Answer:
a current in the southern hemisphere moving from west to east at approximately 40°-55°S, caused by prevailing western winds. It encircles the earth, crossing the Atlantic, Indian, and Pacific oceans; the cold Bengal, West Australian, and Peru currents branch off from it in the oceans.
Explanation:
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Answer:
The three oceans that were formed currently when the west wind drift reaches a continent are:
1.Atlantic Ocean
2.Indian Ocean
3.Pacific oceans
Cutting down the Amazon Rainforest is an example of which of the theme of geography
Answer:
Human interaction such as shaping the landscape
Why do coastlines on earth experience 2 high tides and 2 low tides each day?.
Answer:
When the moon pulls on one side of Earth, the other side experiences high tide as well.
Explanation:
During the day, the moon revolves around Earth and when it does, it pulls on the oceans, causing high tide number one. But, when the moon pulls on one side of the Earth, the other side also bulges out, causing high tide number two. Think of this as a squishy ball. When you hold it with your index finger on the top and your thumb on the bottom and squeeze it, both sides of the ball bulge out. This is what happens to the Earth under the moon's gravitational pull.
How many degrees of longitude is the earth divided?.
Answer:
180 degrees for its eastern part and the same for the western one
What was the effect of anti-Chinese riots and discriminatory acts against Chinese immigrants in the 1880s?
A Rioters who attacked immigrants were put in jail.
B. The American government enacted new laws to protect immigrants.
C. New laws were passed to stop Chinese immigration to the US.
D. Chinese immigrants successfully sued the cities of San Francisco, California, and Tacoma,
Washington, for failing to protect their civil liberties.
Answer:
The answer is C. New laws were passed to stop Chinese immigration to the US.
Explanation:
The anti-Chinese movement grew significantly during the 1880’s. With pressure from California, the federal government became involved as the movement gained national support. The federal government moved to stop Chinese immigration altogether. In the 1868 Burlingame Treaty with China, the U.S. government had encouraged the immigration of Chinese nationals to the United States. Just over a decade later, the Chinese Exclusion Act of 1882 suspended all immigration of Chinese to the United States. This act was amended in 1884 to make it more difficult for Chinese laborers working in the United States who left the country to return.
After new Chinese immigration was mostly eliminated, the anti-Chinese movement turned its attention against Chinese who were already residing in the United States. There had been scattered incidents of violence in California against Chinese during the 1870’s, but the movement became more violent throughout the West during the mid-1880’s. This tension had been growing in both the mining fields and along the railroads—two sectors of the economy that employed large numbers of Chinese workers. In 1885, large-scale violence erupted in Rock Springs, Wyoming, where white vigilantes stormed through the Chinese community, killing many people and driving away many of the rest. Additional incidents later occurred in other Chinatowns throughout the Far West.
Answer:
it’s c
Explanation:
I took the test
is nivea expensive in hongkong
Answer:
yess defenitly
Explanation:
Answer:no
Explanation:
HK$64.51 = 7 pound
Twenty three (23) individual events lead to the formation of the following geologic section. Note the following: - Events may include any or all of the following: deposition; metamorphism; erosion; folding; faulting; intrusion; - Letters A-O identify individual rock units but DO NOT imply any chronologic order; - Units C, F, J and M are metamorphic; units B, E and I are igneous; all other units are sedimentary; - Regular, undulating (wavy) lines represent unconformable contacts. D K A B H M E Complete the following in your answer book: a) List in chronologic order (oldest to youngest) all twenty three (23) events resulting in the formation of the section; b) How many individual cross-cutting events are represented?; c) Name the types, in chronologic order (oldest to youngest), of all unconformities in the section; d) Name the types, in chronologic order (oldest to youngest), of all faults in the section. EXCOORWE
a) The 23 events in chronological order resulting in the formation of the given geologic section are Deposition of unit A. Deposition of unit C. Intrusion of unit B. Deposition of unit D. Folding of units A through E. Faulting of unit E. Deposition of unit F. Metamorphism of units A, B, and C. Folding of units F through K. Deposition of unit J. Metamorphism of unit D. Folding of units J through M. Faulting of unit M. Deposition of team N. Faulting of unit N. Deposition of unit O. Erosion of units A through E. Deposition of unit P. Faulting of unit P. Deposition of unit Q. Unconformity. Unconformity.
