Answer:
DDDDDDDDDDDDDD
Explanation:
Equator
Which number on the map is most likely located in a polar climate zone?
A.3
B.4
C.1
D.5
Answer:
Give person above me brainleist
Explanation:
Which country is considered “developing” ?
Answer:
country b
Explanation:
well you can see that there life expectancy is lower than the others and so is the literacy rate also there average income is very low per capita
Use the information from the article to answer the question. Meteors Which statements apply to meteors
Meteors are small objects that rain through the Earth's atmosphere, making streaks of light known as shooting stars.
Meteor showers do when Earth passes through the trail of debris left before by comets or asteroids. While meteor showers aren't limited to autumn and winter they can be at any time throughout the time. still it doesn't mention the largest meteor having a mass of 54,000 kg. Meteors are falling objects that produce bright lights as they burn up in our atmosphere.
Meteor showers are associated with comets or asteroids being throughout the time not just in autumn and winter.
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The correct question is:
Use the information from the article to answer the question. Meteors Which statements apply to meteors? Meteors are bits of material falling through Earth's atmosphere. Meteor showers are associated with asteroids. Meteors create a streak of light. The largest meteor found has a mass of 54,000 kg. Meteor showers occur in the autumn and winter.
how do stabilizing techniques increase the strength of aggregate
By removing surface moisture from the aggregate. By adding surface moisture to the aggregate. By increasing cohesion. By removing the smaller particles.
Stabilizing techniques increase the strength of aggregate by removing surface moisture, adding surface moisture when needed, increasing cohesion, and removing smaller particles.
These techniques work in several ways. First, removing surface moisture from the aggregate allows for better adhesion between particles and reduces the likelihood of saturation, which can weaken the material.
Second, adding surface moisture to the aggregate when needed improves the overall workability of the mixture, allowing for better compaction and increased strength.
Third, increasing cohesion helps the aggregate particles bind together more effectively, providing additional stability and resistance to deformation. Finally, removing smaller particles prevents them from causing weak spots in the material, resulting in a stronger, more durable aggregate.
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A(n) ________ is a cone of debris that forms where an ephemeral stream emerges from the confines of the canyon. Its runoff spreads over the gentler slopes at the base of the mountains and quickly loses velocity, dumping most of its sediment load within a short distance.
Answer:
alluvial fan
Explanation:
Alluvial fans are a mix of sediments made up of mostly sand and gravel that are created when canyons, hills or mountains interact with flowing water. They help with the sustenance of life and irrigation farming as the main source of water.
apply geography's three questions to this salutation. witch question would u ask to help figure out why these rainforests are dieing
Answer:
What are rainforests like, and what’s happening to them?
Where are these rainforests dying out?
Why are rainforests dying out in certain places?”
hope this helps and if it is incorrect (which probably won't happen) then here is a hug. ༼ つ ◕_◕ ༽つ
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
HELP!! 100 POINTS AND BRAINLIEST!!!
Choose three possible solutions to the problem. (immigration to the us). Briefly compare and contrast the advantages and disadvantages associated with these solutions. In the table below note three advantages and disadvantages for each solution. BE sure to use research to support your claims.
Answer:
What are the advantages and disadvantages of immigration?
Immigration can give substantial economic benefits – a more flexible labour market, greater skills base, increased demand and a greater diversity of innovation. However, immigration is also controversial. It is argued immigration can cause issues of overcrowding, congestion, and extra pressure on public services.
Explanation:
1) Site P has a is 0 km from site P, has a velocity of 1.2 m/s, and a cross sectional area of 100 m2. What is the discharge in m3/s?
2) Site Q has a is 12 km from site P, has a velocity of 1.2 m/s, and a cross sectional area of 100 m2. What is the discharge in m3/s?
3) Site R has a is 28 km from site P, has a velocity of 1.4 m/s, and a cross sectional area of 150 m2. What is the discharge in m3/s?
4) Site S has a is 46 km from site P, has a velocity of 1.5 m/s, and a cross sectional area of 165 m2. What is the discharge in m3/s?
5) Site T has a is 60 km from site P, has a velocity of 1.7 m/s, and a cross sectional area of 190 m2. What is the discharge in m3/s?
