seafloor spreading takes place at the same rate as...
A. ocean subsidence.
B. transgression.
C. subduction.
D. erosion of the seafloor.
PLEASE ANSWER ASAP
Find an example of a convergent, divergent, OR transform boundary. What has happened there and what will happen in the future?
WILL GIVE BRAINLIEST TO FIRST CORRECT ANSWER
An example of a convergent boundary is subduction of the Nazca Plate under South America.
An example of a divergent boundary is the Mid-Atlantic Ridge.
An example of a transform boundary is the San Andreas Fault.
What is a plate boundary?In geography, a plate boundary refers to a 3 dimensional zone across which there is a significant change in the velocity of the motion of one lithospheric plate in relation to the adjacent other lithospheric plate. The plate boundary is the location that are associated with some geological events such as earthquakes and creation of topographic features like mountains, volcanoes, mid-ocean ridges, oceanic trenches etc.
Therefore are three types of plate boundary which includes:
Convergent boundary: It is an area on Earth where two or more lithospheric plates collide. When one plate eventually slides beneath the other, the process is known as subduction which is responsible for occurence of earthquakes occur.Divergent boundary: It is the area two tectonic plates are moving away from each other. The divergent boundaries within continents initially produce rifts which eventually become rift valleys.Transform boundary: This is the area that had fault along a plate boundary where the motion is predominantly horizontal.
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why reducing the county s dependency on coal WOULD have a negative impact on the economy
Answer: negative impact on trade balance, exchange rate, and the growth of other sectors
Coal mining also has a negative impact on the trade balance, exchange rate, and the growth of other sectors, particularly when commodity prices decrease.
Explanation:The coal industry asserts that continued investment in coal is needed to grow developing economies and combat poverty. The logic runs that coal is necessary to provide the energy required for industrialisation, the process of structural change from an agrarian society to one based primarily on manufacturing. Historically, industrialisation has enabled some countries to rapidly increase economic productivity, employment and income levels. The consumption of coal and other fossil fuels for industrialisation, however, is a major cause of global warming. A shift away from coal is necessary for climate protection.
What factors influence the composition of a magma?
The composition of magma is determined by the rock from which it was formed (by melting) and the circumstances of that melting. They are dominated by oxygen and silicon.
The composition of magma is determined by the rock from which it was formed and the conditions under which it was formed. Although mantle magmas contain higher amounts of iron, magnesium, and calcium, they are still almost certainly dominated by oxygen and silicon. Magma is classified into three types: basaltic, andesitic, and rhyolitic, each with its own mineral composition. All types of magma contain a significant amount of silicon dioxide. Iron, magnesium, and calcium are abundant in basaltic magma, but potassium and sodium are scarce.
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what separates the troposphere and stratosphere
Question: ) what separates the troposphere and stratosphere ??
Answer: The troposphere is bonded on the top by a layer of air called the tropopause, which separates the troposphere from the stratosphere, and on bottom by the surface of the Earth.
Explanation: Troposphere:
It is the lowermost and densest layer of the atmosphere. It spreads till a height of about 8 km over the pole but over the equator, it is 18 km. About 80 percent or more of the total mass of the atmosphere lies in this layer. With increase in height, the temperature keeps on decreasing till the limit of this layer. This is said to be the normal lapse rate. On an average, the decrease in temperature with height is 60 Celsius per km. The upper boundary is known as the troposphere , placing between 8 and 18 km. At this level, the average temperature spreads to minus 500 to minus 600 Celsius. Water vapour is available in this layer in plenty and about 99 percent of the total atmospheric water vapour is focused here but wide variation is seen in terms of height and longitudes. Vapour plays a very vigorous role in regulating the temperature of the earth by producing greenhouse effect.
Stratosphere:
The Stratosphere is the upward second layer as well as the middle layer of the atmosphere. It starts from tropopause to approximately a height of 50 km. The temperature at the tropopause remains nearly constant till the height of 20 km. After that, it starts increasing and continues to increase till the height of 50 km. At this level, the projected temperature is about minus 100 to minus 150 Celsius. Though the temperature is on advent, there is no atmospheric turbulence. This layer is completely free from clouds and other weather settings.
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Look at the following steps to organize and analyze information for decision making and answer the question that follows.
1. Clearly state what the decision is
2. Identify criteria for the choice
3. __________
4. Evaluate each pro and con on the basis of its importance
Which statement correctly completes #3 above?
A.
List pros and cons of each choice
B.
Provide a score for each list of pros and cons
C.
A weighted number system is a useful evaluation tool
D.
Look at the strengths of the Internet as a research tool
Answer:
the answer is A list first pros and cons of each choice then evaluation follows
Answer: A
Explanation:
just took test on edge
a small amount of the earth's water ends up in the . a. surface runoff b. groundwater c. atmosphere d. earth's streams e. living components of ecosystems
A small amount of the earth's water ends up in the living components of ecosystems
An ecosystem consists of numerous groups of plants, microbes, fungi, and animals collectively with their physiological environment. Fundamental components of ecosystems are biotic or dwelling and abiotic or nonliving. Biotic consists of plants, animals, and decomposers, and abiotic consists of air, water, and land.
When warmed via way of means of the sun, the earth's water on the floor of oceans and freshwater in our bodies evaporates, forming a vapor. Water vapor rises into the atmosphere and condenses, forming clouds. It then falls and returns to the components of ecosystems as precipitation.
The correct option is (e) living components of ecosystems
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