Not every earthquake has Foreshock, but every earthquake has an Aftershock that occurs in the came place as the mainshock.
A natural calamity known as an earthquake occurs when tectonic plates located in the earth's crust collide with one another. Depending on how often it causes damage, an earthquake may be both mild and natural. Earthquake is the shaking of the planet and caused significant economic and human resource devastation.
Aftershocks are the energy release and ground trembling that occur after an earthquake, whereas foreshocks are the energy release and ground shaking before one. Due to their lesser magnitude, foreshocks are less likely than aftershocks to inflict damage.
The complete question is, "Not every earthquake has a(n) ______, but every earthquake has _____that occur in _____ the mainshock.
Aftershock, Foreshock, the Same place asAftershock, Foreshock, the Same place asPlaces far away from, the Same place as"Learn more about Earthquake here:
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Which explorer, sailing for portugal, aimed to sail around africa to gain access to the asian spice trade?.
Answer:
Vasco DaGama Christopher Columbus
Explanation:
when water flows through rocks, it can physically erode loose material to form a network of caverns. this process is known as
The process in which physically eroded loose remains of rocks, rendered loose due to the flow of water, form a network of caverns is called Piping.
Piping is one of the major factors for soil erosion and can be defined as the formation of drainage tubes, or networks of caverns, in silty soils, claystone, or other bedrocks. It is a major problem in dry, arid regions and also, steep valley-side slopes and is also called internal erosion of earth dams.
It is when water seeps through the soil cracks and carries the soil particles away from that area leaving behind an elongated cavity. It can be spotted easily wherever there is a visible discharge of a lot of muddy water.
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what can be done to agricultural lands to limit nonpoint sources of pollution? multiple select question. apply precise amounts of fertilizer. apply soil conservation methods. determine the appropriate timing and amount of pesticide to apply. remove wetlands that may store sediments and contaminants.
Using the theories of conservation methods, we got that Apply soil conservation methods, apply precise amounts of fertilizer, determine the appropriate timing and amount of pesticide to apply are the methods that can be done to agricultural lands to limit nonpoint sources of pollution.
The State and local governments, volunteer groups, water quality professionals, and the ordinary people are working together to clean up our lakes, rivers, streams, and wetlands. You can help! Whether you are living in a big city or in the country, you can prevent nonpoint source pollution by taking just simple actions on your property or in your community. The following are the some simple solutions to a big problem. Together, we can make a difference!
Dispose of Oil and Household Chemicals Properly
The public can keep the oils and chemicals out of local streams by utilizing and supporting local toxic drop-off sites, maintaining the vehicles to reduce leaks and never pouring any materials down the storm drain.
Maintain Septic Tanks
Just like any other tool or appliance, the septic tank needs to be maintained to function properly. The septic tank allows solids, greases, and liquids to separate in the tank. Bacteria break down solids and the liquid is treated as it moves into absorption field. A properly working septic system shouldn’t release anything that’s harmful to us or the environment.
Find Other Ways to Water Livestock
There are many options for reducing the impact of the livestock on water quality. The most efficient way to improve the water quality is to block animals from directly accessing the streams, rivers, and other water bodies. Livestock trample stream bank and deposit feces, allowing higher E. coli levels. Limit access with the fences and provide alternative drinking water sources. If you pasture the livestock, consider creating a rotational grazing system that actually reduces pasture erosion and allows the vegetation time to grow.
Hence, the methods that can be done to agricultural lands to limit nonpoint sources of pollution are
-Determine the appropriate timing and amount of pesticide to apply,
-Apply soil conservation methods and
-Apply precise amounts of fertilizer.
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How might the seasons have affected life at kule loklo on the northwest coast of the us?.
Kule Loklo is located on the northwest coast of the U.S. and gets affected because of variations in seasons. In the late spring, fresh young Indian lettuce, nettle, and clover leaves were harvested. Likewise, variations can be seen in the winter season as well.
What is Kule Loklo?
Within a short distance of the Point Reyes National Seashore, the visitor center is Kule Loklo, a Coast Miwok Native American town that has been meticulously restored. Marin County, California. In honor of Marin County's native Coast Miwoks, the Miwok Archeological Preserve of Marin (MAPOM) built Kule Loklo in the 1970s. The ceremonial roundhouse in Kule Loklo was destroyed by arson in 1992.
