What jobs do the the dalits (untouchables)have to do

Yes, depersonalization is in play with marikana situation have we gotten rid of depersonalization.  However, one of the most terrifying scenarios is the possibility that the condition has fundamentally and permanently altered your personality.

When you feel detached from yourself and your actions, feelings, or thoughts, you are said to be depersonalized. Derealization is the sensation that everything is not as it seems. Your surroundings might seem "lifeless" or "foggy" to you. The disorder is typically brought on by extreme stress, especially emotional abuse or neglect as a child or other significant stresses (such as experiencing or witnessing physical abuse). Detachment from oneself or one's surroundings can be sporadic or constant.

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Answer:

Brittle

Explanation:

The sentence is true. Scientists use sound waves to study the ocean floor in order to map the ocean floor and to detect geological features such as underwater volcanoes, mid-ocean ridges, and other geological features.

a. True - Mid-ocean ridges are mountain ranges found on the ocean floor, typically formed by volcanic activity. They can span thousands of kilometers and are typically the longest mountain ranges in the world.

b. True - Mid-ocean ridges can form islands when enough sediment and other material accumulates around them.

c. False - Mid-ocean ridges can be found in all of the world's oceans, not just the Atlantic Ocean. They are typically found along the boundaries of tectonic plates, and can be found in the Pacific, Indian, and Arctic Oceans, as well as the Atlantic Ocean.

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Answer:

Birth rate = A

Deart rate = B

Growth rate = D

Migration rate = C

The statement that best describes the planet Mars, our moon, and Halley's is  reflect the sun's light. Option A

The planet Mars, our moon, and Halley's comet have different properties and origins:

Mars is the fourth planet from the sun and is often referred to as the "Red Planet" because of its reddish appearance in the night sky. It has a thin atmosphere composed mostly of carbon dioxide and is known for its distinct geological features, such as the largest volcano in the solar system, Olympus Mons, and the longest canyon in the solar system, Valles Marineris.

The Moon is the Earth's natural satellite and is the fifth largest moon in the solar system. It has a rocky surface covered with impact craters, mountains, and plains. The Moon is thought to have formed about 4.5 billion years ago as a result of a collision between Earth and a Mars-sized object, which created debris that eventually coalesced into the Moon.

Halley's comet is a periodic comet that orbits the sun once every 76 years. It is known for its distinctive tail, which is composed of gas and dust particles that are blown away from the comet by the solar wind. Halley's comet is believed to have originated in the Kuiper Belt, a region of the solar system beyond the orbit of Neptune that contains many icy objects.

In summary, Mars is a planet with a thin atmosphere and distinct geological features, the Moon is a natural satellite with a rocky surface and thought to have formed from a collision with Earth, and Halley's comet is a periodic comet with a tail that originates from the Kuiper Belt.

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A Reflects the suns light because they are all in our solar system

The following sentence "Scientists use sound waves to study the ocean floor." is true. The option "a" is true about mid-ocean ridges Mid-ocean ridges are mountain ranges on the ocean floor.

The process that slowly adds new rock to the ocean floors is called sea-floor spreading.

The option "a" and "b" are true about sea-floor spreading: Harry Hess came up with the idea of sea-floor spreading, and sea-floor spreading happens at mid-ocean ridges.

Sound waves are longitudinal waves that are transmitted through any solid, liquid, or gas medium. They need a substance for transmission because their particles vibrate to produce waves that propagate through the substance.

The transmission of sound waves is due to the interaction between the molecules of the medium and the particles of the sound wave.

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The overall size of an earthquake as a geological event is described by its magnitude. The distance one side of the fault travels past the other, the rigidity of the rock. The size of the moving area are used to calculate the magnitude.

which is a measure of the total energy an earthquake radiates. The Moment Magnitude Scale is used today to measure the magnitude of earthquakes (MMS). The fault's rock movement is measured by MMS. Larger earthquakes, which can last for minutes, affect a much larger area, and cause more damage, are accurately measured by it.