b) Four (4) individual cross-cutting events are represented. These are: Folding of units F through K. Folding of units J through M. Faulting of unit M . Faulting of unit N. c) Two types of unconformities are present in the section. In chronological order, they are Angular unconformity. Angular unconformity. d) Two types of faults are present in the section. In chronological order, they are Normal faulting. Reverse fault.
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D What is the perimeter of this figure?
a. 14 cm
b. 20 cm
c. 18 cm
d. 10 cm
Answer:
18 cm or it's C
Explanation:
18 cm will be the perimeter of this figure that is presented. Thus, option C is correct.
What is the perimeter?The measured lengths of a shape's sides can be added up to find its perimeter. The span around the exterior of a shape is known as its perimeter. By summing the side lengths, one can get the perimeter. A circle's or an ellipse's width is referred to as its outer edge. There are numerous uses in real life for perimeter calculations.
The perimeter of this figure will be:
= 4 cm +3 cm+2 cm+2 cm+ 2cm +5 cm
= 18 cm
Therefore, option C is correct.
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What two tectonic plates are involved in the earthquakes in haiti.
Answer:
the Caribbean and North American plates
Explanation:
Haiti is a nation In the Caribbean in the American continent.
How does triangulation detenmine the epicentre of an earthquake? Hint 1: To find the location of an earthquake's epicentre through triangulation, geophysicists need data from at least three recording stations. - The distance rom a recording centre to a foreshock the earthquake itself, and an aftershock are plotted against time on an y graph - The time that it takes a P wave, an S wave, and a surface wave to reach a recording station are added together, and the average of these three times is calculated. This is done at three different recording stations; the station that has the lowest average of arrival time is closest to the epicentre of the earthquake f, and an aftershock are averaged together.
- The distance from a recording centre to a foreshock, the earthquake itself, and cle made with this radius is drawn around the record centre; the epicentre is located within this circle
- On a map. a circle is drawn around each of three recording stetions, with the radius being the distance from the station to the epicentre of the earthquake. The epicentre is located where the three circles intersect. - On a map, three lines are drawn to connect three stations that recorded the earthquake. The epicentre is known to be somewhere within this triangle.
Triangulation is a method used to determine the epicentre of an earthquake. Geophysicists require data from at least three recording stations to perform triangulation. For each station, the distances to a foreshock, the earthquake, and an aftershock are plotted on a graph, and the arrival times of P waves, S waves, and surface waves are averaged.
Triangulation is a technique used by geophysicists to determine the location of an earthquake's epicentre. To use this method, data from at least three recording stations is required. The distance from each recording station to the foreshock, earthquake itself, and aftershock is plotted against time on a graph.
The time it takes for the P wave, S wave, and surface wave to reach each recording station is added together, and the average of these three times is calculated. This is done for each of the three recording stations, and the station with the lowest average of arrival time is closest to the epicentre of the earthquake.
Using the distance and arrival time data from the three recording stations, a circle is drawn around each recording station with the radius being the distance from the station to the epicentre of the earthquake. The epicentre is located where the three circles intersect. Alternatively, three lines are drawn to connect the three recording stations on a map, and the epicentre is known to be somewhere within the triangle formed by these lines. In this way, triangulation can accurately pinpoint the location of an earthquake's epicentre.
The station with the lowest average arrival time is closest to the epicentre.
On a map, circles are drawn around each of the three recording stations, with the radius being the distance from the station to the epicentre. The epicentre is located where the three circles intersect. Additionally, lines are drawn to connect the three stations that recorded the earthquake, forming a triangle. The epicentre is known to be somewhere within this triangle. By analyzing the intersection of circles and the triangle, the epicentre can be accurately determined.
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Why should we not expect a single climax community to form on reclaimed coal mines located in the same geographic area?
