In the late 1800, many counties such as India was facing a great challenge of remaining unified with the larger variety of ethnic groups that were seeking independence within their borders.
Other nations such as Austria-Hungary were also fighting for their independence.Hence the option C is correct.
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They are a lot of challenges faced by people. In the late 1800, many counties such as Austria-Hungary was facing a great challenge of remaining unified with the larger variety of ethnic groups that were seeking independence within their borders.
Austria-Hungary was known to have some key issue facing the Empire. One of them was nationalism. This was mostly due to the demands for political and cultural equality for all.
In 1867, Hungary was known to have given a compromise to Austria as Hungarians did not want any more misunderstanding between them. They accepted and this stopped the Hungarian uprising.
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soil erosion control and carbon sequestration in shifting cultivated degraded highlands of eastern india: performance of two contour hedgerow systems
Contour hedgerow systems effectively control soil erosion and promote carbon sequestration in the shifting cultivated degraded highlands of eastern India.
Contour hedgerow systems have proven to be highly effective in addressing soil erosion and promoting carbon sequestration in the shifting cultivated degraded highlands of eastern India. These systems involve the establishment of hedgerows along the contours of the land, which serve as barriers to water flow and prevent the erosion of topsoil. The hedgerows consist of a variety of plants, including grasses, shrubs, and trees, which have deep roots that help bind the soil together and provide additional stability. As a result, the loss of fertile soil due to erosion is significantly reduced.
Furthermore, these contour hedgerow systems also contribute to carbon sequestration, which is the process of capturing and storing carbon dioxide from the atmosphere. The plants in the hedgerows absorb carbon dioxide during photosynthesis and store it in their biomass and the surrounding soil. This helps to mitigate climate change by reducing greenhouse gas emissions and enhancing the carbon storage capacity of the land.
The performance of two specific contour hedgerow systems in the shifting cultivated degraded highlands of eastern India has been studied and found to be highly effective in controlling soil erosion and promoting carbon sequestration. The implementation of these systems has led to a significant reduction in soil loss, thereby improving soil fertility and agricultural productivity. Additionally, the carbon sequestration potential of the land has been enhanced, contributing to the overall mitigation of climate change.
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Where did the Soviet Industrial power go when Operation Barbarossa kicked off?
A. The Caucasus
B. Into the Kola Peninsula
C. To the borders with Japan
D. Behind the Urals
Answer:
If I remember correctly the answer should be 'The Caucasus'
Name one another economic activity other than tourism which had threatened the eco- system of the northern mountains
Mining is another economic activity other than tourism which had threatened the eco- system of the northern mountains.
Mountains are generally considered remote because they are difficult to navigate, with few roads and limited access due to weather conditions. People imagine being largely untouched by humans and free from pollutants. Unfortunately, human activities such as mining, ranching, energy production and tourism affect them.
Humans have exploited the timber, mining and grazing resources of mountain environments for thousands of years. These and other activities have impacted mountain ecosystems to varying degrees. This activity pollutes even high altitude, remote and mountainous areas.
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What are some of the things that you are passionate about when studying geography? How do you think this subject can contribute to make the world a more better place.
countries size
it makes a country a better place as we know about our situation of natural resources pollution etc...
how do we determine the location of a recent earthquake
To determine the location of a recent earthquake, seismologists use seismometers, which are sensitive instruments that detect and record the seismic waves generated by earthquakes.
The following are the steps to determine the location of a recent earthquake:
Step 1: Seismographs record the arrival time of both the primary and secondary waves at each station.
Step 2: The difference in arrival times of the primary and secondary waves is used to calculate the distance between the earthquake and each station.
Step 3: A circle with the radius equal to the distance from the epicenter to the station is drawn around each station.
Step 4: The intersection of the circles gives the epicenter of the earthquake. Finally, using triangulation, the epicenter of the earthquake can be located.
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What term is used to describe a metropolitan area that spreads out to include several cities?
A.
suburb
B.
megalopolis
C.
freeway
D.
urban core
Answer: B. MEGALOPOLIS
Explanation: ANSWER ON EDMENTUM
how does the lack of infrastructure in the arctic impact clean up efforts?
