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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Which country in the tropical north has a mostly urban population and the largest city in the region?.
Answer: Colombia
Explanation:
explain why many UK cities are experiencing more growth at their edges than in their cities
Answer:
because of the development between people education
The Question Is In The Picture.
part I: XZ+ZY=XY
We can divide the line in two parts and sum of both paths must be equal to the whole line
Given XZ=3(n+5)
ZY=4n
let statement be true:
3n+15+4n=71
7n=71-15
n=8
now XZ=3(8+5)
XZ=39
ZY=4*8=32
So XZ+ZY=71 =XY
ii)Since Part i is true so Calculating part ii is right
Given XZ=3(n+5)
ZY=4n
let statement be true:
3n+15+4n=71
7n=71-15
n=8
now XZ=3(8+5)
XZ=39
ZY=4*8=32
So XZ+ZY=71 =XY
Hence proved
Part D
What similarities do you notice about the high and low tides in Woods Hole, Seattle, and either Hawaii or
Alaska?
The similarities that can be noticed about the high and low tides in Woods Hole, Seattle, and either Hawaii or Alaska is that there are both high tides and low tides twice in a day.
What are tides?
In addition to the gravitational pull of the Moon, the Earth and Moon's orbiting each other also contributes to tides, which are the rise and fall of sea levels. You may find the anticipated times and amplitude for any location by using tide tables.
Waves that travel over the oceans at tidal levels are incredibly long. They result from the earth being subjected to the moon's gravitational pull, and to a lesser extent, the sun's. A shore experiences high tide when the wave's crest, or highest point, reaches it.
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Which of the following is not a characteristic of the Jovian planets?
a. low average density
b. orbits outside the asteroids
c. hydrogen-poor composition
d. large diameters
The correct answer is option C: hydrogen-poor composition
Hydrogen-poor composition is not a characteristic of the Jovian planets.
Jovian planets are the outermost planets in our solar system which are made up of gases, dust, and other smaller particles of rocks.
The chemical composition of such planets shows they are made up of helium and hydrogen gases in bulk while water, ammonia, and methane are present in trace amounts in their atmospheres. These planets do not have any chance of life due to their thick gaseous atmosphere.
Moreover, they are large in diameter, have low density, and revolve outside the asteroid band.
On the other hand, terrestrial planets have rigid surfaces and make up a major portion of our internal solar system.
These include Earth, Venus, Mars, and Mercury.
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Energy may be transmitted by _____, ______, and radiation.
Energy can be transferred via convection, conduction, or radiation.
Convection is the movement of heat energy through a fluid. In the kitchen, this type of heating is most commonly seen with a boiling liquid. The atmosphere's air acts as a fluid. Conduction is the direct transfer of energy from one molecule to another. This transfer occurs when molecules collide, similar to how one moving ball strikes another, causing the second to move in a game of pool. Radiation is the electromagnetic transfer of heat energy through space. The majority of the electromagnetic radiation emitted by the sun is invisible to the human eye. Only a small portion of the light is visible. Light is made up of different frequency waves.
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40 points! Someone please help!!
Which phrases could you use to describe a place?
Check all that apply
A. Latitude is 86° north.
B. The zip code is 99654.
C. Tears freeze on your face.
D. In the summer, the sun shines at midnight.
Answer:
Explanation:
I believe that your answer is A and B because it is a type of location: absolute location. Since it is school, the teacher is most likely looking for a logical answer. This eliminates C and D. I hope this helps you!
I had one BAD winter and I get judged! So, I was particularly harsh in the winter of 1846 when a group of westward migrants attempted to climb me in order to settle in California. Who am I?
Answer:
DONNER REED PARTY
Explanation:
For the vast majority of the mantle, which is higher, the actual temperature or the melting temperature?.
To get money to continue the building of St. Peter's Church, Pope Leo X sold__________
, claiming they would forgive the punishment due for sin.
do you notice any trends in regard to where most of the earthquakes are occurring?
Around 81 percent of the largest earthquakes on Earth occur along the circum-Pacific seismic belt, which is the largest earthquake belt in the world.