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The plains have little flora. A desert is defined by minimal rainfall, sparse flora, and extreme temperatures. These climatic circumstances are not conducive to plant development. This is why plains have so little flora. (ii) Sahara arid dwellers dress in thick garments. The deserts have sparse greenery due to unfavourable climatic circumstances for the flora world to thrive. The desert has either an extreme hot or extreme frigid temperature and gets little rainfall, making it unsuitable for vegetation growth. The Sahara arid people dress in thick garments. The temperature in the deserts is either very hot and arid or very frigid and dry, making it impossible for vegetation to develop. Rainfall is scarce. HenceAs a result, vegetation cannot develop in dry circumstances. For the most part of the year, the soil is either sandy (in hot deserts) or blanketed in snow (in frigid deserts). The flora of an area is typically determined by two factors: temperature and soil. The desert's climatic conditions are either extremely hot and arid or extremely frigid and dry, making it unfit for plant development in this area.

Answer:

Shelter, water, food, space, and land.

Explanation:

Answer:

food,water,cover, space,and arrangement

Explanation:

Plate boundaries are the location of much geologic movement - earthquakes, volcanoes as well as considerable topography such as mountain assortment like the Himalayas are all consented wherever two or more plates encounter along a boundary.

Ocean trenches are extensive, narrow, and depressed or recession on the subsurface. These chasms or ravines are the horizonless part of the ocean as well as some of the deepest natural scenes on earth.  

The red sea formed by Arabia splitting from Africa caused by continental accumulation. This split was asserted in the Eocene as well as hastened during the Oligocene.

Gulf of Suez, the Arabic northwestern arm of the red sea in the middle of Africa proper as well as the Sinai or Horeb peninsula of Egypt. The future of the land, the gulf is associated with the Mediterranean sea by the Suez canal as well as is an important shipping or dispatch route or avenue.

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the complete question is:

What kind of plate boundary is this environment based on the topography that you observe in addition to the presence of water?

Speculators speculate. How was the Red Sea formed? What will be the future of the land north of the Gulf Suez?

Explanation:

To determine the absolute humidity of a parcel of air when it is saturated, we need to calculate its maximum water vapor capacity at 40°C, also known as its saturation specific humidity.

The maximum water vapor capacity of air increases with temperature, so we need to use a formula that takes into account both temperature and pressure. One such formula is the Magnus-Tetens equation:

e = 6.112 × exp[(17.67 × T)/(T + 243.5)]

where e is the vapor pressure in hPa and T is the temperature in degrees Celsius.

Using this equation, we can calculate that at 40°C, the vapor pressure of saturated air is:

e = 6.112 × exp[(17.67 × 40)/(40 + 243.5)] = 7.958 kPa

Next, we need to convert this vapor pressure into absolute humidity using the following formula:

AH = (0.622 × e)/(P - 0.378 × e)

where AH is the absolute humidity in g/m3, P is the atmospheric pressure in kPa, and 0.622 and 0.378 are constants representing the molar mass ratio of water vapor to dry air and the ratio of the gas constants for water vapor and dry air, respectively.

Assuming a standard atmospheric pressure of 101.325 kPa, we can calculate that at 40°C and saturation, the absolute humidity of air would be:

AH = (0.622 × 7.958)/(101.325 - 0.378 × 7.958) = 51 g/m3

Therefore, if the initial parcel of air had an absolute humidity of 35 g/m3 and was heated to its saturation point at 40°C, its absolute humidity would increase to approximately 51 g/m3.

Answer: The easterlies wind is not a local wind.

Explanation:

The Westerlies have a significant impact on the weather conditions in the Western Cape region of South Africa. They bring moisture, influence temperature and humidity, and affect storm intensity. Understanding the influence of the westerlies is important for predicting and managing weather-related risks in the region.

The westerlies are dominant winds that blow from the west to the east in the mid-latitudes of both hemispheres. These winds are important in shaping the weather conditions in the Western Cape region. The westerlies bring moisture from the Atlantic Ocean, which results in rainy and cool weather conditions in the Western Cape during the winter months.

The westerlies also influence the temperature and humidity of the region. During the summer months, the westerlies bring dry air from the interior of South Africa, resulting in warm and dry conditions in the Western Cape. The westerlies also influence the intensity of storms in the region, as they can enhance the formation of weather systems such as cold fronts and cyclones.

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Answer:

true

Explanation:

Regional Metamorphism occurs on a large scale, typically involving hundreds of square kilometers of surface area. It is the most widespread of the metamorphic types and is typical of the major fold-mountain belts such as the Appalachians, Himalayas, Alps or Rocky Mountains.