6) What is the general direction of stream flow? west to east or east to west
7) What specific feature brought more water into the stream between sites Q and R?
8) On Figure 2 plot the discharges for the five locations. Draw a line connecting the discharges. Note that the axes are Distance (km) and Discharge (m3/s). The distance measurements begin at measurement site P.
9) What general interpretation can you make about discharge and distance from the head using this data?
NOTE: This applies to most (but not all!) streams. In dry lands, streams can lose water to the ground, shrinking as they flow.
10) The town of Pasarile occasionally experiences severe flooding. Which stream measurement site would be most accurate in determining the flood conditions at Pasarile? Why?
Discharge is the volume of water passing through a specific point in a river or stream over a certain period of time. It is usually expressed in cubic meters per second (m3/s) or cubic feet per second (ft3/s). Discharge can be calculated by multiplying the cross-sectional area of the river or stream by its velocity.
1) The discharge in m3/s for site P can be calculated by multiplying the velocity (1.2 m/s) by the cross-sectional area (100 m2), which gives a discharge of 120 m3/s.
2) The discharge in m3/s for site Q can be calculated using the same formula as site P. However, since site Q is 12 km away from site P, it is important to account for the distance traveled by the water. Using the equation Q = AV, the discharge at site Q would also be 120 m3/s.
3) The discharge in m3/s for site R can also be calculated using the same formula, resulting in a discharge of 210 m3/s.
4) The discharge in m3/s for site S can be calculated using the same formula, resulting in a discharge of 247.5 m3/s.
5) The discharge in m3/s for site T can be calculated using the same formula, resulting in a discharge of 323 m3/s.
6) The general direction of stream flow is from west to east, as shown by the direction of the arrows in the diagram.
7) The specific feature that brought more water into the stream between sites Q and R could be a tributary or a larger drainage area that contributes additional water to the stream.
8) On Figure 2, the discharges for the five locations can be plotted on a graph with Distance (km) on the x-axis and Discharge (m3/s) on the y-axis. A line connecting the discharges shows an increasing trend from site P to site T.
9) The data shows that the discharge increases as distance from the head of the stream increases. This is because as the stream flows downstream, it collects water from tributaries and other sources, increasing its discharge.
10) Site T would be the most accurate in determining flood conditions at Pasarile since it is the farthest downstream and would receive the most water from the upstream areas. However, other factors such as local topography, land use, and precipitation patterns can also affect flood conditions in the area.
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Define arable land. Define define define define
Explanation:
Arable land is any land capable of being ploughed and used to grow crops. Alternatively, for the purposes of agricultural statistics, the term often has a more precise definition
What political movement led to the creation of Israel in 1948?
A.Jainism
B.Zionism
C.Communism
D.Imperialism
Explain how plate boundaries are connected to the slow movement of solid rock in the mantle.
The movement of warmth by convection within the layer causes the rock of the mantle to slowly move in large streams. The solid rock of the layer is resting directly on high of the solid rock of the layer.
identify the factors which cause melting and thus the formation of magma that will perhaps eventually fuel a volcano. select all that apply: group of answer choices decompression solar energy rapid cooling heat transfer crystallization adding volatiles
The factors that cause melting and the formation of magma that eventually fuels a volcano can be a complex and interconnected set of processes. Some of the factors that can lead to melting and the formation of magma include decompression, heat transfer, adding volatiles, and crystallization.
One of the most common factors that can cause melting and the formation of magma is decompression.
This occurs when pressure on rocks is reduced, which can lead to the formation of cracks and fissures.
As the pressure decreases, the rocks can begin to melt, which can lead to the formation of magma.
Heat transfer can also play a role in the formation of magma. When rocks are heated, either by a nearby magma chamber or by other geological processes, they can begin to melt.
This can result in the formation of magma that can eventually fuel a volcano.
Crystallization can also lead to the formation of magma. When minerals in rocks crystallize, they release heat, which can lead to melting of adjacent minerals.
This can result in the formation of magma that can eventually fuel a volcano.
Overall, the factors that can cause melting and the formation of magma that fuels a volcano are complex and interconnected.
By understanding these factors, scientists can better predict when a volcano may erupt and take steps to protect nearby communities.
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there are several different ways to produce global warming on a planet. which is not one of those ways?