Where do earthquakes happen, and how frequently?Every day, earthquakes occur on both the interior and exterior of tectonic plates all over the world. Faults are the fractures between rock blocks that allow them to move in relation to one another, and they are where earthquakes happen.
Plates bump and slide, which leads to faults, which are more prevalent near the edges of the plates. Far from the edges of plates, earthquakes can happen along faults. Even though these earthquakes are much less frequent, the same forces that cause earthquakes along plate boundaries also contribute to them.
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What is different between
what is happening in
Jalisco and what
happened in Baja?
Answer: Baja island is formed by the plate movements. ... But in Jalisco it is not clear that a rifting or divergent movement of the plate boundary is currently happening or some new plate boundary will be formed in the near future.
Explanation:
which note-taking method is not recommended as it focuses on capturing as much of what the instructor says as possible; but not on processing the information. group of answer choices the cornell method the outline method the list method the concept map method
The list approach. Because it is only focused on recording as much of the instructor's speech as possible rather than analysing the information, the list technique is typically not the best option. This strategy is used by the majority of students who lack strong study skills.
What note-taking technique is the most effective, and one should you choose?
Write down any unfamiliar or challenging words, emphasising them. Define terms in writing or subsequently on the internet. Note the distinction between the professor's viewpoint and the facts. Add your own comments and make notes to yourself.
Typically, linear notes are a text or lecture's chronological outlines. Although taking notes in a linear format is fairly popular, there is a great risk of just transcribing everything spoken or shown on the presentation slide.
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Assume that the price of sugar and bananas has fallen and the production costs are high due to global competition. How might this affect migration in the region?
Based on the fact that the price of sugar and bananas have fallen, and given the high production costs, the effect of migration to the region would be a fall in migration.
How can a fall in price affect migration?When there is a fall in price like there was with the fall in the price of sugar and bananas, this can lead to a fall in migration because of a higher unemployment rate.
This is what happens: the price of sugar and bananas being low will lead to suppliers reducing their production of these goods because there is less profit incentive for them. When this is couple with the high production costs, these suppliers will be forced to lay off some people so that they don't make losses from selling low and paying high costs.
As a result of this, the unemployment rate in the region would increase. This increase would dissuade people from migrating there because they wouldn't be able to get jobs so migration will fall.
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the four mechanisms of heat transfer are conduction, radiation, convection, and advection. an understanding of the various mechanisms of energy transfer is crucial in understanding weather, climate, evolution of landscapes, and many of our daily activities. drag the following statements to the correct mechanism of heat transfer.
Statements for the correct mechanism of heat transfer are as follows-
conduction:- thermal energy is transferred by direct contact.
- NOT often takes the form of the circular path
radiation:- capable of passing through a vacuum
- NOT often responsible for coastal fog formation
- NOT a more important mode of heat transfer in solids.
convection:- vertical heat transfer by the flow of a gas, a liquid, or a weak solid
- NOT energy transfer by means of electrical and magnetic fields
Advection:- horizontal transfer of heat
- NOT least important mode of heat transfer in gases.
Heat transfer is a discipline of thermal engineering that concerns the generation, use, conversion, and exchange of thermal energy between physical systems. Heat transfer is classified into colorful mechanisms, similar to thermal conduction, thermal convection, thermal radiation, and transfer of energy by phase changes
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(q001) which of the following terms refers to the process of mountain building? question 1 options: a) orogeny b) tectonic foliation c) cratonic platform d) brittle and ductile deformation
Answer: Orogeny
Explanation:
The Question Is In The Photo.
The value of variable x is 12.
Here we are required to use the angle property known as vertically opposite angles.
Vertically opposite angles are angles that are opposite to each other at a common point and are formed by two straight intersecting lines.
In the image, the angle [tex]\alpha[/tex] is equal angle [tex]\beta[/tex] because they are vertically opposite angles.
Using the above property,
5x=72-x
6x=72
x=12
The value of variable x is 12.
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How is Earth's surface most likely to change in a place that experiences extensive animal activity? (3 points)
Sand dunes will be formed due to deposition of sediments.
Soil will loosen due to vast network of underground tunnels.
