Answer:
Explanation:
INDIA was exploited by the big taxes and and was put to work, they were forced to leave their empires due to this and also Indian were forced to participate in war to help the British people to win, The British had also taken over most of the lands and had brought spices and clothes for less price and had sold them for a great amount in Britain
a plan to utilize all the hydro electricity that is being produced in nepal
Nepal has significant potential for hydroelectric power generation. Here's a short plan to utilize the hydroelectricity produced in Nepal:
Increase domestic consumption: The first step is to increase domestic consumption of hydroelectricity by improving the national power grid and expanding access to electricity to rural areas. This can be done through government-led initiatives and public-private partnerships.
What is the hydro electricity plan about?Others includes:
Develop infrastructure: It is essential to develop the necessary infrastructure to transmit and distribute hydroelectricity to different parts of the country. This includes building high-voltage transmission lines, substations, and distribution networks.Lastly, Encourage private investment: The government can encourage private investment in the hydroelectric sector through tax incentives, subsidies, and other financial support. This will help to finance new hydroelectric projects and upgrade existing ones.
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In which early cultures was geography developed
Answer:
began in Mesopotamia
Explanation:
While the region was widely occupied by humans as early as 12,000 B.C.E., historians believe that large civilizations began in Mesopotamia between 4,000 and 3,000 B.C.E. Mesopotamia's development in this period was supported by a series of geographical factors, including rivers and fertile lands.
Danny Lyon
was an official photographer for the Black Panthers
was alloowed to take and publish any image he wanted to as a member of SNCC
became involved in documenting injustice and peaceful protests in the South during the Civil Rights era
all of the above
Danny Lyon, as a photographer, played multiple roles during the Civil Rights era.
Subheading question: What roles did Danny Lyon play in relation to the Black Panthers and documenting civil rights protests?He was an official photographer for the Black Panthers, capturing significant moments and events associated with the organization. Lyon's photographs provided a visual narrative of the Black Panthers' activities and their fight against racial inequality and social injustice.
Additionally, Lyon was a member of the Student Nonviolent Coordinating Committee (SNCC), which granted him the freedom to take and publish any image he desired. This allowed him to document a wide range of subjects related to the Civil Rights movement, including acts of injustice, peaceful protests, and demonstrations in the South.
Through his photographs, Lyon aimed to shed light on the harsh realities faced by African Americans and convey the struggles for equality and justice. His images captured the spirit of the movement and continue to serve as important historical records.
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Find the volume of the sphere. Either enter an exact answer in terms of \piπpi or use \dfrac{22}{7} 7 22  start fraction, 22, divided by, 7, end fraction for \piπpi.
Answer:
1,437.33
Explanation:
Volume of a sphere = 4/3πr³
π = 22/7
r = 7
Volume of a sphere = 4/3πr³
= 4/3 * 22/7 * 7³
= 4/3 * 22/7 * 7 * 7 * 7
= (4 * 22 * 7 * 7 * 7) / (3 * 7)
= 30,184/21
= 1437.3333333333
Volume of a sphere = 1,437.33
 
                                                            The coriolis effect deflects wind direction. How does this process impact ocean surface currents?.
Ocean currents are deflected by a force caused by the rotation of the Earth also known as the Coriolis force.
The currents in the northern hemisphere turn to the right and head north. A different set of winds, the westerlies, push the currents back to the east at about 30 degrees north latitude, resulting in a closed clockwise loop.
The same thing happens below the equator in the southern hemisphere, except here the Coriolis effect deflects surface currents to the left, creating a counter-clockwise loop.
In order of this water in the ocean move slightly at an angle according to the flow of the wind which impacts its speed and direction and sometimes these loops results in cyclone.
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Which of the following mountains is considered to be the highest mountain in Europe? Question 4 options: Mount Koshka Mount Karaul Oba Mount Elbrus Carpathian Mountains.
The highest mountain in Europe out of the given options is Mount Elbrus.
Facts about Mt. Elbrus It stands at a height of 5,642 mIt is part of the Caucasus mountain rangeMt. Elbrus is located in southern Russia where it is part of the Caucasus and renowned to be the tallest mountain in both Europe and Russia. It is also a dormant volcano.
In conclusion, option C is correct.
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what is correlation? group of answer choices matching up continental coasts based on matching shapes matching up rocks of similar age in different regions putting events in order from first to last dividing up rock layers into new ones based on mineral content
Option B refers to the principle of correlation in geology, which involves matching up rocks of similar age in different regions.