Out of several different issues, evolution of new viruses of do not cause global warming.
When carbon dioxide (CO2) as well as other air pollutants build up in the atmosphere, they absorb sunlight and solar rays that have already reflected off the surface of the earth. Normally, this radiation would disperse into space, but because these pollutants may linger in the atmosphere for many years or even decades, they trap the heat and make the planet hotter. This causes global warming. The greenhouse effect is the result of these heat-trapping pollutants, notably carbon dioxide, methane, nitrous oxide, water vapour, and synthetic fluorinated gases, which are referred to as greenhouse gases. Scientists concur that longer and hotter heat waves, more recurrent droughts, heavier rains, and stronger hurricanes are all being fueled by the earth's warming climate.
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whyt are the earthquakes more numerous north of the trencth axis FIGURE 11.7 Maps of the Aleutian Trench and northern Pacific Ocean basin. A. Regional map. B. Detailed tectonic map of the central portion of the Aleutian Trench. The rectangular box bisected by line A-A' corresponds to the rectangular box in the lower middle portion of the regional map. A-A' corresponds to the cross section shown in figure I1.8. Scale bar applies to map В. a Canyon
Hi! Earthquakes are more numerous north of the trench axis in the Aleutian Trench region due to the subduction of the Pacific Plate beneath the North American Plate. This tectonic activity generates increased seismicity and stress along the northern part of the Aleutian Trench, which is located in the Pacific Ocean. The higher concentration of earthquakes in this area is a direct result of the complex interactions between these two tectonic plates.
The reason why earthquakes are more numerous north of the Aleutian Trench axis in the Pacific Ocean is due to the tectonic activity in the area. The Aleutian Trench is a subduction zone where the Pacific Plate is being forced beneath the North American Plate. This process creates tension and pressure in the Earth's crust, which leads to frequent earthquakes. The northern section of the trench is more active because it is closer to the source of the subduction, where the Pacific Plate begins to descend beneath the North American Plate. Additionally, the area north of the trench axis is characterized by numerous faults and fractures that contribute to seismic activity. The presence of the canyon in the region may also play a role in the frequency of earthquakes as it can create additional stresses in the Earth's crust.
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What happened when European leaders met in Berlin to make the Berlin Act?
Responses
A. They consulted African leaders about how best to set up borders in Africa.
B. They negotiated an agreement about how they would divide up Africa without starting wars with each other.
C. They wanted to avoid bringing lasting harm when colonizing Africa.
D. They decided to allow African leaders to govern their own homelands.
The reason why the European leaders met in Berlin to make the Berlin Act is
B. They negotiated an agreement about how they would divide up Africa without starting wars with each other.What was the Berlin act?
The Berlin Act, also known as the General Act of the Berlin Conference, was a series of agreements signed by European colonial powers in 1884-1885, during the Scramble for Africa.
The conference was called by the German Chancellor, Otto von Bismarck, and attended by representatives from the major European colonial powers. The purpose of the conference was to negotiate the division of Africa among the European powers without starting wars with each other.
The Berlin Act formalized the process of European colonization of Africa and established the rules for future European territorial claims on the continent. The act marked the beginning of the formal colonization of Africa by the European powers and the division of the African continent into colonial territories.
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consider both maps. if a traveler set out on the southern road leaving new york city, to which city would he or she arrive after six days of travel?
Answer:
its hard because you didn't include a map but maybe charleston? i am not really sure
Explanation:
In what way ha star opening of three George Dam affected the movement of goods in China
Summarize depositional and erosional processes that lead to the great variety of coastal landforms that we have today and that were cover in this prelab. Provide examples.
Overall, the combination of depositional and erosional processes leads to a great variety of coastal landforms. For example, the beaches of Florida's Gulf Coast are formed by depositional processes, while the sea stacks and cliffs of California's Big Sur coastline are formed by erosional processes.
