Answer:
Uses natural pressure
Explanation:
The geologic conditions necessary for an artesian well are an inclined aquifer sandwiched between impervious rock layers above and below that trap water in it.
Correct option are B and D.
The phenomenon of artesian well is due to the pressurization of an aquifer (natural pressure), when the inclination of the impermeable geological layer which overcomes it forces it below the level of its piezometric line (line of equal pressure of the groundwater).
Since this deep groundwater can be hot, artesian wells are also used in geothermal heating systems.
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1003^2 evaluate usin suitable identities
Answer:
1006009
Explanation:
\((1003)^2 = (1000 + 3)^{2} \\ \\ = (1000)^{2} + 2 \times 1000 \times 3 + {(3)}^{2} \\ \\ = 1000000 + 6000 + 9 \\ \\ (1003)^2 = 1006009\)
3 powers given explicity to the federal government
The 3 powers given explicitly to the federal government
Legislative powers:Judicial powersExecutive powers:What is federal government?Generally, The federal government of the United States has a number of explicit powers granted to it by the Constitution. These powers are divided into three categories:
Legislative powers: The federal government has the power to make laws that are applicable to the entire country. This includes the power to tax, regulate commerce, and declare war.
Executive powers: The federal government has the power to carry out and enforce the laws that it makes. The President is the head of the executive branch and has the authority to execute the laws of the land.
Judicial powers: The federal government has the power to interpret and apply the laws of the land. This includes the power to hear cases and make decisions that are binding on the parties involved. The Supreme Court is the highest court in the land and has the final say on the interpretation of the Constitution and federal law.
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which group of minerals are the most abundant in the earth's crust? a. pebble b. cobble c. boulder mud d. silt e. sand
The most abundant group of minerals in the Earth's crust are the silicate minerals. Silicates are composed of silicon and oxygen atoms, and they make up approximately 90% of the Earth's crust.
The remaining 10% is made up of other minerals, such as carbonates, sulfates, and halides. Silicate minerals are found in a variety of forms, including quartz, feldspar, mica, and clay minerals. These minerals are important because they form the building blocks of rocks and are essential for the formation of soil, which supports plant life.
In addition, silicate minerals are used in a variety of industrial applications, such as glassmaking and construction. Overall, silicate minerals are crucial components of the Earth's crust and play a vital role in the functioning of the planet.
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Put these layers of the Earth in order, starting at the outermost layer and going inward.
Crust
Liquid core
Solid core
Mantle
Answer:
Crust
Mantle
Liquid core
Solid core
Explanation:
how would you lile experience geography in an ideal world
In an ideal world, Lile, how would you experience geography?
Exploring the connections between the vast variances in cultures, political structures, economics, landscapes, and habitats around the world lets us investigate and understand space and place.
What does geography reflect?When incoming solar radiation meets an object or surface in the atmosphere, on land, or in water, it bounces back from that object or surface and does not heat up. Albedo is the measure of how much solar energy hits the Earth and is reflected back.
How can I make my geography stronger?Start by learning the locations of the nations and their flags on a globe map if you want to be good at geography. Then, review specifics like capital cities and population figures, and have a friend quiz you on your memorization abilities. You can also play games based on the names of nations and cities with a friend.
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In what year did policies become stricter in china?
Answer:
In 1970s and early '80s policies become stricter in china.
Am i right???
assume that along the coast of california, wind blows from north to south (ie, northerly wind). what is the net cardinal (e.g. north, south, east, west) direction that water near the coast is pushed as a result of ekman transport?
The coast of california, wind blows from north to south that is northerly wind. North direction is the net cardinal direction that water near the coast is pushed as a result of ekman transport.
The coast of California occured the wind blows from north to south by water moves offshore during the summer seasons that was resulted in upwelling along the coast. This upwelling produces cold coastal waters in the San Francisco area, contributing to the frequent summer fogs.