The seasons have a profound impact on the way of living along the coast. Indian lettuce, young nettle leaves, and clover were all collected in the late spring. Acorns, seeds, and kelp that had been preserved served as key food sources over the winter and early spring.
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Which best describes how volcanoes change the Earth’s surface? (1 point)
A. Volcanoes provide new habitat for species on Earth.
B. Volcanoes alter the gases available in the atmosphere slowly.
C. Volcanoes create new landmasses on the surface.
D. Volcanoes increase the temperature of the atmosphere every year.
Answer:
C
Explanation:
because of the cooled lava it creates new land masses
Answer:
the answer is ( Volcanoes create new landmasses on the surface. )
Explanation:
i hope this help a lot and i have done this volcanoes change Earth's surface Quick Check its easy :>
what type of tidal pattern is exhibited in southern california? group of answer choices nocturnal semidiurnal mixed semidiurnal diurnal
Answer:
Explanation:
Mixed tide.
1. What South American nation touches North America?
2. What North American nation touches South America?
3. What waterway divides the two continents?
4. What is the name of the French overseas department?
Where is it located? (Directions)
5.What South American countries does the equator cross? (3)
6. Much of northern South America contains tropical forests. What conclusion can you draw about those areas?
The Isthmus of Panama touches North America and South America. The Panama Canal divides North and South America .
What South American countries does the equator cross?
Ecuador, Colombia and Brazil are three countries equator crosses.
Much of northern South America contains tropical forests. What conclusion can you draw about those areas?
Mountains and highlands, river basins, and coastal plains can be used to categorize South America's three geographic areas. Mountains and coastal plains typically follow a north-south axis, whereas highlands and river basins typically follow an east-west axis.
The wide variety of biomes seen in South America is a result of its high geographic diversity. A biome is a group of living things that inhabit an area with a largely consistent climate. Biomes include both animal and plant communities.
South America's dry desert biome rises from the coastal plains to the rough alpine habitat of the Andes mountains in a matter of a few hundred kilometers. The dense, tropical rain forest that characterizes the Amazon river basin, one of the continent's river basins, contrasts with the vast grasslands that characterize Paraná, the other.
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An ecosystem in which all of the associated species are stable and uniform is called a.
Answer:
Biome
Explanation:
Biome
Who circumnavigated the earth by ship from spain and back again, proving it was not flat?.
consider that the rock outcrops at the surface of the land in your neighborhood are permian. what would be true if you dig downward?
Consider that the rock outcrops at the surface of the land in your neighborhood are Permian. You may find fossils of the first reptiles or jawed fishes below.
Jawfish include cartilage and bony fish. cartilaginous fish. Cartilaginous fish include sharks, rays and rays. Cartilaginous fish have skeletons made of cartilage, a lighter and more flexible material than bone. Fish of this species usually have mobile jaws armed with well-developed teeth.
Not only humans, but all other living jawed vertebrates such as sharks, reptiles and mammals are all descendants of the first jawed fish. Today, we see a distinct pattern in this area, with new teeth developing behind old teeth and under the human jawbone.
There are two types of living jawed fish: cartilaginous fish (cartilaginous fish or elasmobranch fish) and osteophyte (bony fish). Both classes of fish have two pairs of fins and a finned tail for propulsion in the water.
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In the movie hotel Rwanda, who is George Rutaganda? How does he develop and change throughout the movie? What was his intentions?
Explanation:
Ummm i haven't watched the movie yet
How does the map above illustrate the concept of hierarchy?
OA. It has lines of latitude and longitude.
B. Canada appears larger than Mexico.
OC. The map includes elevation lines
OD. Important areas are prominently depicted.
Answer: B. Canada appears larger than Mexico.
Explanation: Brainliest please! (if i get it right lol)
To generate lightning, a cloud must have a ____ charge in the top half of the cloud and a _____ charge in the bottom half of the cloud.
To generate lightning, a cloud must have a positive charge in the top half of the cloud and a negative charge in the bottom half of the cloud.
A natural discharge called lightning occurs when the charge in various parts of the atmosphere is balanced. This generates lightning, an incredibly deadly kind of energy that moves exceedingly quickly. Lightning produces a shockwave, and thunder is produced from that shockwave. When a negatively charged cloud encounters a positively charged cloud, opposites attract and lightning results. Evidently, these don't hit the ground. Simply said, they go from cloud to cloud.