Coastal landforms are shaped by both depositional and erosional processes. Depositional processes involve the accumulation of sediment in a particular area, while erosional processes involve the removal of sediment from an area. Depositional processes can lead to the formation of beaches, sandbars, and barrier islands. Beaches form when waves bring sediment to the shore and deposit it in a sloping area. Sandbars form offshore as sediment accumulates in shallow areas. Barrier islands form parallel to the coast and are composed of sand and other sediments that have been deposited by waves and currents. Erosional processes can lead to the formation of cliffs, sea stacks, and sea caves. Cliffs form when waves erode the base of a rock formation, causing it to collapse. Sea stacks are isolated rock formations that have been eroded by waves and are left standing in the water. Sea caves are formed when waves erode softer rock and create a hollow space. Overall, the combination of depositional and erosional processes leads to a great variety of coastal landforms. For example, the beaches of Florida's Gulf Coast are formed by depositional processes, while the sea stacks and cliffs of California's Big Sur coastline are formed by erosional processes.
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How can we use the distributive property to find an expression equivalent to 15(x+2)? Place the steps in order.
pls?
CLEAR CHECK
Step 1
Step 2
The value of 15(x + 2) according to distributive property will be 15x + 30.
What is the distributive property about?The distributive property states that multiplying the sum of two or more addends by a number yields the same outcome as multiplying each addend separately by the number and adding the products together.
According to the distributive property of algebraic expressions, each term in an expression's sum or difference must be multiplied by a number outside of parentheses.
The value of 15(x + 2) will be:
= (15 × x) + (15 × 2)
= 15x + 30
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Applying the distributive property formula the expression can be solved as
a×( b + c) = ab + ac therefor using the distributive property formula to find the expression equivalent to 15(x+2) would be 15x + 30.
Applying Distributive property formulaCan be express as : a×( b + c) = ab + ac
Therefor applying the formula a×( b + c) = ab + ac =
15(x + 2)
= (15 × x) + (15 × 2)
= 15x + 30
therefor, the expression equivalent to 15(x+2) would be 15x + 30
What is Distributive Property?The distributive property is the distributive law of multiplication over addition and subtraction, this means that the distributive law is applicable to addition and subtraction.
The distributive property law as applicable to addition states that an expression that is given in form of a (b + c) can be solved as a × (b + c) = ab + ac.
The distributive law as applicable to subtraction states that an expression that is given in form of a (b - c) = can be solved as ab - ac.
Therefor integer A is distributed between the other two integers as solved as above.
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What is a line scale
A line scale is a graphical representation used on maps to indicate the relationship between distances on the map and their corresponding distances in the real world.
A line scale, also known as a graphic scale or bar scale, is a graphical representation used on maps, engineering drawings, or architectural plans to provide a means of measuring distances accurately. It is a linear scale marked with evenly spaced divisions and labeled increments that correspond to actual distances on the ground.
The line scale typically consists of a straight line divided into smaller segments, with each segment representing a specific distance. These distances are usually presented in a preferred unit of measurement, such as kilometers, miles, or meters. By comparing the length of a line segment on the map to the corresponding distance it represents in the real world, users can determine actual distances between locations or objects depicted on the map.
Line scales are essential tools for map reading, route planning, and estimating distances. They help users understand the relative distances portrayed on a map and enable them to make informed decisions based on accurate spatial information. Line scales contribute to the overall accuracy and usability of maps, ensuring that individuals can navigate and interpret geographic data effectively.
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A small, fast-moving river is in a v-shaped valley on the slope of a mountain. If you follow the river to where it passes through a plain, what will the river most likely look like compared with how it looked on the mountain?.
Fast-moving water, due to steep slopes in the mountain forms a V-shaped valley because the erosive power of the water is projected vertically more than horizontally.
This is vice versa in plains where the water moves at slower speeds. The horizontal erosion power is dominant over vertical erosion hence the banks of the river are eroded more than the bed in the plains.
A V-shaped valley is a slim valley with steeply sloped aspects that seem much like the letter "V" from a cross-section. they're formed via sturdy streams, which through the years have reduced down into the rock through a method known as downcutting.
Rivers begin excessively up inside the mountains so that they flow quickly downhill eroding the landscape vertically. The river cuts a deep notch down into the landscape using hydraulic motion when the sheer force of the water gets into small cracks and breaks down the sides of the river valley.
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What happens when magma rises inside a volcano?
Inside a volcano magma rises and collects in chambers within the crust.when magma fills the chamber, pressure grows. If the pressure gets high enough, the magma can break through the crust. Then it spew out in a volcanic eruption. most explosive volcanoes occur the subduction zones.