When a northern wind blows from the north along with the coast of California as it was oriented like much of the west coast of the U.S. winds that was blow from the north tend to drive ocean surface to the right of the wind direction. The surface waters are pushed a offshore, water is drawn from below to replace them.
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Men from Spain who came to conquer the Americas were called ___
-conquistadors
-chiefs
-colonies
-allies
Answer:
A
Explanation:
conquistadors
a limiting factor that affects populations no matter what their size
This movie shows the locations of the major tectonic plates, showing the names of each plate. Stop the movie where the Atlantic Ocean is mostly visible. Where are plate boundaries in this region
The plate boundaries that forms the territory of the Atlantic Ocean is known as the Mid-Atlantic Ridge.
What is the Mid-Atlantic Ridge?This refers to the underwater mountain system formed by plate tectonics as a result of a divergent plate boundary that runs across the coast of Antarctica.
Therefore, the plate boundaries that forms the territory of the Atlantic Ocean is known as the Mid-Atlantic Ridge.
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Which phase describes a lava plateau
Answer:
volcanic material in valleys
Explanation:
Answer:
volcanic material in valleys
Explanation:
or as D
Part B - Identify fault type II Each basic style of faulting not only has a name; it is also associated with particular tectonic environments that possess common characteristics. Let's review some terms that describe the basic styles of faulting and their typical tectonic environments: Main fault types: 1. Dip-slip: faults that move primarily parallel to the dip (or inclination) of the fault plane: 1. Normal Fault: a dip-slip fault where the hanging wall moves down relative to the footwall. 2. Reverse Fault: a dip-slip fault where the hanging wall moves up relative to the footwall 2. Strike-slip: faults that move primarily horizontal and parallel to the strike of the fault plane. Main tectonic settings: 1. Tensional or extensional: when the principal stresses cause the crust to stretch apart. This setting is characterized by normal faulting. 2. Compressional or collisional: when the principal stresses cause the crust to smash together and thicken. This setting is characterized by reverse faulting From the list of terms below, choose the ones associated with the fault you observed in the Gigapan image. Select the three that apply. View Available Hint(s) compressional environment tensional environment normal fault reverse fault shortening of the crust extension of the crust Submit Instructions for
In the following question, among the conditions given on Identify fault type II, below are the answers to the given question and its various parts.
To answer Part B - Identify fault type II, you need to first determine the type of fault observed in the Gigapan image. Based on the descriptions provided:
1. Dip-slip faults include Normal Faults (hanging wall moves down) and Reverse Faults (hanging wall moves up).
2. Strike-slip faults move horizontally.
Next, associate the fault type with the appropriate tectonic setting:
1. Tensional or extensional settings are characterized by normal faulting and extension of the crust.
2. Compressional or collisional settings are characterized by reverse faulting and shortening of the crust.
Once you have identified the fault type from the Gigapan image, select the three terms that apply:
1. If it's a normal fault: tensional environment, normal fault, and extension of the crust.
2. If it's a reverse fault: compressional environment, reverse fault, and shortening of the crust.
Make sure to observe the Gigapan image to determine the fault type before selecting the appropriate terms.
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In what form is energy that is NOT used for life processes released from living things?
Answer: the answer is Chemical Energy pls mark me BRAINLEST plzz ;)
Explanation: Many living and non-living things make sounds. 9) Energy is carried by light. The sun makes quite a lot of light which comes to Earth (it has lots of thermal energy too). The sun gets its energy from the nuclear fusion of hydrogen to make helium atoms.
Thermal energy is the type of energy that emanates from living things but is not used in their physiological functions.
What are your thoughts on humans emitting thermal energy?Yes, electromagnetic radiation is produced by all objects, including human bodies. All living things possess thermal energy to some extent, and many of them actively create thermal energy by triggering chemical reactions (despite the fact that some cold-blooded animals cannot control their body temperatures).