The given statement "regional metamorphism is a common, widespread type of metamorphism typically associated with mountain building where large segments of the crust are deformed by the collision of two colliding blocks" is True because regional metamorphism is a type of metamorphism that occurs in wide areas of the Earth's crust.

Regional metamorphism occurs mainly in areas with mountain-building activity where large segments of the Earth's crust are deformed by the collision of two blocks. Metamorphic rocks are formed when pre-existing rocks undergo profound changes in response to the influence of high temperature, high-pressure fluids, and the passage of time.

Regional metamorphism, in which rocks are subjected to high pressure and temperature, is one of the two types of metamorphism. The process results in the formation of metamorphic rocks. The high pressure and temperature lead to the development of crystals, and the compression of layers causes the rock to become denser.

Regional metamorphism is widespread and can occur in large areas of the Earth's crust, often associated with the formation of mountains. The other type of metamorphism is contact metamorphism. In contrast to regional metamorphism, it occurs only in small areas and is caused by heat from magma chambers or hot igneous bodies.

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Europe is a continent located entirely in Northern Hemisphere and mostly in the Eastern Hemisphere.

A continent is a large, continuous area of land on Earth's surface. There are currently seven continents: Africa, Antarctica, Asia, Australia, Europe, North America, and South America. Each continent has its own unique geography, climate, and biodiversity. Continents are separated from each other by natural features such as oceans, seas, and mountain ranges. They are also home to various cultures, languages, and civilizations. The boundaries of continents are not always clearly defined, and there is ongoing debate among geographers about the number and classification of continents. Nonetheless, the concept of continents is an important way to understand and study the diversity of our planet's landmasses.

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West Punjab, which is now a part of Pakistan, experienced significant changes in the field of agriculture during the 19th century.

Introduction of Canal System:

One of the most significant changes in the agriculture sector of West Punjab during the 19th century was the introduction of the canal system. The canal system was introduced to help farmers irrigate their crops and improve agricultural productivity. The canal system was developed by the British administration, and it was a part of their plan to improve the agricultural productivity of the region. The canal system transformed agriculture in West Punjab by enabling farmers to grow more crops and raise more livestock.

Expansion of Cash Crop Cultivation:

Another significant change that occurred in the field of agriculture in West Punjab during the 19th century was the expansion of cash crop cultivation. The British administration encouraged farmers to grow cash crops like cotton, wheat, and sugarcane, which could be sold in the market for profit. As a result, farmers shifted from growing subsistence crops to cash crops, which had a higher demand in the market. This led to an increase in agricultural productivity and improved the standard of living for farmers.

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Answer: 66 million years ago

Explanation:

 The Mesozoic Era ended approximately 66 million years ago with the Cretaceous–Paleogene extinction event, which resulted in the extinction of the non-avian dinosaurs and many other species.

Answer: I got a a 100.

Answer:

anyone who is fond of space or satellites

Answer:

Harris's models are decentralized, whereas the others cities focus on the CBD (central business district).

Explanation:

The similarity between the multiple-nuclei model and the galactic city model, both developed by Chauncy Harris, is that they both recognize that cities can have multiple centers of activity, rather than a single central business district (CBD). Both models suggest that cities can have multiple nodes of economic activity and that these nodes can be connected by transportation networks.

A difference between Hoyt and Burgess's models is that the concentric zone model developed by Burgess suggests that cities develop in concentric rings, with the CBD at the center and various land uses radiating outwards in a series of concentric circles. In contrast, the sector model developed by Hoyt suggests that cities develop along transportation corridors or sectors, with various land uses aligned along these corridors.

Model with multiple nuclei. Chauncy Harris and Edward Ullman developed an economic model. It states that, while a city may have begun with a central.

Ullman and Harris' multiple nuclei model suggests that growth is independent of the central business district. The galactic city model depicts a city that is growing independently of the CBD, which is traditionally linked to the central city via an arterial highway or interstate.

A Multiple-Nuclei Model city is one that has several nodes that act as regional centers for economic or residential activity within one city rather than one central area. larger city. einsteineruploading up to get together with. larger city. With its many distinct neighborhoods, Los Angeles is a prototypical example of this type of city.

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1. Advocate for Biodiversity. 2.Stop illegal hunting. 3.construct natural wildlife and reserves. 4.promote afforestation. 5.stop deforestation.