Cracks will appear in rocks due to freezing and thawing of water.
Rocks will break due to repeated abrasion and mechanical stress
In a place that the animal activity is extensive, the Earth's surface will likely experience Rocks will break due to repeated abrasion and mechanical stress.
What happens to the surface when there is animal activity?The effect of animal activity on the surface of the Earth would depend on just how many animals or how much activity is being concentrated on that part of the world.
If the animal activity is extensive, then the effect would be that the rocks would break as a result of the movement of the animals leading to mechanical stress and abrasion.
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Cracks in rocks widen as water in them freezes and thaws. How does this affect the surface of the earth?.
Water seeps into cracks in the jewels, and, as the temperature drops below freezing, the water expands as ice in the cracks. The expansion exerts tremendous pressure on the girding gemstone and acts like a wedge, making cracks wider.
After repeated freezing and thawing of water, the gemstone breaks piecemeal. The loss of backwoods and other factory life can motivate climate trade, desertification, soil corrosion, smaller crops, flooding, bettered hothouse feasts within the surroundings, and a host of issues for Indigenous humans.
“ Regenerative husbandry ” describes husbandry and grazing practices that, among different benefits, contrary climate alternate through rebuilding soil organic counted and restoring demoralized soil biodiversity – performing in both carbon drawdown and enhancing the water cycle.
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b. Explain three examples in which the Amish demonstrate a folk culture.
Global circulation patterns of winds and ocean currents, which drive weather systems and, ultimately, climate patterns are created by.
Global circulation patterns of winds and ocean currents, which drive weather systems and, ultimately, climate patterns are created by latitudinal energy imbalance between tropical and polar regions.
The global circulation can be defined as the world-wide system of winds by which the essential transport of heat from tropical to polar latitudes is proficient. In every hemisphere there are three cells; Hadley cell, Ferrel cell and Polar cell in which air circulates along the total depth of the troposphere.
The combination of oceanic and atmospheric circulation operates global climate by reconstructing heat and moisture. Areas located near the tropics endure warm and almost wet throughout the year. In temperate regions, variation in solar input operates seasonal changes.
Three main circulations subsists between the equator and poles due to earth's rotation. The actual global pattern is much more intricated.
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in addition to the presence of soft sediments, the next earthquake to strike seattle could cause extensive destruction due to the presence of
In addition to the presence of soft sediments, the next earthquake to strike Seattle could cause extensive destruction due to the presence of numerous bridges and unreinforced masonry (URM) buildings.
Structures of soft sediment deformation emerge at the time of deposition or shortly thereafter, during the early phases of the sediment consolidation. This is due to the requirement that the sediments be "liquid-like" or unsolidified for the deformation to take place. The most typical locations for soft sediment deformations to manifest themselves are deep water basins with turbidity currents, rivers, deltas, and shallow marine areas with storm-affected conditions. A description of unreinforced masonry (URM) structures
URM walls have little to no reinforcing steel, as the name suggests. Usually, the wood frame of the floor and roof is supported by these walls.
the picture for unreinforced
Old brick structures erected before 1945 are known as unreinforced masonry structures (URMs). These structures are far more susceptible to damage or collapse since they were not constructed in accordance with current building rules.
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Which natural resources are found in the Midwest region?
uranium
timber
herring
crab
oil
sand
soil
Rich soil is the natural resource found in Midwest region.
Coal: 232,900 MSTN (23 percent of total US) Natural gas: 2,850 Bcf (12% of total US production) Crude oil: 407,500 Mbarrels (22% of total US production). Ethanol: 286,500 Mbarrels (91% of total US production) Flooding occurs once every 0.6 days on average in the Midwest Region from March to October.
The most important resource in the Midwest is soil. The Central Plains have some of the best soil on the planet. The Midwest region is densely populated with farms. Because Iowa has such fertile soil, farms cover nearly every inch of the state.
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Lowering which of the IPAT values would contribute MOST to sustainable use of the environment?
Lowering the impact of IPAT values would contribute most to the sustainable use of the environment.
The model equation that connects sustainability outputs to three causal components is known as IPAT. Energy use significantly impacts environmental sustainability and directly contributes to greenhouse gas emissions and other environmentally harmful substances.