The temperature of the objects affects the wavelength of the radiation that is emitted. Thermal radiation is another name for this type of radiation. The majority of the radiation that the human body emits is infrared, primarily at a wavelength of 12 microns.
A heat engine is a human body. It transforms the chemical energy of the food consumed into heat to support both work and metabolism. The greater the body's requirement to expel heat to maintain thermal equilibrium, the harder the body works or exercises.
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India and the united kingdom have approximately the same arithmetic density although their landscapes and sizes are quite different. From this we can conclude that the two countries have roughly the same.
India and the United Kingdom have approximately the same arithmetic density although their landscapes and sizes are quite different. From this, we conclude that both the two countries have more or less the same Population Density.
Density may be defined as the amount of any entity per unit area.
It may be represented as Density= Amount of entity/Area.
Population density is the term used to determine the population which resides in a given place of a given area and it may be defined as the number of people living in a particular geographical area or place of land.
Arithmetic density on the other hand may be defined as the total number of people who live in a particular geographical area of land. It is one of the easiest methods to measure density.
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Will give brainless
Using the map above, what are the correct coordinates for Denver?
105 W. 105 N
40 N. 105 W
40 W. 105 N
105 W. 40 N
the second one 40 n. 105 w
What ate all the rivers in North America and canda
Answer:
that sounds... dark.. unmmm
Why does the area near the equator receive the greatest amount of solar energy, regardless of
the season? Provide 2 reasons.
Answer:
The sun's rays strike Earth's surface most directly at the equator. This focuses the rays on a small area. Because the rays hit more directly, the area is heated more. ... The tilt of the Earth causes different areas to receive different amounts of solar energy.
Explanation:
I hope it helps...☺️
The reasons why the area near the Equator receive the greatest amount of solar energy, regardless of the season are the equator is where the sun's rays hit Earth's surface most directly. This narrows the beam's focus to a certain region. The area is heated more as a result of the rays' direct impact. Different parts of the Earth receive varying quantities of solar radiation because of its tilt.
What is the Equator?The Equator is a representation of the vast unseen circle that surrounds the Earth and runs perpendicular to its axis in a plane that is equally spaced from each of its poles. The Northern and Southern hemispheres of the Earth are separated by the Equator. It is, in other words, the line at latitude 0°.
What is the significance of solar energy?In contrast to fossil fuels, the sun has more than enough energy to supply the entire world's energy needs, and it won't run out anytime soon. The sole constraint on solar energy as a renewable resource is our capacity to efficiently and economically convert it to electricity.
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A line graph, titled Amount of Air Pollution Parcticles by State, shows Parts per trillion or p p t, and Years 2006 through 2015 for Virginia, Wyoming, North Carolina, Tennessee, and Maryland. The line for Wyoming starts at 5 p p t with little change, ending just below 5 p p t. The line for Virginia starts at 13 p p t and ends at 8 p p t. The line for North Carolina starts at 13 p p t and ends just below 9 p p t. The line for Maryland starts just above 13 p p t and ends at 10 p p t. The line for Tennessee starts near 13.5 and ends at 9 p p t.
Use the graph to answer the following questions.
Which state has the highest level of air pollution particles for the year 2014?
Which state shows the least change in air pollution particles from 2006 to 2015?
What action is most likely to have helped reduce the rate of air pollution particles?