The flat plateau region in the Andes Mountains that is mostly populated by indigenous people from Peru and Bolivia is called the __________.
A.
outback
B.
Pampas
C.
Altiplano
D.
rainforest
Answer:
Hi there The answer is C Altiplano
Explanation:
Answer:
i do belive it is C. i just took my topic test and correct
Explanation:
(Thank you person above me credits goes to him)
what is the correct order of events that characterizes a highly productive coastal upwelling regions such as shown here for peru?
The correct order of events that characterizes a highly productive coastal upwelling region such as Peru is:
(1) Prevailing winds blow from the south,
(2) Surface waters are pushed offshore,
(3) Upwelling of cold, nutrient-rich waters occurs,
(4) Nutrients support high primary productivity, and
(5) Fish and marine life abundance increase.
In highly productive coastal upwelling regions like Peru, the prevailing winds blow parallel to the coast from the south (1), causing surface waters to be pushed offshore (2). This movement of surface waters allows cold, nutrient-rich waters from deeper ocean layers to rise to the surface through upwelling (3).
The upwelled waters carry abundant nutrients, which support high primary productivity (4), leading to the growth of phytoplankton and subsequent food availability for higher trophic levels. As a result, fish and marine life abundance increase (5), attracting fishing activities and supporting local ecosystems and economies.
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Complete Question:
what is the correct order of events that characterizes a highly productive coastal upwelling regions such as shown here for peru?
Prevailing winds blow from the south, Fish and marine life abundance increase.Surface waters are pushed offshore, Nutrients support high primary productivity, and Upwelling of cold, nutrient-rich waters occurs,Give an example of human geography from the United States or Canada
Answer:
Examples of human geography from the United States or Canada
1. the presence of the largest and oldest megalopolises on the globe (Boswash, Great Lakes Megalopolis, Californian Megalopolis).
2. the largest urban agglomerations: New York City and Los Angeles.
3. the most populated regions in the United States (Atlantic coast: 4000 inhabitants/km²)
4. the population is a mixture of races and peoples, unique civilizations on the globe.
In 1980 there was growing concern that the protective ozone layer over the Antarctic might be decreasing and thereby allowing so much harmful ultraviolet radiation to reach the Earth that polar marine life would be damaged. Some government officials dismissed these concerns, since statistics indicated that global atmospheric ozone levels remained constant. The relevance of the evidence cited by the government officials in support of their position would be most seriously undermined if it were true that
Answer:
Even where the amount of atmospheric ozone is normal, some ultraviolet light reaches the Earth's Surface.
Explanation:
Before 1980 there was very little concern about atmospheric ozone decrease. Many plants and animals flourish in warm climates rather than in polar regions. The increase exposure to ultraviolet rays due to shift in atmospheric ozone has threatened marine life.
Which is cost and Which is Benefits
Answer:job creation- benefits,temporary expenses such as security-costs,disruption of normal businesses and commerce-costs, increase in tourism during and after the olympics-benefits,expenses for new infrastructure-cost,increase in civic pride and community unity-benefits, possibility that new infrastructure will not be used enough following the olympics-cost, dollars used to prepare for the olympics cannot be used to address other concerns in the city -cost. community improvements in transportation and other infrastructure-benefits
Explanation:
What are the 2 types of resources
Answer:
Two types of resources are: renewable resources and non-renewable resources.
Explanation:
some examples of renewable resources include:
waterwindsunlightsome examples of non-renewable resources include:
oilfossil fuelsgasHow are earth and Venus similar?
A. They are similar in size and direction of revolution around the sun.
B. They are similar in color and shape.
C. They are similar size in rotation direction.
Answer:
c
Explanation:
I think it may be c because of the arrows and they are similar in size
what is the tallest mountain in the world and where is it located?
Answer:
Mount Everest
Located in asia
Explanation:
The layer of charged particles within the thermosphere is called the____
Answer:
ionosphere
Explanation:
I hope this helps ;)
Answer: Ionosphere
Explanation:The ionosphere is a very active part of the atmosphere, and it grows and shrinks depending on the energy it absorbs from the Sun. The name ionosphere comes from the fact that gases in these layers are excited by solar radiation to form ions, which have an electrical charge.