Harmonizing three key factors—economic growth, social inclusion, and environmental protection—is essential for sustainable development. The IPAT Equation explains how population, wealth, and technology affect the environment. This equation concerns the combined elements' interaction or "multiplying" effect rather than each factor.
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an event started in california that is now used in many states and countries to help prepare residents for potential earthquakes. it is called the
An event that started in California that is now used in many states and countries to help prepare residents for potential earthquakes is called the Great Shakeout.
An annual earthquake readiness exercise is called the Great California ShakeOut. As part of the Great ShakeOut Earthquake Drills initiative, it is one of the recognized regions. Use the ShakeOut as an opportunity to learn what to do before, during, and after an earthquake since the primary objective of the event is to prepare the globe for them.
Everyone, everywhere, from a person in their home (or even their automobile!) to a school and even a sizable business headquarters, should take part. Every third Thursday in October, when most people schedule their ShakeOut exercises and other earthquake readiness events, is recognized as International ShakeOut Day.
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During neutral conditions in the tropical pacific, warmer sst is located on the _ side of the pacific.
During neutral conditions in the tropical pacific, warmer SST is located on the eastern side of the Pacific.
The Tropical Eastern Pacific is one of the twelve marine realms that cover the littoral waters and international shelves of the world's abysses. The Tropical Eastern Pacific extends along the Pacific Coast of the Americas, from the southern tip of the Baja California Peninsula in the north to northern Peru in the south.
The tropical Pacific is by description concentrated on the tropical regions that extend to the Tropic of Cancer23.5 ° north of the ambit as well as23.5 ° south of the ambit to the Tropic of Capricorn. There are no tropical cyclones in the Central North Pacific at this time.
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What is the process of dust clumping together to form bigger and bigger
pieces?
Answer: Accretion
Explanation:
Accretion is the process by which planets form. Explanation: Accretion is the process of dust particles in space clumping together to form small rocks, and those small rocks clumping together to form bigger rocks, then asteroids, then planetoids, and finally planets.
Sort the following characteristics by the type of volcano they are associated with.
1) pillow basalt
2) lahars
3) strombolian eruption
4) pyroclastic flow
5) flank eruptions
6) fire fountain
7) felsic lave
These characteristics are mainly associated with three types of volcanoes such as cinder cone volcano, shield volcano and stratovolcano.
Sorting of characteristics-
Cinder cone volcano - flank eruptions; strombolian eruption
Shield volcano - pillow basalt; fire fountain
Stratovolcano - pyroclastic flow; lahars; felsic lava
A volcano is a crack in a planet's crust, such as the one on Earth, that permits hot lava, volcanism, and gases to emerge from a molten material underneath the surface. Most volcanoes on Earth are located undersea, and they're most predominantly encountered where continental plates are diverging or convergent.
An amazing demonstration of Earth's might is a volcanic eruption. Volcanic eruptions can cause serious destruction of life and property, particularly in areas of the world that are heavily populated, even though that they are spectacular to witness.
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3. Why are the northern territories' minerals hard to remove?
Answer:
They are located in a harsh climate region.
Answer:They are located in a harsh climate region
Explanation:
describe about climate zones of the world with different types of forests
In an overview, there are an approximate of five main climate types on Earth and they includes:
Tropical climateDry climateTemperate climateContinental climate Polar climate What is a Climate?Basically, a Climate refers to the composite or prevailing weather conditions of a region including the temperature, air pressure, humidity, precipitation, sunshine, cloudiness and winds that occurs throughout the year and over series of years. In short, a climate is also seen as the average weather conditions in a place over a long period, for say, about 30 years or more.
it could also be defined as the mean and variability of the meteorological variables over a time spanning from months to millions of years. Some of which are commonly measured are temperature, humidity, atmospheric pressure, wind, and precipitation.
In a broader sense, a climate entails the components of the climate system which includes the atmosphere, hydrosphere, cryosphere, lithosphere and biosphere and the interactions between them. That said, the climate of a location is often affected by its latitude, longitude, terrain, altitude, land use, water bodies etc.
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