In geology, the notion behind the correlation principle is that rocks of the same age would have comparable properties wherever they occur. This theory is crucial because it enables geologists to compare and coordinate rock formations from various geographic locations, which can improve their comprehension of a certain area's geological past.
While attempting to correlate rocks, geologists often search for related rock types, such as sedimentary rocks or volcanic rocks, and also take the age of the rocks into account using techniques like radiometric dating. Also, they could search for fossils or other characteristics that might help them determine the age of the rocks.
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The question is -
What is correlation?
a. Matching up rocks of similar age in different regions
b. Matching up continental coasts based on matching shapes
c. Dividing up rock layers into new ones based on mineral content
d. Putting events in order from first to last
Segment CD is shown on the graph. Which shows how to find the y-coordinate of the point that will divide CD into a 5:2 ratio
Answer:
C. y=[5/7](3-1)+1
Explanation:
Segment CD is shown on the graph. Which shows how to find the y-coordinate of the point that will divide CD into a 5:2 ratio
A. y=[5/2](3-1)+1
B. y=[5/2](3+4)-4
C. y=[5/7](3-1)+1
D. y=[5/7](3+4)-4
The coordinates of point C is (-4,1) and the coordinate of point D is (3,3)
The formula for dividing a line XY in ratio a:b, with point X at (x₁, y₁) and Y at (x₂, y₂) is given by the equation:
\(y=\frac{a}{a+b} (y_2-y_1)+y_1\)
Point C is (-4,1) = (x₁, y₁), therefore x₁ = -4 and y₁ = 1. point D is (3,3), therefore x₂, = 3 and y₂ = 3.
The ratio = 5:2, therefore a= 5 and b = 2.
Substituting into the formula gives:
\(y=\frac{a}{a+b} (y_2-y_1)+y_1\\y=\frac{5}{5+2} (3-(1))+(1)\\y=\frac{5}{7} (3-1)+1\)
Why do scientists think that lithosphere has to be destroyed somewhere on or in the earth? Lithosphere is created at divergent boundaries and the earth is not getting any larger. The moon is moving away from the earth and this would not happen if the earth had more lithosphere to increase its mass. The earth is getting smaller as the new oceanic crust cools and contracts. There is not enough lithosphere on the earth to account for what has been produced in the last 200 million years.
Hi, Can someone please give me one brief paragraph on how vertical air movement can cause severe storms. Thank you
Answer:
The release of instability causes air to accelerate in the vertical. This is the reason air rises so quickly to form thunderstorms. ... A similar process occurs when instability is released in the atmosphere. Air in the lower troposphere is lifted until it becomes less dense than surrounding air.
Explanation:
fine-grained sediment, such as dust and silt, can stay in the air and be transported by wind in ________.group of answer choicessaltationdeflationsuspensionsurface creep
Answer:suspension
Explanation:
Fine-grained sediment, such as dust and silt, can stay in the air and be transported by wind in suspension.
C is the correct answer.
Clay and silt, for example, move by suspension. They can linger in the air for days. They can travel long distances and rise far above the ground. Saltation is used to move larger particles, such as sand.
Wind erodes the Earth's surface by deflation, which is the removal of loose, fine-grained particles caused by the turbulent eddy action of the wind, and abrasion, which is the wearing away of surfaces caused by the grinding action and sand blasting of wind borne particles.
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The complete question is:
fine-grained sediment, such as dust and silt, can stay in the air and be transported by wind in ________.group of answer choices
A. saltation
B. deflation
C. suspension
D. surface creep
define the environmental quality incentives program?
Answer:
The Environmental Quality Incentives Program (EQIP) is a United States government program designed to assist farmers in improving environmental quality, particularly water quality and soil conservation.
Explanation:
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In a chase strategy, if planned production for the month is 10,000 units and employee productivity is 85 units per month, how many employees should the firm employ at the beginning of the month
In a chase strategy, a firm adjusts its workforce to meet the planned production for a specific period. Given a planned production of 10,000 units and an employee productivity rate of 85 units per month, you can calculate the required number of employees by dividing the total production by the productivity rate: 10,000 units / 85 units per employee = 117.65 employees. Since you cannot have a fraction of an employee, the firm should employ 118 employees at the beginning of the month to meet the production target.
In a chase strategy, the firm adjusts its workforce to match the demand for its products. To determine how many employees should be employed at the beginning of the month, we need to divide the planned production by the employee productivity rate. Therefore, in this case, the firm would need to employ approximately 118 employees at the beginning of the month to produce the 10,000 units. It is important to note that a chase strategy can be more costly than other production strategies, as the firm may have to hire and lay off employees as demand fluctuates. However, it can also be more efficient in terms of inventory management and meeting customer demand. Overall, the decision to use a chase strategy should be based on careful analysis of production and market conditions. 