Reclaimed coal mines located in the same geographic area are unlikely to form a single climax community due to variations in soil conditions, microclimates, and the presence of different plant and animal species.
Reclaimed coal mines, despite being located in the same geographic area, are unlikely to develop a single climax community due to several factors:
Soil conditions: Coal mining activities often result in significant disturbances to the soil, including compaction, erosion, and contamination.
Reclaimed sites may have variations in soil properties, such as nutrient levels, pH, and organic matter content.
These variations can affect the types of plants that can establish and thrive, leading to diverse plant communities rather than a single climax community.
Microclimates: Local variations in topography, elevation, and exposure to sunlight can create microclimates within the reclaimed coal mine area.
These microclimates can result in different temperature, moisture, and light conditions, influencing the types of species that can survive and dominate specific areas.
As a result, different plant and animal communities may emerge in response to these microclimatic variations.
Species colonization: Reclaimed coal mines are typically colonized by pioneer species, which are the first to establish and grow in disturbed environments.
Pioneer species vary in their characteristics and requirements, leading to the establishment of different species assemblages across the site.
Over time, these early colonizers modify the environment, making it suitable for more specialized and competitive species, resulting in a mosaic of communities rather than a single climax community.
Seed dispersal and connectivity: The availability of seeds and the ability of species to disperse and colonize new areas play a crucial role in community development.
The proximity of different coal mine reclamation sites may not guarantee sufficient connectivity for seeds to disperse freely between them, limiting the exchange of species and hindering the formation of a single climax community.
In summary, the variations in soil conditions, microclimates, species colonization patterns, and seed dispersal limitations make it unlikely for reclaimed coal mines located in the same geographic area to form a single climax community.
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the hemisphere of the earth that is tilted away from the sun receives less direct rainfall than other hemisphere
The statement that the hemisphere of the earth that is tilted away from the sun receives less direct rainfall than other hemisphere is false.
What happens to the hemisphere tilted away from the sun?The hemisphere that is located in the area of the Earth that is tilted away from the sun will receive less direct sunlight because the sun does not have access to it directly.
Rain has to do with atmospheric processes on the Earth which are not as affected by the tilt of the Earth. As a result, direct rainfall can still come to the hemisphere that is tilted away.
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What is capital of New Mexico
Answer:
Santa Fe
Explanation:
Santa Fe is the capital of the US state New Mexico.
Identify the true statement. a. The contacts between plates are called passive margins. b. Plates may consist of both ocean floor and continental crust, but never just oceanic or continental crust. c. Plates shift the continents around as they move, so Earth's surface is constantly changing. d. There are 120 major tectonic plates.
Answer:
A is the true statement
Explanation:
A- Passive margins are the contacts between plates.
B- I think tectonic plates can consist of oceanic and continental crust.
C- Plates do shift continents as they move, it is constantly changing but quite slowly and it can take a lot of years (decades, centuries and so on). It only shifts continents further/closer about 0.6 inch a year.
D- There are 7 major tectonic plates-
North American Pacific Eurasian African Indo-Australian South American Antarcticand there are are only 8 minor tectonic plates
telescopically, jupiter is the most colorful and changeable of the planets.T/F
telescopically, Jupiter is the most colorful and changeable of the planets. This is due to its turbulent atmosphere, which is marked by storms and swirling clouds so the given statement is true.
Jupiter's atmosphere is composed mainly of hydrogen and helium, with trace amounts of methane, ammonia, and water vapor. The planet's distinctive bands of color are created by different chemical compounds that are present in its atmosphere. The red and brown bands are made up of clouds of ammonia, while the white bands are composed of ammonia ice crystals. The blue and green bands are created by methane gas.
Jupiter's atmosphere is constantly changing, with storms that can last for years and winds that can reach speeds of up to 400 miles per hour. The most famous storm on Jupiter is the Great Red Spot, which is a massive storm that has been raging for over 300 years. The planet's atmosphere also produces stunning auroras, which are caused by charged particles from the sun interacting with the gas in Jupiter's atmosphere.