Please help me
Technically, the term "Middle East" only includes the five countries of...
A.) Israel, Lebanon, Jordan, Syria, and Iraq
B.)Egypt, Jordan, Western Sahara, and Morocco
C.) Israel, Afghanistan, Iran, and Irag
The primary source of energy that drives convection within the atmosphere and oceans is
A. the force of gravity from the moon.
B. thermal energy from the sun.
C. Earth's magnetic field.
D. Earth's gravity.
Which of the following process map symbols signifies a process within a process?
a. Arrow
b. Circle
c. Rectangle
d. Diamond
e. Octagon
f. Terminator
g. Triangle
h. D-shaped symbol
i. Rectangle inside of a rectangle
Rectangle inside of a rectangle signifies a process within a process in process map symbols.
The process map is a tool which visually displays a process's components, steps, and outcomes in the form of simple, step-by-step process diagram. Process mapping is used to explain processes to team members and those involved in them. Process within a process is visually represented by a rectangle.
A process map is a visual depiction that includes details of how activities are carried out. The participants benefit from being able to observe the process's finer points up close, and this aids in their decision-making. The main areas of the process's strengths and weaknesses may be determined, including how each stage contributes to the overall result. Rectangular in shape, the Process shape symbolizes a procedure, action, or operation.
Option I is the correct answer.
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1. what are the two basic features of a fault and how would you differentiate between them?
The two basic features of a fault are hanging and footwall. The hanging wall is the upper side of the fault plane while the footwall is the lower side of the fault plane. The hanging wall moves downward and the footwall moves upward. The surface of the Earth is covered by a network of large cracks known as faults.
The earth's crust is in motion, which causes pressure to accumulate on the rocks, and this leads to the development of cracks that may result in earthquakes. Faults occur when rocks are subjected to a lot of pressure and break, forming a fracture or crack that separates the rocks. A fault occurs when two large blocks of the earth's crust shift position relative to one another. The movement of the rocks, as well as the direction in which they move, determine the type of fault. There are two types of faults based on their motion, namely, normal faults and reverse faults. A normal fault is characterized by the hanging wall moving downward relative to the footwall. The hanging wall is the block of rock that lies above the fault plane, while the footwall is the block of rock that lies below the fault plane. When the stress that created the fault is greater than the friction holding the rocks together, the rocks break apart, causing the hanging wall to move downward relative to the footwall.
On the other hand, reverse faults occur when the hanging wall moves upward relative to the footwall. Reverse faults are also called thrust faults, and they occur when rocks are under compression, and the hanging wall moves up. The hanging wall is usually moved up over the footwall. The reverse fault has an angle that is steeper than 45°.
In conclusion, the two basic features of a fault are hanging and footwall. The hanging wall is the upper side of the fault plane while the footwall is the lower side of the fault plane. The hanging wall moves downward and the footwall moves upward. Faults occur when rocks are subjected to a lot of pressure and break, forming a fracture or crack that separates the rocks.
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How it impact the environment
Humans impact the physical environment in many ways: overpopulation, pollution, burning fossil fuels, and deforestation. Changes like these have triggered climate change, soil erosion, poor air quality, and undrinkable water.
The The line with earthquakes released their pressure
A. Dotted line
B. Fault line
C. Earthquake line
D. Pressure line
Answer:
Earthquake
Explanation:
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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Point A is located 7600 kilometers from the epicenter of this earthquake. How many minutes did it take the first S-wave to reach point A? * 1 point
9 mins
11 mins
15 mins
20 mins
The major trade network that was established between the Americas, Africa, Asia and Europe was known as the
Exchange
Answer:
The Colombian Exchange
Explanation:
The trade network was named after Christopher Columbus due to his discovery of the Americas.
Answer:
columiban
Explanation:
The major trade network that was established between the Americas, Africa, Asia, and Europe was known as the __________ Exchange.
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.
E. What is the answer?
Daniel's mother'earned 2 304 pesos from the 32 boxes of cookies sold every day
during the quarantine period. How much does each box cost?
a. What is askede tot does each box
b. What are given?
c. What is/are the operation/s to be used?
d. What is the number sentence?
e. What is the answer?
Answer:
1) what is asked?
answer :
how much does each box cost?
2) what arecthe given?
answer :
2,304 pesos and 32 boxes of cookies
3) what is / are the operation/s to be used?
answer :
division
4) what is the number sentence?
answer :
2,304 divided by 32 = N
5) what is the answer
answer :
72 pesos does each box cost
Explanation:
Name and describe the two dominant types of terrain on the Moon. Be sure to include their theorized origins and relative ages.
Explain how "crater counting" helps determine the relative age of surfaces in the Solar System (make sure to properly cite any outside sources you use).
Earth's surface is considered "young" because there are very few visible impact craters. Describe at least three causes/processes responsible for Earth having so few impact craters relative to the "older" surface of the Moon, despite throughout geological history having been impacted at the same rate.
The two dominant types of terrain on the Moon are the maria and the highlands.
1. Maria: The maria are dark, flat areas on the Moon's surface that were formed by ancient volcanic activity. They are theorized to have originated from large impacts that caused the lunar crust to crack, allowing magma to flow and fill the resulting basins. The maria are relatively young, with ages estimated to be between 3 and 4 billion years.
2. Highlands: The highlands are lighter-colored, heavily cratered regions that make up the majority of the Moon's surface. They are believed to have formed during the Moon's early history when it was bombarded by a large number of asteroids and comets. These impacts created craters and ejected material, which eventually accumulated and solidified to form the highlands. The highlands are much older than the maria, with ages estimated to be around 4.5 billion years.
"Crater counting" is a method used to determine the relative age of surfaces in the Solar System, including the Moon. By analyzing the number of impact craters on a surface, scientists can infer its age. This method is based on the assumption that older surfaces have had more time to accumulate craters.
To determine the relative age of a surface using crater counting, scientists compare the number of craters on that surface to the number of craters on a known surface with a well-established age, such as the Moon's highlands. By counting the number of craters per unit area and considering the known age of the reference surface, they can estimate the age of the surface in question.
Regarding Earth's surface, there are several causes/processes responsible for its relatively low number of visible impact craters:
1. Erosion: Earth's surface is constantly changing due to erosion caused by weathering, water, wind, and other natural processes. This erosion gradually erases or modifies impact craters, making them less visible over time.
2. Plate tectonics: Earth's dynamic plate tectonics, which involve the movement and interaction of large sections of the Earth's crust, can result in the destruction or alteration of impact craters. Craters may be buried or modified by volcanic activity, earthquakes, and other tectonic processes.
3. Atmospheric protection: Earth's atmosphere provides a protective shield that helps to prevent smaller objects, such as meteoroids, from reaching the surface. When these objects enter Earth's atmosphere, they burn up due to friction, resulting in fewer impacts compared to the Moon, which lacks a significant atmosphere.
Overall, Earth's relatively young surface is due to erosion, plate tectonics, and atmospheric protection, which collectively reduce the visibility of impact craters despite a similar history of impacts as the Moon.
Sources:
- NASA. (n.d.). Moon. Retrieved from https://solarsystem.nasa.gov/planets/moon/overview/
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please help for a lot of points
The surface area of the missing faces is 72m², the length is 6m, and the breadth is 12m.
Given information,
Total surface area = 216 m²
Each surface area of 2 blocks = 24 m²
Each surface area of 2 blocks = 12 m²
The surface area of the two missing blocks is the same.
Total surface area = Sum of the surface area of all blocks
216m² = 12m² + 12m² + 24m² + 24m² + A + A
216 = 72 + 2A
216 - 72 = 2A
2A = 144
A = 144/2
A = 72m²
Area of rectangle = Length × Breadth
72 = Length × 12
Length = 72/12
Length = 6 m
Therefore, the surface area of the missing faces is 72m², the length is 6m, and the breadth is 12m.
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Which Planetary wind is most benefical to mankind
Answer:
Neptune and Saturn maybe this helps u
Answer:
neptune and saturn ok
Explanation:
this is help for you