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What geographic feature in north Africa served as a barrier separating it from the rest of the continent
Answer:
The Sahara desert
Explanation:
It extends across all of North Africa and is a natural barrier between North Africa and the rest of the continent. Hope this helps.
Answer:
The Sahara desert
Explanation:
Its geography makes it one of the most harshest places to live and survive.
What is the cause of the seasons?
A. The tilt of the earth's axis
B. Orographic uplift
C. Rossby waves
D. Earth's orbit around the sun
Answer:
A) the tilt of the earth's axis
Explanation:
solar flares, the violent eruptive events on the sun, occur most frequently
Solar flares, the violent eruptive events on the sun, occur most frequently at the solar maximum, which is the point in the solar cycle when the sun's magnetic field is the most chaotic and active.
During this phase, the sun experiences an increase in sunspots, coronal mass ejections, and other forms of solar activity. Solar flares are explosive bursts of energy that occur when the sun's magnetic field lines twist and snap, releasing energy in the form of intense radiation, high-energy particles, and electromagnetic radiation. These events can cause a variety of effects on Earth, including radio blackouts, power outages, and damage to satellites and other space-based infrastructure. The frequency of solar flares varies over time, with the sun experiencing more flares during periods of high activity and fewer during periods of low activity. The sun operates on a roughly 11-year cycle, with the most recent solar maximum occurring in 2014. During this phase, the sun experienced a high degree of activity, with numerous solar flares and other events occurring. Scientists monitor solar activity closely, as these events can have significant impacts on Earth and the space around it. By studying the sun's behavior, researchers can gain a better understanding of how it works and how it influences our planet and its atmosphere. Solar flares occur most frequently during the solar maximum, when the sun's magnetic field is the most active and chaotic. These explosive events can cause a variety of effects on Earth, from radio blackouts to power outages and damage to space-based infrastructure. Scientists closely monitor solar activity in order to better understand the sun and its effects on our planet.
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why do some scientists doubt that a meteorite impact was the sole cause of the mesozoic extinction event?
Some scientists doubt that a meteorite impact was the sole cause of the Mesozoic extinction event for several reasons. There are many ways in which extraterrestrial impacts could have contributed to the extinction of non-avian dinosaurs and other Mesozoic species.
However, there is still much that we do not know about the details of how the Mesozoic extinction event unfolded.
Some of the main reasons why some scientists are skeptical of the idea that a single meteorite impact caused the Mesozoic extinction event are:
1. The geological record does not always provide conclusive evidence for a single, large-scale impact event. Some researchers have suggested that there may have been multiple impact events occurring over a longer period of time.
2. There is still much that we do not know about how the Mesozoic extinction event unfolded, and the precise timing of events may be difficult to determine.
3. Other factors such as volcanism, climate change, and changes in sea level may have played a role in the extinction of Mesozoic species.
4. The mechanisms by which an impact event could cause such widespread extinction are still not well understood.
5. The fossil record indicates that some species survived the initial impact event, which suggests that other factors may have contributed to their eventual extinction.
Overall, while the idea that a meteorite impact caused the Mesozoic extinction event is still widely accepted, there is still much that we do not know about the details of how this event unfolded.
There is ongoing research into other possible causes of the Mesozoic extinction event, and this research may shed further light on this fascinating period of Earth's history.
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Recall that the normal lapse rate of temperature change with altitude is 6. 4 C°/1000 m, or 3. 5 Fº/1000 ft. 
Calculate the difference in elevation between La Paz and Concepción and calculate what the difference
in their mean (average) annual temperatures should be, based on cooling at the normal lapse rate. Is the
actual difference between the mean annual temperatures for these two cities higher, lower, or the same
as that produced by calculating average normal lapse rate conditions? (Show your work. )
La Paz, located in Bolivia, has an altitude of approximately 3,650 meters (11,975 feet), while Concepción, located in Paraguay, has an altitude of approximately 48 meters (157 feet). Thus, the difference in elevation between the two cities is 3,650 - 48 = 3,602 meters (11,818 feet).
To calculate the expected difference in their mean annual temperatures based on the normal lapse rate, we can use the formula:
Temperature difference = lapse rate * (elevation difference / 1000)
Given that the normal lapse rate is 6.4°C/1000 m, or 3.5°F/1000 ft, and the elevation difference is 3,602 meters, the temperature difference between La Paz and Concepción should be:
Temperature difference = 6.4 * (3602 / 1000) = 23.04°C
This means that based on the normal lapse rate, we would expect the mean annual temperature in La Paz to be approximately 23.04°C lower than in Concepción.