Overall, Jupiter is a fascinating planet to observe through a telescope, and its colorful and dynamic atmosphere never fails to captivate astronomers and amateur stargazers alike.
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What happened during The Battle of Mactan ? What century is this
in time?
The Battle of Mactan took place on April 27, 1521. This is 16th century.
Battle of Mactan:
The Battle of Mactan took place on April 27, 1521. It was a significant event in Philippine history and occurred during the 16th century. The battle was fought between the forces of the Spanish explorer Ferdinand Magellan and the indigenous chieftain Lapu-Lapu.
Magellan and his crew were attempting to assert Spanish dominance and convert the inhabitants of the island of Mactan to Christianity. However, they were met with resistance from Lapu-Lapu and his warriors. During the battle, Magellan was killed, and his expedition suffered a defeat. The Battle of Mactan is notable as it marked the first recorded resistance by indigenous Filipinos against European colonization.
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What describes the shape, form, and type of an animal?
*
2 points
genotype
performance
conformation
O expected performance data
I think the answer is Genotype
Hope This helps
How did the peloponnesian war contribute to the expansion of macedonia?.
The Peloponnesian War contributed to the expansion of Macedonia by weakening the great Greek City-states.
Why was the Peloponnesian war good for Macedonia?The Peloponnesian war saw the Spartans go up against the Athenians. Both of these city-states were the strongest in Greece at the time.
The war resulted in Athens' defeat but also weakened Sparta to the point where it was defeated by Thebes several decades later. This allowed the Macedonians to steadily take over Greece because the great city-states weren't strong enough to resist.
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in the great basin of the western united states: select one: a. the valleys are filling because no streams flow away from the region. b. little sediment accumulates because much of the region is desert or semiarid. c. buttes and mesas are common. d. no streams flow into or away from the region.
Based on the geographical information, it is revealed that in the great basin of the western united states "the valleys are filling because no streams flow away from the region."
What was the Great Basin noted for?The Great Basin is greatly known for its innermost drainage system, in which precipitation falling on the surface leads ultimately to closed valleys and does not reach the sea.
This implies that while the rainfall is filling the valley, the valley keeps filling because there is no outflow of the stream away from the region.
The geography of the Great BasinIt has a temperate desert with hot, dry summers and snowy winters. The valleys are surrounded by sagebrush and shade scale. The biological communities on the mountain ranges vary in elevationThe individual ranges act as islands separated by seas of desert vegetation.Hence, in this case, it is concluded that the correct answer is "the valleys are filling because no streams flow away from the region."
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14. some fruits eject their seeds at a violent velocity. true or flase
Answer:
true
Explanation:
Changes in day length are associated with longitudinal distance from subsolar point.
True or False
True. The main answer is that changes in day length are indeed associated with longitudinal distance from the subsolar point.
Changes in day length are associated with the longitudinal distance from the subsolar point. The subsolar point is the point on the Earth's surface where the sun is directly overhead at solar noon. As the Earth rotates on its axis, the subsolar point moves westward, and this movement causes changes in day length. The closer a location is to the subsolar point, the more direct sunlight it receives, resulting in longer days. Conversely, locations further away from the subsolar point receive less direct sunlight, resulting in shorter days. Therefore, changes in day length are indeed associated with longitudinal distance from the subsolar point, making the statement true.
The subsolar point is the location on Earth's surface where the sun is directly overhead at solar noon. As you move away from the subsolar point, day length varies due to the Earth's rotation and curvature, leading to longer or shorter days depending on the location's distance from the subsolar point.
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Neoliberal TINA-touts or with alter-globalization activists?
Global Debt Relief
In Global Debt Relief it is with alter-globalization. TINA stands for there is no other alternative.
Alter-globalization, also known as alternative globalization or alter-mundialization (from the French alter-mondialisation) is a social movement whose proponents support international cooperation and interaction but oppose what they describe as the negative effects of economic globalization, believing that it frequently works to the detriment of, or to inadequately promote, human values such as environmental and climate protection.