Three forms of lightning are frequently observed: cloud to ground, cloud to cloud, and cloud to air. Thunder is a sound produced by a shock wave created by lightning, which is created when the pressure of gases nearby suddenly rises. Lightning frequently happens during thunderstorms and other intense weather systems, but it may also happen during volcanic eruptions.
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identify cause and effect how did geography affect the development of japan and set it apart from its neighbors
Because of the country's extreme hilly terrain, the Japanese were increasingly dependent on fishing geography.
Japan was also relatively isolated from its neighbors, which slowed down its development but also helped to distinguish it culturally geography. There isn't a lot of decent farming land because of the mountainous terrain. The location of Japan meant that the sea was essential to many facets of daily life. For them to acquire the resources they required, trade with China and Korea became crucial. Japan is still a significant maritime power. Less than 20% of Japan's land surface is suitable for farming because to the country's mountains, which also provide considerable natural beauty. The scarcity of farmland constructing terraces for crops decreased the amount of Japanese who could make a life from farming. Even while Japan's desire for products and resources was the primary driver of its post-Russo-Japanese War development, there were other factors at play One was the rise of Japanese nationalism and Western racism against the Japanese geography.
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Which strata of the rainforest is teeming with animal life, especially insects. The largest animals in the rainforest generally live there.
Answer: The forest floor.
Explanation:
Which of the following BEST describes the spatial pattern of MOST cultural regions? (5 points)
They are connected by mass media.
They are all connected by a common language called a lingua franca.
They are geographically centered on a city.
They have firm, easily delineated boundaries.
They are relatively homogeneous with regard to one or more traits.
According to question, cultural regions have firm easily delineated boundaries.
Option D is correct .
Each cultural region is unique due to its language, religion, government, use of the land, education system, and customs. Geographers recognize the Middle East, Latin America, North America, Europe, Russia, Sub-Saharan Africa, China, Japan, South Asia, and Southeast Asia as some of the major cultural regions in the world today.
Historically, internal characteristics that convey a sense of place have been used to define regions. Whether a region is formal, functional, or vernacular, their boundaries change depending on the type; each has a distinct meaning and intended use.
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Groundwater come from rain or now that oak into the earth. Baed on thi text, people collect groundwater from
More cooling causes it to condense into droplets, which then fall to the ground as rain, snow, sleet, or hail. Once on the ground, precipitation follows one of two routes.
What are the different outcome of groundwater?The water continues to flow even after rain hits the ground. Some of it seeps into the ground, some evaporates and returns to the atmosphere.
Some is used by plants, and some flows down the land's surface to streams or lakes. Like a glass of water dumped into a mound of sand, water seeps into the ground.
Therefore, It either soaks into the ground and becomes groundwater or it rushes off the surface into rivers, lakes, or the ocean and becomes surface water.
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For the most part, South America became a collection of independent states
between:
OA. 1800 and 1821.
O B. 1820 and 1841.
O C. 1830 and 1850.
OD. 1840 and 1861.
The answer for the given question is B. For the most part, South America became a collection of independent states between 1820 and 1841.
South American countries had a distinctive path to independence. There are times when their histories overlap. In 1814, after the Constitution of Cadiz fell apart, some colonies like Venezuela and Argentina declared independence, touching off a decade of battles between interracial factions.
Between 1814 and 1824, rebels led by Simón Bolívar fought battles in what would become Venezuela, Colombia, Panama, and Ecuador. In 1821, they formed the nation of Gran Colombia, writing a constitution and creating a congress to represent a wide swath of South America.
Brazil won independence from Portugal in 1822 and Mexico became an independent republic in 1823 in separate military revolts. Battles continued, the decisive end coming at the Battle of Ayacucho in 1824 in Peru, guaranteeing independence for Peru and Argentina.
In 1826, after heated debate in Congress, the US sent a representative to the Panama Congress, a gathering of newly independent Latin American countries. Gran Colombia would fall apart with the death of Simón Bolívar in 1830. But republics were established in most of Spanish-speaking South America by the 1830s.
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The cascade mountains bisect the state of washington into western and eastern portions. The western portion is bounded on its western border by the pacific ocean. The eastern portion is bounded on its eastern border by the state of idaho. What might you predict about these two portions based on the information presented in the tutorial?.
Eastern Washington has a higher proportion of drought-resistant vegetation than western Washington can be predicted about these two portions based on the information presented in the tutorial.
The geography and climate of Washington split the state into a drier, eastern two-thirds in the rain shadow of the Cascade Range, and a wet, western third. While the majority of the economy in eastern Washington is agricultural, producing wheat, irrigated crops, and animals, the industries in western Washington depend on agriculture, forestry, fisheries, and imported raw materials.
Washington, one of the 50 states that make up the USA. It is located in the northwest of the 48 contiguous states and is bordered to the north by British Columbia in Canada, to the east by Oregon in the United States, to the south by Idaho in the United States, and to the west by the Pacific Ocean.
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Through what angle do you turn, relative to the earth, if you fly from kampala to singapore?.
71.62° would be the angle to turn relative to earth if someone flies from Kampala to Singapore.
What is relative motion?
The discussion of relative motion in one or more dimensions is where the idea of reference frames was originally proposed. When we state that an object has a given velocity, we mean that this velocity is relative to the so-called reference frame. In daily life, the ground or the earth is assumed to be the reference frame for measuring an object's velocity. For instance, if you are traveling in a train that is going at 100 km/hr, another passenger on the train will perceive your speed as zero. He claims that you aren't moving. Relative motion is the name for this kind of movement.
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What did Alfred Wegener prove?.
Fossil evidence that the continents were previously connected was discovered by Alfred Wegener.
On continents that are currently far apart, the same kind of fossilized plant and animal remains can be found. Ocean crossing would not have been possible for these species.
Alfred Wegener gathered a variety of proof for his idea, including fossil and geological "fit" proof. It is crucial to note that Wegener did not cite the following specific fossil evidence to back up his theory. Wegener did not personally collect the fossils, but he raised the possibility of using the scientific reports claiming the existence of fossils of various species on several continents to back up his claim.
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Which pair of processes do scientists think move earth's lithospheric plates? question 7 options: gravity acting on the edges of plates and friction between the plate and the asthenosphere friction between the plate and the asthenosphere and pressure of magma on the edge of the plate gravity acting on the edges of plates and convection in the mantle convection in the mantle and pressure of magma on the edge of the plate.
Convection in the mantle and pressure of magma on the edge of the plate of processes do scientists think move earth's lithospheric plates.
The lithosphere is the strong, outer a part of Earth. The lithosphere consists of the brittle top part of the mantle and the crust, the outermost layers of Earth's shape. it is bounded by the surroundings above and the asthenosphere (any other a part of the top mantle) under.
The lithosphere is the pinnacle solid layer, outer part of the Earth. The lithosphere consists of the upper part of the mantle and the crust. The lithosphere is damaged down into strong irregularly formed rigid slaves of varying sizes on the planet's floor known as lithospheric plates.
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geography, past policies, and economics are all factors that the president must consider when (blank) .
Geography, past policies, and economics are all factors that the president must consider when conducting foreign policy.
The President is the highest authority who has the power to influence law making. It is important for him to have a clear understanding of the geographical areas so that suitable policies can be designed for people of rough terrain or on the mainland. He needs a proper advisory body who can guide him regarding the past policies that have been designed but failed due to improper implementation or other reasons. This helps him avoid such mistakes during his tenure. Economic policies are crucial for the youth who are in continuous search of a job and need a stable career. The economy generates revenue that funds government services, allocating goods and resources.
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Stream valleys are produced through combined effects of mass wasting and running water. If running water alone were responsible for creating stream valleys, how would they appear?.
If running water alone were responsible for creating stream valleys, they appear because of narrow valleys with vertical walls.
A valley is an extended low area that frequently stretches between hills or mountains and usually has a river or stream that flows from end to end. Most valleys are created by rivers or streams eroding the surface of the ground over a very long period of time. Some valleys develop as a result of glacial ice erosion. The valleys in high mountainous or arctic regions may still have these glaciers. These glacially formed valleys at lower latitudes and altitudes may have been constructed or increased during ice ages, but they are presently ice-free and filled with streams or rivers. Valleys may be completely dry in desert regions or only sometimes carry a river. Dry valleys may also occur from drainage in limestone-bearing areas.
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How does land value influence the activities that take place on a piece of urban land? Think about:
The CBD (Central business district)
Typically the less expensive land will be used for services such as agricultural purposes or single family hosuing. Because of high competition and limited space, property values for commercial and private ownership tend to be at a premium. the land in the CBD is the most expensive
Land, also called dry land, ground, or earth, is the stable terrestrial floor of planet Earth that is not submerged via the sea or any other body of water. Land makes up 29% of Earth's floor and includes the continents and a variety of islands.