To determine if the actual difference between the mean annual temperatures for these two cities is higher, lower, or the same as that produced by calculating the average normal lapse rate conditions, we would need to compare the observed temperature data for both cities. If the actual temperature difference is greater than 23.04°C, then the actual conditions in the cities are contributing to a larger temperature difference. If the actual temperature difference is smaller, it means that other factors are influencing the temperatures in these locations, such as local climate patterns, oceanic influences, or geographic features.
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Document 1: Family Life
The ancient hunter-gatherers lived in small groups, normally of about ten or twelve adults plus children. They were regularly on the move, searching for nuts, berries and other plants  and following the wild animals. Each group had a large “territory” over which it roamed – large, because only a small proportion of the plants in any given environment were suitable for people to eat, and these came into fruit at different times of the year meaning a large area of land was needed to meet the food needs of a small number of people. 	
These family groups belonged to larger “clans” of 50 to 100 adults, spread over a wide area and whose members regarded themselves as a “people”, descended from a common ancestor. Kinship (family ties) was crucially important. This more than anything else gave them their identity and defined their place in the world. More practically, it told them who their friends and allies were, and governed whom they could or could not marry (incest, though differently defined at the margins, was a universal taboo, but marriage outside the clan was also restricted). There may well have been individuals within clans particularly revered for their wisdom and judgement, or even credited with special magical powers; but it is highly unlikely that anyone exercised any significant authority over any group larger than the family group. 
Questions: 
What is the main idea of Document 1?
Why did these small family groups have a large territory?
Based on this document, how would you describe family life in the Paleolithic Era?
Answer:
Explanation:
Là văn
Are there other natural resources found in the UAE other than natural gas and oil?
Answer: Yes, there are other natural resources found in the UAE besides natural gas and oil. Some of these resources include:
Minerals: The UAE has significant deposits of various minerals, including copper, gold, silver, zinc, and magnesium.
Fish: The waters around the UAE are rich in fish, making it an important fishing ground. The most common types of fish caught in the UAE include tuna, grouper, and snapper.
Explanation:i know
why does the law of superposition apply to sedimentary rocks
The law of superposition applies to sedimentary rocks because of the way they are formed and deposited over time. Sedimentary rocks are formed through the accumulation and consolidation of sediment, which includes particles of various sizes, minerals, and organic materials. As new layers of sediment are deposited, older layers become buried beneath them.
The law of superposition states that in an undisturbed sequence of sedimentary rocks, the youngest rocks are found on top, while the oldest rocks are found at the bottom. This principle is based on the understanding that sedimentary deposition occurs in a continuous and progressive manner over time.
When sediment is deposited, the older layers are already in place, and new layers are added on top of them. This creates a stratigraphic sequence where the layers are stacked in chronological order, with the youngest layer on top and the oldest layer at the bottom. The process of sedimentation occurs gradually, with each layer representing a distinct period of time.
The law of superposition is based on the assumption that undisturbed sedimentary rocks accumulate in a predictable manner, with newer sediments settling on top of older sediments. This principle is fundamental in understanding the relative ages of sedimentary rock layers and the chronological order in which they were deposited.
By studying the arrangement of sedimentary rock layers and applying the law of superposition, geologists can decipher the relative ages of different rock units and reconstruct the geological history of an area. It provides a valuable tool for determining the sequence of events and the relative timing of geological processes in Earth's history.
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Starting from meadow, a German shepherd wanders 5 km in a direction 30 degrees south of west and then 6 km a direction 20 degrees east of south before locating a lost sheep. The ranch is located 4 km at 30 degrees north of east from the meadow. How far and in what direction must the shepherd guide the sheep back to the ranch?
The shepherd must lead the sheep approximately 8.27 km in a direction of 49.83 degrees southeast and return to the pasture.
Decompose the motion and use vector addition to determine the distance and direction the shepherd must bring the sheep back to the pasture.
Pastoral movement:
The shepherd first moves 5 km in the direction of 30 degrees southwest.
After that, the shepherd moves 6 km from south to east in a direction of 20 degrees.
Ranch location:
The ranch is located 4 km 30 degrees northeast of the meadow. To find the net shift from pasture to sheep position, the individual shifts can be summed.
First, let's convert the given direction to a standard compass direction.
30 degrees west to south is 150 degrees from the positive x-axis (west).
20 degrees south to east corresponds to 70 degrees from the negative x-axis (south).