Answer:
a. Maryland
b. Wyoming
c. Government regulations
Explanation:
For Wyoming, we have;
2006: 5 p p t
2015: < 5 p p t
For Virginia, we have;
2006: 13 p p t
2015: 8 p p t
For North Carolina, we have;
2006: 13 p p t
2015: 9 p p t
For Maryland, we have;
2006: 13 p p t
2015: 10 p p t
For Tennessee, we have;
2006: 13.5 p p t
2015: 9 p p t
a. Based on the linear graphs, the state that has the highest level of air pollution particles is given by the relation
\(2006 \, air \, polution \, values + \dfrac{(2015 \, air \, polution \, values)- (2006 \, air \, polution \, values)}{2015 - 2006} \times (2014 - 2006)\)
\(2006 \, air \, polution \, values + \dfrac{(2015 \, air \, polution \, values)- (2006 \, air \, polution \, values)}{9} \times 8\)
Therefore, for Wyoming, we have;
\(5 + \dfrac{(<5)- (5)}{9} \times 8 < 5 \ p \ p\ t\)
For Virginia, we have;
\(13 + \dfrac{8 - 13}{9} \times 8 = 8.6 \ p \ p\ t\)
For North Carolina, we have;
\(13 + \dfrac{9 - 13}{9} \times 8 = 9.44 \ p \ p\ t\)
For Maryland, we have;
\(13 + \dfrac{10 - 13}{9} \times 8 = 10.33 \ p \ p\ t\)
For Tennessee, we have;
\(13.5 + \dfrac{9 - 13.5}{9} \times 8 = 9.5 \ p \ p\ t\)
Therefore, Maryland has the highest level of air polluton particles for the year 2014
b. From the available data, Wyoming shows the least change in air pollution particles from 2006 to 2015 with a change from 5 p p t to < 5 p p t
c. Regulations which limit the amount of particles from pollutants that can be released into the Air.
Answer:
-Maryland
-Wyoming
-reduced burning of fossils fuels
Explanation:
Why are spatial patterns a good way for information to be gained regarding a specific region or area?
a.
Patterns are easily noticeable and quick to interpret.
b.
Patterns are random and confusing.
c.
Patterns are pretty and colorful.
d.
Patterns are scientific and exist in nature.
which of the is an example of a business in the tertiary sector of the economy?
a) a farmer
b) an oil field
c) a barber shop
d) an apple orchard
Consider a circle whose equation is x2 + y2 – 2x – 8 = 0. Which statements are true? Select three options. The radius of the circle is 3 units. The center of the circle lies on the x-axis. The center of the circle lies on the y-axis. The standard form of the equation is (x – 1)² + y² = 3. The radius of this circle is the same as the radius of the circle whose equation is x² + y² = 9.
Answer:
-The center of the circle lies on the x-axis
-The radius of the circle is 3 units.
-The radius of this circle is the same as the radius of the circle whose equation is x² + y² = 9.
The standard equation of a circle is expressed as:
�
2
+
�
2
+
2
�
�
+
2
�
�
+
�
=
0
x
2
+y
2
+2gx+2fy+C=0
Centre is (-g, -f)
radius = √g²+f²-C
Given a circle whose equation is
�
2
+
�
2
−
2
�
−
8
=
0.
x
2
+y
2
−2x−8=0.
Get the centre of the circle
2gx = -2x
2g = -2
g = -1
Similarly, 2fy = 0
f = 0
Centre = (-(-1), 0) = (1, 0)
This shows that the center of the circle lies on the x-axis
r = radius = √g²+f²-C
radius = √1²+0²-(-8)
radius =√9 = 3 units
The radius of the circle is 3 units.
For the circle x² + y² = 9, the radius is expressed as:
r² = 9
r = 3 units
Hence the radius of this circle is the same as the radius of the circle whose equation is x² + y² = 9.
Explanation:
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What best explains the pattern of volcanic activity and earthquakes on the Jalisco Block?
Answer:
Convergent movement between the Jalisco Block and the Rivera Plate.
Explanation:
it best explains the pattern of volcanic activity and earthquakes on the Jalisco block. There is volcanic activity in the area, and volcanic activity can indicate the presence of a convergent plate boundary.
Answer:
The Jalisco Block is convergent to the Rivera Plate and divergent from the North American Plate which best explains the patterns of Earthquakes and Volcanoes on the Jalisco Block. I believe at this claim is correct because fro any plates to be convergent to one plate, they must be divergent to another plate. This case happens for the Jalisco Block. The card that support this statement is card A which tells us that scientists found the same rock on either side of the Tz Rift Zone where they were originally formed a team he same time at the same place when today they are 24 km apart.