The phrase "another world is possible" from the World Social Forum may have inspired the name of the movement. Designed to "protest the direction and perceived adverse economic, political, social, cultural, and ecological consequences of neoliberal globalization," the alter-globalization movement is a cooperative movement.
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What are some advantages of democracy?
Check all that apply.
A. Anybody can run for and hold political office.
B. It protects
individual freedom.
C. Government can act quickly and decisively.
D. It includes everyone in the decision-making process.
answer B and D for sure and possibly A
Select the correct answer. South America is located entirely within which hemisphere? A. Northern Hemisphere B. Southern Hemisphere C. Western Hemisphere D. Eastern Hemisphere
According to the oparin-haldane hypothesis, significant amounts of which gases were present in the atmosphere of early earth?.
How do the ways that we use land in our cities and towns relate to liveability and long-term sustainability?
The ways that we use the environment can lead to long term sustainability when we stop carrying out all forms of practices that may end up depleting the environment that we live in.
How land use can bring about sustainabilityThe ways in which we use land in our cities and towns can have a significant impact on liveability and long-term sustainability. For example, incorporating green spaces and parks into urban areas can improve air quality, provide recreational opportunities, and increase biodiversity.
On the other hand, paving over green spaces and building densely packed high-rise buildings can lead to heat island effects, increased air pollution, and loss of biodiversity. In addition, planning and designing cities and towns with a mix of land uses, such as residential, commercial, and industrial areas, can promote walkability, reduce traffic congestion, and improve access to jobs and services.
This type of land use planning can also support public transportation and promote sustainable modes of transportation, such as biking and walking. Overall, careful planning and design of land use in cities and towns can help to create livable and sustainable communities.
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What are three powers of land buliding ing geography?
effectively summarizes
the limitations of flat maps.
Flattening a three-dimensional globe onto a flat surface isn't possible without some distortion. Mercator maps distort the shape and relative size of continents, particularly near the poles. Projections also distort distance, direction, scale and area.
What did South Korea do to encourage population growth in 2018?
O It subsidized families that chose to live in urban areas.
O It increased educational opportunities for young people.
O It lowered the maximum number of working hours.
O It encouraged more immigrants from North Korea to come into the country.
It encouraged more immigrants from North Korea to come into the country. Thus, option 'D' is the correct option.
How did South Korea achieve economic growth?The construction of a motivated and educated citizenry as a result of South Korea's educational system and other factors contributed significantly to the country's high technology boom and economic growth. To boost its economy, South Korea started implementing an export-focused economic policy.
Due to its hilly terrain, about 70% of South Korea's land area is uninhabitable, and the population is concentrated in lowland areas, which contributes to a higher-than-average density. The Korean government has made positive initiatives to increase reproduction rates by fostering a healthy work-life balance, offering free daycare, and strengthening community support for families.
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when saturated soil is shaken during an earthquake, it may lose it strength; this phenomenon is known as
A soil instability or a strength loss known as earthquake liquefaction can make normally solid soil behave momentarily like a viscous liquid.
What is liquefaction caused by earthquakes?Liquefaction occurs when waterlogged, loosely packed sands at or near the ground's surface start to lose strength as a result of violent ground shaking. During earthquakes, liquefaction beneath buildings and bridges can result in significant damage.
What risks do liquefaction present?Liquefaction can destroy anything that is affixed to the ground, including roads, trains, airport runways, dams, and buildings. Additionally, it may harm underground utilities. Landslides, settlements, and groundwater or mud eruptions can all be brought on by liquefaction.
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Describe how competition between organisms can be a limiting factor to the population size
Competition between organisms can be a limiting factor to the population size in several ways. Organisms within a population compete for limited resources such as food, water, and habitat.
This type of competition occurs between individuals of the same species. As population size increases, competition for resources intensifies. This can lead to increased mortality rates, reduced reproductive success, and lower population growth rates. This type of competition occurs between individuals of different species that share similar resource requirements.
When two species compete for the same resources, the more efficient competitor may outcompete the other, reducing its population size. In some cases, one species may outcompete another to the point where the weaker species is driven to extinction or pushed into a smaller niche. This can limit the population size of the weaker species.
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