Now we can compute the x and y components of the shepherd's total displacement.
For 5k moves:
x component = 5 km ˣ cos(150 degrees) = -2.89 km (west)
y component = 5 km ˣ sin(150 degrees) = -2.50 km (south)
For a 6km trip:
x component = 6 km ˣ cos(70 degrees) = 2.77 km (east)
y component = 6 km ˣ sin(70 degrees) = -5.76 km (south)
Now let's calculate the total displacement by adding the x and y components.
total x components = -2.89 km + 2.77 km = -0.12 km
total y component = -2.50 km - 5.76 km = -8.26 km
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what property of the crust allowed it to form as the exterior of the earth? a. it's low density b. it's high density c. it's temperature. d. it's age
Option a, The crust's low density is what made it possible for it to develop as the Earth's outer layer.
High-density rock makes up the Earth's mantle, whereas lighter, lower-density rock came to the top to create the crust when the planet developed and cooled.
The heavier, higher-density rock was able to sink to the planet's core as a result of this differentiation process, while the lighter, lower-density rock persisted at the planet's surface.
The Earth's crust, which makes up the top layer of the planet, may float upon that mantle thanks to its low density.
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the documentation of surface characteristics and geographic coordinates of sites and other archaeological features is called:
Which of these was a major hypothesis for the Moon's formation during the years beforethe Apollo samples had been thoroughly analyzed? Check all that apply.
a. The solar ejection hypothesis
b. The giant-impact hypothesis
c.The sister theory
d.The fission hypothesis
e.The capture hypothesis
The Sister Theory and The Capture Hypothesis were both major hypotheses for the Moon's formation before the Apollo samples had been thoroughly analyzed. 
The Sister Theory proposed that the Moon and Earth formed together, in a common ‘sister’ origin. This suggests that the two were formed from the same cloud of gas and dust, and that the Moon was born from the Earth itself. 
The Capture Hypothesis suggested that the Moon formed independently, and then was later captured by the Earth’s gravity. This hypothesis suggested that the Moon originated from somewhere else in the Solar System, and was pulled into the Earth’s orbit. 
The Apollo samples provided crucial evidence in determining which of these theories was more likely to be correct. By analyzing the chemical and isotopic composition of lunar rocks, scientists were able to gain insight into the Moon’s origin and learn which of these hypotheses was most accurate. 
Ultimately, it was found that the Sister Theory was more likely to be correct.
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If you were swimming off the coast of south Brazil (an eastern South American country) in the Atlantic Ocean, what type of current would you be in based on your knowledge of ocean circulation patterns
Answer:
Brazil Current, branch of the Atlantic South Equatorial Current, flowing southward in the South Atlantic Ocean along the eastern coast of South America from Cape St. Roque, Brazil, to about latitude 30°–40° S, where the northward-flowing Falkland Current deflects it to the east.
Explanation:
What set of reflections would carry parallelogram ABCD onto itself? (6 points) Parallelogram ABCD is shown. A is at negative 1, negative 2. B is at negative 2, negative 1. C is at negative 4, negative 1. D is at negative 3, negative 2. x-axis, y=x, x-axis, y=x y=x, x-axis, y=x, y-axis y-axis, x-axis, y-axis x-axis, y-axis, y-axis
 
                                                The option that is a set of reflections that would also carry parallelogram ABCD onto itself is y=x, x-axis, y=x, y-axis.
What is the reflection about?Reflection is known to be the alteration in direction of a wave front and this is one that occurs at an interface that exist between two kinds of media making the wave front is said to be sent back into the medium where it was obtained.
Note that the The vertices of parallelogram ABCD are A(-1,-2), B(-2,-1), C(-4,-1), D(-3,-2) and when you look at the image, only option 2 of y=x, x-axis, y=x, y-axis fits into the values given.
For example if (-4, 1): Reflect across y-axis: (4, 1) Reflect across x-axis: (4, -1) Reflect across y-axis: (-4, -1) Reflect across x-axis: (-4, 1) note that it brings one back to (-4, 1).
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                                                            tác động của cuộc CMKH và CN hiện đại.
Answer:
ghi bằng tiếng anh mới có người giúp nha
What is the volume of x and the length of segment DE ?
 
                                                Answer:
x=6.6
DE is 16.2
Explanation:
10x + 15 = 81
10x = 81-15
10x = 66
x=6.6
DE = 2x + 3
DE = 13.2 + 3
DE = 16.2
Molten rock underground, usually rich in silica and containing dissolved gases, is called?
Answer:
Molten rock underground, usually rich in silica and containing dissolved gases, is called magma.