The most abundant naturally occurring gas is nitrogen (N2), which makes up about 78% of air. Oxygen (O2) is the second most abundant gas at about 21%.

What percentages of the two main gases make up the Earth's atmosphere?

About 78.08 percent of the dry air on Earth is composed of nitrogen, 20.95 percent of it of oxygen, and 0.93 percent of it is argon. The remainder, or 0.04 percent, is made up of a variety of trace gases, including as ozone, nitrous oxide, methane, and carbon dioxide, all of which are greenhouse gases.

Why is there more nitrogen in the air?

Because it is least reactive, nitrogen is more abundant in the air. This equilibrium is naturally maintained by surface soil bacteria and plants, which convert nitrogen to ammonium, nitrites, and nitrates before releasing it as free nitrogen back into the atmosphere.

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The resource that majorly powered the 20th century and built the modern world is oil. Many renewable and non-renewable resources were used in the 20th Century but Oil has been a crucial resource for transportation, manufacturing, and energy production, making it a very important component of modern industrial societies.

Throughout the 20th century, the world was powered by fossil fuels that were instrumental in driving modernization and progress. Fossil fuel includes: coal, oil, and natural gas. The widespread use of fossil fuels played a critical role in powering the industrial revolution, facilitating the growth of transportation and communication networks, and driving economic development worldwide. But the use of these resources has come at a significant cost to the environment, with greenhouse gas emissions leading to climate change and other negative impacts on the planet. To work on the pollution generated by these fossil fuels, there is now a growing movement towards renewable energy sources as a cleaner and more sustainable alternative.

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Physical geography plays a major role in shaping the lives of people in different regions of South America. For example, the coastal regions of the continent have warm climates, which allow for the cultivation of crops such as coffee and cocoa, while in the Andes Mountains, cold temperatures create an environment suitable for herding animals.

The physical geography of South America has had a significant impact on the lives of people in various regions. Here are three examples:

The Andes Mountains: The Andes are the world's longest mountain range, stretching over 4,300 miles through South America. The Andes have a profound impact on the lives of people living in this region. The rugged terrain of the Andes makes it difficult to traverse, making transportation and communication a challenge. The high altitude and cold climate of the Andes also make agriculture and settlement challenging, with limited arable land and water resources. Despite these challenges, the Andes have also provided valuable resources to the people living in this region, including minerals, hydroelectric power, and tourism.

The Amazon Rainforest: The Amazon rainforest is the largest rainforest in the world, covering over 2 million square miles. The rainforest has a significant impact on the lives of people living in this region. The Amazon basin is home to a diverse array of flora and fauna, and many indigenous peoples have lived in this region for centuries, relying on the natural resources of the rainforest for their livelihoods. However, the exploitation of the Amazon's natural resources has also caused significant environmental damage, including deforestation, soil erosion, and loss of biodiversity. The Amazon rainforest is also home to many endemic diseases and poses significant health risks to the people living in this region.

The Pampas: The Pampas is a vast grassland region in Argentina, Uruguay, and Brazil, covering over 300,000 square miles. The Pampas have played a crucial role in the development of agriculture in South America, providing fertile soil and a favorable climate for crops such as soybeans, wheat, and corn. The Pampas have also had a significant impact on the development of cattle ranching in this region, with Argentina being one of the largest beef exporters in the world. However, the intensive use of the Pampas for agriculture and ranching has also led to environmental degradation, including soil erosion and the loss of native grassland habitats.

In conclusion, the physical geography of South America has had a profound impact on the lives of people in various regions, with both opportunities and challenges. The people living in these regions have adapted to the natural environment over time, developing unique cultural and economic practices that reflect the geography of their region.

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Answer:

Environmental impact: The dam has led to the displacement of over a million people and caused significant environmental damage, including deforestation and loss of wildlife habitats.

Geopolitical concerns: The dam has led to tensions between China and downstream countries, including Vietnam and Cambodia, who are concerned about the impact on their water resources.

Safety concerns: The dam has been criticized for its potential to cause catastrophic floods and landslides, which could affect millions of people downstream.

Economic concerns: The dam has been expensive to build and maintain, and some argue that its benefits, such as increased hydropower and shipping capacity, have been overstated.

Overall, the Three Gorges Dam is controversial due to its significant social, environmental, and geopolitical impacts, which have raised questions about its sustainability and long-term viability.

Explanation: