Answer:
South America
Explanation:
Answer:
Laurentia
Explanation:
Laurentia or the North American Craton is a large continental craton that forms the ancient geological core of North America. Many times in its past, Laurentia has been a separate continent, as it is now in the form of North America, although originally it also included the cratonic areas of Greenland and also the northwestern part of Scotland, known as the Hebridean Terrane. During other times in its past, Laurentia has been part of larger continents and supercontinents and itself consists of many smaller terranes assembled on a network of Early Proterozoic orogenic belts.
WILL MARK BRAINLIEST PLEASE ANSWER The Andes Mountains are found along the western coast of South America.
Which kind of plate boundary is responsible for this mountain range?
The Nazca plate and the North American plate are at a transform boundary.
The Nazca plate is converging with the South American plate.
The North American plate is diverging with the South American plate.
The North American plate and the South American plate are at a transform boundary.
Answer: The Nazca plate is converging with the South American plate
Laurasia formed during the Devonian period. Along with parts of Asia, which of today’s continents made up Laurasia?
Answer:
Laurasia was made up of of the continents that today are known as North America and Eurasia.
Explanation:
Laurasia was one of two supercontinents that formed as the original Pangaea supercontinent began to separate and push apart about 425 million years ago to 200 million years ago. It separated from the other supercontinent (called Gondwana) about 215 to 175 million years ago. That break was instigated with the opening of the North Atlantic Ocean. The existence of Laurasia was first proposed by South African geologist, Alexander du Toit, in 1937. He hypothesized that Laurasia continued to move and shift northward and it broke into what are today known as North America and Eurasia about 56 million years ago.
what is the water cycle
How does the geography of the Gulf coastal plain affect Mexico's economy? Earthquakes and volcanoes make the area unstable.
The mountains keep rainfall from the area.
Oil and natural gas underlie the area.
The porous bedrock of the area creates sinkholes.
Oil and natural gas underlie the area
The geography of the Gulf of Mexico as a coastal plain has enabled it to have oil and gas deposits which contribute largely to Mexico's economy.
Explanation:
There are huge gas and oil deposits in the Gulf of Mexico which is the reason the region has numerous offshore mining rigs that mine the natural products. The geography of the region, as a coastal wetland, began in the Crustaceous period, allowing algae and planktons to be deposited with sediments and over many years the pressure and temperature from overlying layers of sediments caused the biotic matter to turn to hydrocarbons.
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Which is the difference between the Paleozoic and Mesozoic era
Answer:
The major difference is time, Paleo means old and Meso means Medium or middle. From Paleozonic era nly fish and marine critters are alive and the rest of the life forms are extincted and from Mesozoic era about half the life forms are still around like crocodiles, fish, insects, ferns, amphibians, some trees, reptiles. Another half or thereabouts are extinct.
Explanation:
The Southern Hemisphere starts at 0 and ends at South Pole. What's the measurement
of the South Pole?
Answer:
The South Pole is 90 degrees South.
Explanation:
This measurement is a line of latitude. The Earth is a sphere. As such, it is divided up like protractor. If you could simply walk straight through the Earth It would be a straight line. The North pole is 90 degrees North and the South is 90 degrees South. We use these measurements to indicate directions are crucial to help us navigate and explain what happens on Earth.
Asia has more mountains than any other continent what benefits and problems do these mountains cause?
Answer: The benefits would include, hiking opportunities, beautiful scenery, and areas for observatories for astronomers. Some problems this might cause are inability to build their and difficulty traveling across Asia.
Hope this helps! :)
Explanation:
Define time distance decay
Answer:The distance decay effect states that the interaction between two locales declines as the distance between them increases. Once the distance is outside of the two locales activity space their interactions begin to decrease.
Explanation: btw u look like my friend tori
Time distance decay refers to the decline of interaction between two places with increased distance or over time. This concept is prevalent in Geography and plays a role in determining relationships and interactions between different locations.
Time distance decay pertains to the idea that over time, or with increased distance, the interaction between two places declines. It's a fundamental concept in Geography, particularly in studies of human interaction and communication flows. For instance, cities that are closer to each other are likely to have a stronger relationship, due to the ease of travel and communication. As the distance between them increases, the interaction tends to decrease. This concept also applies to the diffusion of ideas, technologies, and cultural practices.
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What name is given to the rate at which velocity changes?
Answer:
acceleration
Explanation:
Acceleration is used to describe the rate at which velocity changes. Speed is another way to say velocity, so a gain or a loss in speed is also known as acceleration.
So, acceleration can be negative or positive. It is positive if velocity is gained (increased) and negative if velocity is lost (decreased).
what occurs at transfrom boundaries
Answer:
the answer to this one is earthquakes
Explanation:
What causes differences in air pressure?
1.the windchill factor
2.the horizontal movement of air
3.the speed at which wind moves
4.the unequal heating of Earth’s atmosphere
Answer:
4.
Explanation:
Pressure differences are caused by uneven heating in the Earth's atmosphere. Cold air is denser than warm air and so tends to sink, while the less dense warm air rises. Because heat always moves from warmer to colder areas, the atmosphere (like the oceans) is constantly transferring heat from the Equatorial Regions to the Polar Regions.
Answer:
4
Explanation:
Briefly explain why sustained yield management is a greater challenge for the fishing industry than it is for farming or forestry.
(please help me with this question)
Answer:
It is harder to predict and control for sustained yield in the fishing industry because the populations overall are more unpredictable.
Explanation:
In fisheries, the sustainable yield indicates the amount of fishing possible without affecting the population density of the species. This needs to be taken into account to maintain the ecosystem. This is a great challenge in the fishing industry because wild-caught fish move more than the products that are produced in forestry or farming, it is harder both to know with certainty what the overall population is or how it will change. It is harder to control the factors that might affect the population of fish, like overfishing on the part of other countries.
Sustained yield management is defined as the production or harvest of a self-renewing resource. In the fishing industry, it is a challenge because the sustained yield is unpredictable.
In the fishing industry, sustainable yield is defined as the amount of fishing available without extracting or reducing the base population. The base population is necessary to maintain an ecosystem.
The populace required to maintain an ecosystem is a greater challenge in the fishing industry. The prediction of gross production and the overall change in the population of fish is harder to know.
Thus, the factors are not controllable and can affect the population of fish, and thereby disturbing an ecosystem.
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The outer planets — Jupiter, Saturn, Uranus,and Neptune are made up of which gases?
Answer:
The outer planets — Jupiter, Saturn, Uranus, and Neptune are made up of: hydrogen and helium
example of chemical weathering
Chemical weathering is the disintegration of a substance in the rock through a chemical reaction.
Carbonation occurs when water and a pollutant, such as sulphur dioxide creates a weak sulphuric acid. When it rains and the water comes into contact with limestone a chemical reaction happens. Calcium sulphate is produced as it takes the calcium carbonate from the limestone. It can then transfer the solution to another area until it evaporates. When it does so it leaves behind calcium information such as stalactites.
hydration occurs when minerals in a rock absorb water, causing it to expand. Mineral, such as anhydrite, expands and weakens it’s structure and leave the rock more exposed to erosion.
oxidation occurs some substances react to being exposed to water or air. Iron, when exposed, will turn from a silver color to a red or dark brown color known as iron oxide. It weakens the rock.
hydrolysis occurs when water bonds with a mineral in the rock. It is particularly strong at weathering feldspars in rock and can lead to the formation of Kaolin.
Hurricanes, thunderstorms, and blizzards are all meteorological disasters. What does "meteorological" mean?
Final answer:
Meteorological refers to anything related to the scientific study of the atmosphere and weather phenomena. Meteorological disasters like hurricanes and thunderstorms result from severe atmospheric conditions that are studied in meteorology to predict and provide warnings for safety measures.
Explanation:
Meteorological disasters refer to severe and extreme weather events that are studied within the field of meteorology, which is the scientific study of the atmosphere and atmospheric phenomena, including the process of how weather changes. Events such as hurricanes, thunderstorms, and blizzards fall under this category because they involve atmospheric conditions that can lead to hazardous situations for human populations, infrastructure, and the environment. Hurricanes, for instance, are large rotating systems that originate in the tropics and can cause high winds, flooding, and spawn tornadoes, making them some of the most destructive meteorological phenomena.
Thunderstorms form due to atmospheric instability and can result in heavy rainfall, lightning, and thunder, which may lead to flash floods and other severe weather occurrences if conditions are suitable. Meanwhile, meteorologists work meticulously to analyze data from various measurements such as air pressure and temperature to predict weather patterns and provide accurate weather forecasts, thus attempting to mitigate the impact of these disasters.
Can someone help me :)
Answer:
1. neap tide 2.spring tides 3.high tide 4. low tides. hope it helped
Explanation:
Which of the following would cause the greatest reduction of wildfires?
AA decrease in lightning storms incorrect answer
BAn increase in rainfall incorrect answer
CA decrease in average wind speed incorrect answer
DPreventing people from visiting wildfire-prone areas
Answer:
D. Preventing people from visiting wildfire-prone areas
This would cause the greatest reduction of wildfires
Explanation:
Anthropogenic activities are the main source for forest fires. Humans intentionally or unintentionally became the reason for forest fires than lightning, rainfall deficit, and wind speed. Forest people responsible for causing fires because of shifting cultivation and livelihoods. Sub tropical forest were fired for cattle rearing becuase dense forests are not fit for cattle rearing. Increase in lightning storm also causes the forest fire. Decrease in rainfall leads to forest fire in Equator and tropical regions because of high temperature and high wind speed.
give your suggestions how to maximise the use of land in lahore
The correct answer to this open question is the following.
Some suggestions to maximize the use of land in Lahore, Pakistan, would be the following. We could take into consideration the plans that already exist and the informal settlements that could be used to improve tue urban conditions of the land. Almost 29% of the citizens of Lahore, Pakistan live in poor conditions, in informal settlements that people call slums.
The House and Physical department is the federal government agency in Pakistan in charge of refurbishing and construction of urban centers. So the next thing I would do is to end with the corruptive land speculations practices that make the land expensive. Lahore is the second-largest city in Pakistan, so I would be careful to maintain a balance between the necessary agricultural land to produce food in a poor country like Pakistan and the conversion of other portions of farming lands to urbanization centers.
It is difficult to exploit Russia’s natural resources because of what
it is difficult to exploit Russia's natural resources because they are found in remote areas with extreme climates.
Answer: as they are found in remote areas with extreme climates which is very expensive to mine
Explanation:
Russia is a country with enormous natural resources when compared to any other country. It has high petroleum resources and half of the worlds natural coal. These natural resources are the main reason for the economic success.
Russia is also a house of the best mineral resources.Like other countries the natural resources are not exploited by human due to the presence of these resources in the extreme climatic conditions. As it is very costly to mine the resources remain untouched.
Answer:
the reason is that Russia is self-sufficient in almost all significant industrial raw materials and also has rich reserves of nonfuel minerals.
One result of market economies are companies which compete with each other true or false
Answer:
True
In a free market, competition determines price, and so companies will compete with one another to offer the lowest prices.
Answer:
True
Explanation:
PLZ HURRY!!!WILL GIVE BRAINLIEST!!
1. What city is near the epicenter? (Look at the Map and find the spot that is triangulated.)
2. List the properties of P waves and S waves.
3. What conclusion would you draw if a seismogram from a particular seismic station showed only P waves?
4. Why is it better to use data from three or more seismic stations to find the epicenter of an earthquake?
Without the specific map or seismic data, it is not possible to determine the city near the epicenter.
Properties of P waves (Primary waves): Faster longitudinal waves that can travel through solid and liquid, causing back-and-forth motion.
Properties of S waves (Secondary waves): Slower transverse waves that can only travel through solid, causing up-and-down or side-to-side motion.
If a seismogram shows only P waves, it suggests that no S waves were recorded, indicating that the seismic station is located far from the earthquake's epicenter.
Using data from three or more seismic stations helps accurately triangulate the epicenter by determining the distance and direction of the earthquake's origin.
P waves (Primary waves) are faster seismic waves that travel through solids and liquids, causing compression and expansion of the material along their path.
S waves (Secondary waves) are slower waves that can only travel through solids, causing the material to move perpendicular to the direction of wave propagation.
If a seismogram from a particular seismic station shows only P waves and no S waves, it suggests that the seismic station is located at a considerable distance from the earthquake's epicenter. S waves cannot travel through liquids, and their absence in the seismogram indicates that the earthquake originated far away from the station, where the seismic waves converted into P waves only.
Using data from three or more seismic stations is essential to accurately determine the epicenter of an earthquake through triangulation. By measuring the time differences of P and S waves arrival at different stations, seismologists can calculate the distance between each station and the earthquake's epicenter. With data from multiple stations, they can intersect these distances, revealing the precise location of the epicenter. This method enhances accuracy and reduces the margin of error in determining the earthquake's origin point.
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This answer provides information on identifying an earthquake's epicenter through seismic data, characteristics of P waves (which are faster and can travel through solids, liquids, and gases) and S waves (which are slower, can travel only through solids, and cause most of an earthquake's damage), and also the triangulation methodology using data from 3 seismic stations for determining the earthquake's epicenter.
Explanation:1. Unfortunately, I cannot identify the city near the epicenter as I can't see the Map you're referring to. It would be essential to examine the triangulated point on the Map, typically denoted by the intersection of lines from three seismic stations.
2. P waves (primary waves) and S waves (secondary waves) are types of seismic waves generated by an earthquake. P waves are compressional waves, capable of traveling through solids, liquids, and gasses. They are faster and typically arrive first at seismograph stations. On the contrary, S waves are shear waves, slower than P waves and can only travel through solids. S waves generate more violent shaking and are often the cause of the most damage in an earthquake.
3. If a seismogram at a particular seismic station only showed P waves, it would suggest that the seismic station is located at a far distance from the epicenter, or that it’s located beyond an angle of 104 degrees on the opposite side of the Earth. This is because S waves cannot pass through the liquid outer core of the Earth, and hence are only detected at stations within certain angular distance to the earthquake’s epicenter.
4. It's better to use data from three or more seismic stations to find the earthquake's epicenter due to a method called triangulation. Each seismic station records the time delay between P and S waves to estimate its distance to the epicenter. With distances from three or more different stations, you can make a series of circles where each station is at the center, and the distance to the epicenter defines the radius. The location where the circles intersect is the earthquake's epicenter.
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Can somebody help me with writing conclusion about Indiana Climate Change?
How does the sahara desert act like a barrier between North Africa and sub-saharan Africa.
(10 points)
Answer:
It is difficult to cross.
Explanation:
The Sahara desert is a vast region about the size of the continental United States that is extremely dry and barren. The lack of water resources in the desert make the land unsuitable for agriculture and human population.
As a result, the Sahara acts as a giant natural wall both economically, culturally, and socially since relations between states to the north and south of the desert are difficult.
Governments can exist for many reasons. In your opinion, which answers describe the most important roles of government?
Answer:
Explanation:
I would say to keep things hidden, Like for example the govenment tried to tell us lies a few times like they are no alines but there really are. The goverment keeps the bad stuff hidden deep down so, that the world can stay calm and at the same time keep allies with other places.
Answer:
A government's most important roles include protecting people's rights,
managing the economy in uncertain economic times, making the big decisions for the nations future, delivering basic services like health and education, and funding for and ensuring public services, like airports, schools, food pantries, libraries, and more.
6. Why can we see all the different colors of visible light waves in a rainbow? (Include the words: Frequency, wavelength)
What is the United States a good example of because of having state and federal taxes/laws?
Answer:
The United States is a good example of a multi-state nation with powers divided among the state governments and the federal government.
Explanation:
Though the supremacy of the federal government of the United States is considered to be a postulate, the United States Constitution grants numerous powers to the state governments regarding the imposition of taxes and making laws for themselves. These 'powers of the state governments' are protected by the Constitution and hence, cannot be interfered into by either the federal government or the President without any solid reason for intervention.Final answer:
The United States is a good example of federalism because it has state and federal taxes and laws. Having state and federal taxes/laws allows for a balance of power between the national and state governments. It promotes accountability and responsiveness to the needs of the people.
Explanation:
The United States is a good example of federalism because it has both state and federal taxes and laws. Federalism is a system of government where power is divided between a central government and individual state governments. In the United States, each state has the power to collect income tax from its citizens and enforce laws, while the federal government also has these powers at a national level.
Having state and federal taxes/laws allows for a balance of power between the national and state governments. It allows states to have control over certain areas such as education, healthcare, and transportation, while the federal government has authority over national security, foreign policy, and economic matters. This division of powers ensures that decisions can be made at both the national and local level, taking into account the specific needs and priorities of different regions.
Additionally, having state and federal taxes/laws promotes accountability and responsiveness to the needs of the people. Since individual states have the power to collect taxes, they can use the revenue to address the specific needs of their residents. This means that states have the flexibility to implement policies and programs that are tailored to their unique circumstances.
A weather map is shown below:
A map of USA is shown with cities San Francisco, Los Angeles, Chicago, Dallas, Miami, Minneapolis and New York marked. A curved line with triangles pointing right is shown on the left of Dallas. A curved line with semicircles pointing up is shown between Chicago and New York. Small asterisk are made near New York. A key is shown(pic bellow)
Based on the weather map, state the direction of the cold front. Using complete sentences predict the effect of the cold front on any one city shown on the map. Will this prediction always come true? Why or why not?
Answer:
The cold front is to the west of Dallas.
Explanation:
The curved line with triangles on the map represents a cold front, and the direction of the front is indicated by the way the triangles are pointing.
The cold front is most likely to affect Dallas in the coming hours and will probably bring rain, wind, and possibly thunderstorms to the Dallas area. After the passage of the cold front, the pressure will rise and the temperature will drop. The wind will now be out of the northwest.
The predictions are no always exact because some winter cold fronts can bring snow and not all cold fronts generate thunderstorms.
Answer:
give the other guy brainliest
Explanation:
2. Describe an ethnic neighborhood.
Answer:
defined by ethnic groups
Explanation:
Ethnics neighborhoods usually form in the large cities of countries that receive large numbers of immigrants. These new arrivals tend to settle in neighborhoods that already have a sizeable number of conationals to ease the transition to a new way of life.
Ethnic neighborhoods tends to feature stores and restaurants typically of the countries from which the immigrants originate and usually have affordable housing options.
An ethnic neighborhood is a specialized area within a town or city where specific ethnic or cultural groups choose to live. These neighborhoods form due to patterns of immigration, housing discrimination, social solidarity and also provide a way for immigrants to retain their cultural traditions while in a new country. They contribute to a city's overall diversity and richness but can also face issues like urban congestion.
Explanation:An ethnic neighborhood is a specific area within a city or town where a particular cultural or ethnic group tends to live out of choice and comfort. These areas afford an environment where immigrants can maintain their cultural traditions and language, while adapting to a new country. Examples of such ethnic neighborhoods include Little Italy or Chinatown in many U.S. cities. Within these communities, one may find ethnic food stores, newspaper outlets that cater to their specific language, and communal activity spaces.
Ethnic neighborhoods frequently develop due to historical patterns of immigration, housing discrimination, and a desire for social solidarity among members of the same group. However, these neighborhoods often experience issues such as urban congestion, especially in deprived areas where affordable housing is limited.
Despite the challenges they may face, ethnic neighborhoods can profoundly influence their cities, contributing to the overall diversity and cultural richness. Furthermore, they can serve as important social support networks, helping new immigrants adjust and find their footing in a new land.
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how does location climate phyical characteristics distribution of natural resources and population distribution impact southwest aisa middle east
Answer:
desert climate and oil
Explanation:
Southwest Asia and the Middle East are largely defined by their predominantly arid climate and high amounts of natural resources in the form of petroleum.
The population is concentrated along the coasts or rivers and in cities that use desalination plants to obtain drinking water.
The most valuable natural resources in the region has traditionally been petroleum which is extracted in large amounts in many countries of the area.
Final answer:
Location, climate, physical characteristics, and natural resource distribution impact population distribution in Southwest Asia and the Middle East.
Explanation:
Location, climate, physical characteristics, distribution of natural resources, and population distribution impact Southwest Asia and the Middle East in various ways. For example, regions with access to water sources like the Nile River or coastal areas tend to have higher population densities due to better living conditions and agricultural opportunities. The impact of these factors can be seen in the clustering of people around scarce water resources and in the importance of arable land for agriculture and settlement.
Which is the main purpose for global positioning technology?
Answer:
The main purpose of the global positioning system is to determine the position of any device or object connected to it.
Explanation:
The devices or objects that are connected to the global positioning system can be easily tracked down to an approximate distance of up to 10 meters anywhere on the earth.This is possible with the pre-established link between the object/device and one of the thirty interconnected satellites hovering in the space to keep the global positioning system functional.