Explanation:
Do you know any songs about population? I need songs based on population for AP Human Geography.
1. Earthquakes result from the movement of materials within Earth's
O asthenosphere
O lithosphere
O inner core
O outer core
a rapid change in ocean density with change in depth is thea. halocline.b. isocline.c. pycnocline.d. thermocline.
A rapid change in ocean density with a change in depth is known as a pycnocline. The pycnocline is a layer in the ocean where there is a significant change in water density due to variations in temperature and salinity.
This change in density creates a barrier between different water layers, impacting the vertical movement of water and the distribution of organisms within the ocean. The other options provided (a) halocline, (b) isocline, and (d) thermocline, are related to different types of vertical oceanic zones or gradients, but they do not specifically describe a rapid change in ocean density with depth like the pycnocline does. Let's dive into a more detailed explanation of each option: Halocline: A halocline refers to a zone in the ocean where there is a significant change in salinity with depth.
This change in salinity can create a barrier that restricts the mixing of waters with different salinity levels. Isocline: Isocline is a term used in various scientific fields, but in the context of the ocean, it is not a commonly used term to describe a specific oceanographic phenomenon related to density changes with depth.
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Groundwater depletion is defined as: when water is removed from aquifers faster than recharge occurs When the volume of the storage increases When water is absorbed into the ground rapidly
Sustainable groundwater management practices, such as regulating pumping rates, implementing water conservation measures, and promoting recharge techniques, are essential for mitigating groundwater depletion and ensuring the long-term availability of this vital resource.
Groundwater depletion is a phenomenon that occurs when water is extracted from aquifers at a rate faster than the natural recharge processes can replenish it.
It is characterized by a decline in the volume of water stored underground over time.
Aquifers are underground reservoirs composed of permeable rock or sediment that can hold and transmit water.
They act as natural storage spaces for groundwater, which plays a vital role in sustaining ecosystems, meeting agricultural and industrial water demands, and providing a source of drinking water for many communities.
The rate of water extraction from aquifers exceeds the rate of natural recharge, such as through rainfall or the infiltration of surface water, the water level in the aquifer drops.
This results in a reduction in the volume of stored groundwater, leading to groundwater depletion.
The consequences of groundwater depletion can be far-reaching. Lowering water levels can result in the drying up of wells, reduced streamflow, and the depletion of water sources for irrigation and domestic use.
It can also lead to land subsidence, whereby the ground sinks as the water is removed from pore spaces in the aquifer, causing infrastructure damage and irreversible geological changes.
Groundwater depletion is a significant concern in many regions around the world, particularly in areas with high water demands and limited alternative water sources.
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Which of the following processes DOES NOT explain what causes volcanic eruptions to occur at different locations on Earth?
A. two oceanic plates move apart
B. magma rises to Earth's surface
C. two continental plates collide
D. an oceanic plate moves beneath a continental plate
In the above case: magma rises to the Earth's surface is not the correct explanation to the volcanic eruptions.
Hence, Option B is correct.
What do you mean by Volcanic Eruptions?
A volcanic eruption is an explosive release of lava and gas from a volcano. The most dangerous type of eruption is known as a 'glowing avalanche', which is when hot magma rapidly flows down the sides of the volcano. These avalanches can travel quickly and reach temperatures of up to 1,200 degrees Fahrenheit, making them incredibly dangerous.The three major types of volcanoes areCinder Cone Volcanoes.Composite Volcanoes (Stratovolcanoes)Shield Volcanoes.To know more about Volcanoes from the given link
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Which country doesn’t protect Sherpa’s during the avalanche season?
Answer:
Nepal
Explanation:
resonding to the environment is a characteristc of life best shown by which example?
What do you think the author is trying to convey about the Demographic Transition Model?
Answer:
that's not really a question