It is lighter than the solid rock around it, magma rises and collects in magma chambers. It has erupted is called lava. Some volcanic eruptions are explosive and others are not. It can rise when pieces of Earth's crust called tectonic plates slowly move away from each other.
When this happens underwater volcano can form. It also rises when these tectonic plates move toward each other. Lava cools to form volcanic rock as well as volcanic glass. It solidifies in the air to form volcanic rock called tephra. In the atmosphere, tephra is more often called volcanic ash.
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Can our culture help us interpret the world we live in? Why?
Answer:
Our culture represents our traditions, our history, our celebrations, our holidays, food, ancestry, and race.
Explanation: Think about your culture. What is your history? Your ancestry? Your traditions and celebrations?
I hope this helped. Have a nice day.
Answer:
Culture creates the world we live in. It also allows us to understand and interpret our own actions and the actions of others. Culter is the beliefs, values, mind-sets, and practiices of a group of people.
Explanation:
Understanding so you can properly interpret someone's words and actions means you can effectively interact with them.
In a relational model, data and relationships are defined using a collection of ____________ organized into categories of data known as _____________.
In a relational model, data and relationships are defined using a collection of tables organized into categories of data known as fields.
Write a short note on relational model.
The relational model, an easy-to-understand method of representing data in tables, is the foundation of relational databases. In a relational database, each row in the table represents a record with a distinct ID known as the key.
The relational model is employed to illustrate the data storage capabilities of relational databases. In essence, relational databases store the data in column and row structure, or table relations. The records or data relating to the table values are gathered in each row and column of the table. Simpleness, structural independence, ease of use, query capacity, data independence, and scalability are some benefits of the relational paradigm in DBMS.
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As part of a construction project, a local town redirected the water flow of a creek. This change has caused the creek
to be more prone to flooding. Many local farmers report that during heavy storms, their farmlands flood with creek
water. Before the creek was redirected, flooding did not occur. Now it happens most frequently during the late
winter months, before crops begin to grow. What effect could this increased flooding have on the growth of the
farmers' crops? Name two actions the farmers could take to limit the damage or correct the problem.
Answer:
This flooding can reduce the amount of crops produced.
They can either build something to redirect the water
Or they can write letters to the government asking for help.
Explanation:
please hurry
Write a paragraph of what you learn about the geography of Asia.
Answer:
A steppe is a geographical landform wherein it mainly consists of drylands that are generally grassy and plain in nature. In addition, these features are often sustained by a temperate or an arid climate wherein among its famous use was being a part of the Silk Road between China and Europe.
Explanation:
I'm smary
The chart above measures the maternal mortality rate (MMR) for different regions. The bar circled in red represents industrialized nations. What are some possible explanations for the low MMR of industrialized nations?
Answer:
better healthcare before, during, and after pregnancy.
Explanation:
Better healthcare before, during, and after pregnancy are the possible explanations for the lower maternal mortality rate of industrialized nations because in industrialized nations, more resources for health is provided by the government to its citizen as compared to developing and poor countries which can't afford and unable to provide healthcare services to its people which cause in the increase of maternal mortality rate.
How does the united nations convention of the law of the sea affect international relations?
The United Nations Convention on the Law of the Sea (UNCLOS) has had a significant impact on international relations. By codifying the international law of the sea and recognizing the rights of both maritime and coastal nations, UNCLOS has strengthened the rule of law and improved the orderliness of international relations. It has also helped to simplify the process of negotiating disputed territorial matters, such as fishery boundaries, access to resources, and delimitation of maritime boundaries. As a result, UNCLOS has improved maritime security, enhanced the protection of marine ecosystems, and allowed for the resolution of resource-related disputes. Furthermore, UNCLOS has set out rules and regulations which limit the potential for conflict between states by providing a common understanding of their respective rights and obligations.
Answer:
This serves as a safeguard for the enforcement of international rules, particularly in waters beyond the national jurisdiction of the coastal State, i.e., on the high seas. Furthermore, the Convention gives enforcement powers to the "port State", or the State where a ship is destined.
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Answer:
Yes.
Explanation:
As the demand goes up, the more of a chance Mexico has at selling its oil at a higher price.