The time period land encompasses all physical factors, bestowed with the aid of nature, to a particular region or piece of belongings—the environment, fields, forests, minerals, weather, animals, and our bodies or assets of water.
The land sustains every factor of our lives, offering fundamental existence-assist structures and the foundation of our economic system and society. it is the location we stand. And also the place we act. it's far where we make selections that affect now not just the land, but additionally water, oceans, air, and ecosystem, and the existence they guide.
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The air masses that interact to form hurricanes and cyclones rise and fall due to changes in air density and air pressure. Why do these storms also spin?.
Air pressure and density fluctuations cause the air masses that interact to generate storms and cyclones to rise and fall. Why do these storms spin as well? The air rotates as it travels north due to Earth's rotation.
Circulating air is deflected to the right in the Northern Hemisphere and to the left in the Southern Hemisphere as a result of the Earth's axis of rotation. The Coriolis effect is the name given to this deflection. Local winds have an impact on coastal currents. On the open ocean, surface ocean currents are influenced by a sophisticated global wind system. Understanding the Coriolis force and the Ekman spiral is necessary before one can comprehend how winds affect ocean currents.
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in which state in the united states can you find all of the following climates: arid, semiarid, mediterranean, highlands, and marine west coast?
Answer:
Oregon
Explanation:
I would say Oregon bcuz out of the three West-Coast marine states, Oregon has extremely dry summers cold winters and mountain terrain towards the interior of the state. Good-Luck = )
Based on surveys of earth scientists and reviews of peer-reviewed literature, the percentage of climate scientists who agree global warming is happening is?.
Based on surveys of earth scientists and reviews of peer-reviewed literature, the percentage of climate scientists who agree global warming is happening is Approximately 95 percent.
Yes, 97 percent of climate scientists who are currently publishing work concur that people are to blame for global warming and climate change. International and American science academies, the United Nations Intergovernmental Panel on Climate Change, and several other renowned scientific organizations from throughout the world have all made public declarations stating this. Nearly half of American adults believe that human action is to blame for climate change, while a comparable number believe that there is no evidence of warming or that the Earth is warming owing to natural processes.
Nearly two-thirds of Americans believe that climate scientists should have a significant role in determining national and international policy on climate issues. This opinion is higher than that of the general public, energy business executives, and national and international political leaders.
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Water tends to moderate climate. Why is it warmer in the winter and cooler in the summer in cities located near the ocean or large lakes?.
"Water has a high specific heat and therefore changes temperature more slowly than most other substances" that is why, it is warmer in the winter and cooler in the summer in cities located near the ocean or large lakes.
Huge amounts of water are known as ocean currents when they are moving in the seas and oceans of the planet Earth. Because they carry heat and moisture, ocean currents have an impact on the climate in the areas where they operate.
These significant changes in atmospheric pressure, temperature, water salinity, terrestrial rotation movement (which affects the direction of the water flow: right in the northern hemisphere and left in the southern hemisphere), and the movement of air masses combine to create these enormous oceanic water flows (winds).
The given question is incomplete, the complete question is;
Water tends to moderate climate. Why is it warmer in the winter and cooler in the summer in cities located near the ocean or large lakes?
A. Water has a low specific heat and therefore changes temperature faster than most other substances.
B. Water has a low specific heat and therefore changes temperature slower than most other substances.
C. Water has a high specific heat and therefore changes temperature more slowly than most other substances.
D. Water has a high specific heat and therefore changes temperature more quickly than most other substances.
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the longer the wait for a large flood, the more likely its occurrence becomes. this is referred to as
the longer the wait for a large flood, the more likely its occurrence becomes. this is referred to as cumulative probability
What is cumulative probability?
The possibility that an event will occur less frequently than or on par with a predetermined number of times is known as cumulative probability. It is calculated by summing the odds that the random variable will have values that are less than or equal to the given value.
A fundamental idea in statistics and probability theory is cumulative probability. Forecasting and modelling both heavily rely on it. As an illustration, it is used in finance to forecast the possibility that asset prices will fall within a specific range. Similar applications can be found in geology, biology, physics, information science, economics, and a number of other fields that model and predict using random variables.
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