Questões de Concursos Interpretação de texto Reading comprehension

The Indian education sector has undergone a significant transformation in recent years, owing to the implementation of innovative technologies and solutions. According to a recent report, the e-learning market in India is estimated to have reached $ 1.96 billion in 2021, up from $ 247 million in 2016. The growth in popularity of mobile learning platforms among students has led to this expansion.

Mobile learning platforms are expected to play a significant role in the growth of the online education market in India. A report by a consultancy company projected that the online education market in India would reach $ 1.96 billion by 2021. Educational apps have seen tremendous success by offering interactive video lessons, quizzes, and personalized learning plans to help students succeed academically.

Personalized learning, tailoring teaching and learning to students’ needs, is also an important trend in the Indian education sector. In addition to technology, the Indian education sector has also witnessed the emergence of new pedagogical approaches such as experiential learning, project-based learning, and collaborative learning. These approaches focus on providing students with hands-on, practical learning experiences that prepare them for the real world.

With the continued adoption of these technologies and approaches, the future of education in India looks bright, offering students new opportunities to learn and grow.

Internet: <https://varthana.com/school> (adapted).

The Indian education sector has undergone a significant transformation in recent years, owing to the implementation of innovative technologies and solutions. According to a recent report, the e-learning market in India is estimated to have reached $ 1.96 billion in 2021, up from $ 247 million in 2016. The growth in popularity of mobile learning platforms among students has led to this expansion.

Mobile learning platforms are expected to play a significant role in the growth of the online education market in India. A report by a consultancy company projected that the online education market in India would reach $ 1.96 billion by 2021. Educational apps have seen tremendous success by offering interactive video lessons, quizzes, and personalized learning plans to help students succeed academically.

Personalized learning, tailoring teaching and learning to students’ needs, is also an important trend in the Indian education sector. In addition to technology, the Indian education sector has also witnessed the emergence of new pedagogical approaches such as experiential learning, project-based learning, and collaborative learning. These approaches focus on providing students with hands-on, practical learning experiences that prepare them for the real world.

With the continued adoption of these technologies and approaches, the future of education in India looks bright, offering students new opportunities to learn and grow.

Internet: <https://varthana.com/school> (adapted).

Read the following text to answer the question.

Written by Virginia Woolf, the following letter expresses her fear of another mental breakdown and her decision to take her own life.

“Dearest, I feel certain that I am going mad again. I feel we can't go through another of those terrible times. And I shan't recover this time. I begin to hear voices, and I can't concentrate. So I am doing what seems the best thing to do. You have given me the greatest possible happiness. You have been in every way all that anyone could be. I don't think two people could have been happier 'til this terrible disease came. I can't fight any longer. I know that I am spoiling your life, that without me you could work. And you will I know. You see I can't even write this properly. I can't read. What I want to say is I owe all the happiness of my life to you. You have been entirely patient with me and incredibly good. I want to say that – everybody knows it. If anybody could have saved me it would have been you. Everything has gone from me but the certainty of your goodness. I can't go on spoiling your life any longer. I don't think two people could have been happier than we have been. V.”

In the 20th century, we made tremendous advances in discovering fundamental principles in different scientific disciplines that created major breakthroughs in management and technology for agricultural systems, mostly by empirical means. However, as we enter the 21st century, agricultural research has more difficult and complex problems to solve.

The environmental consciousness of the general public is requiring us to modify farm management to protect water, air, and soil quality, while staying economically profitable. At the same time, market-based global competition in agricultural products is challenging economic viability of the traditional agricultural systems, and requires the development of new and dynamic production systems. Fortunately, the new electronic technologies can provide us a vast amount of real-time information about crop conditions and near-term weather via remote sensing by satellites or ground-based instruments and the Internet, that can be utilized to develop a whole new level of management. However, we need the means to capture and make sense of this vast amount of site-specific data.

Our customers, the agricultural producers, are asking for a quicker transfer of research results in an integrated usable form for site-specific management. Such a request can only be met with system models, because system models are indeed the integration and quantification of current knowledge based on fundamental principles and laws. Models enhance understanding of data taken under certain conditions and help extrapolate their applications to other conditions and locations.

Lajpat R. Ahuja; Liwang Ma; Terry A. Howell. Whole System Integration and Modeling — Essential to

Agricultural Science and Technology in the 21st Century. In: Lajpat R. Ahuja; Liwang Ma; Terry A. Howell

(eds.) Agricultural system models in field research and technology transfer.

Boca Raton, CRC Press LLC, 2002 (adapted).

O texto seguinte servirá de base para responder à questão.

Pontus

Pontus is a non-playable faction in Rome: Total War. Pontus was a Hellenistic Kingdom on the southern coast of the Black Sea.

Pontus are an eastern faction, based in Asia Minor (Modern-day Turkey), having their origins with an ambitious Persian noble who siezed the area when Alexander's empire broke up. They were best known for their support for the pirates of Cilicia and their subsequent defeat by Pompey.

A refreshingly different faction, Pontus are similar in some ways to the Seleucids, but mainly they are unique. With a large amount of missile cavalry, chariots chariot archers, Cappadocian Lancers and Pikemen, they have a different balance to most factions, while not severely lacking in any department except heavy infantry.

Pontus is a small faction in Asia Minor. While their army is relatively weak at the low initial development levels of Asia Minor, Asia Minor itself is a relatively easy part of the map to take and hold. Trade and growth are relatively good around the area and Rhodes, Crete and the Seleucids are soon ripe for the picking. Tactically, Pontus are an eastern faction. Expect to field a mobile army of mainly missile units. There are Macedonian-influenced Pikemen though, allowing a solid infantry line to be made when dealing with the western armies and to provide more strategic options.

Pontus have mostly the basic eastern units, but with skirmisher cavalry instead of mounted archers. Scythed Chariots and Chariot Archers are also available, allowing further flexibility. The infantry is a little ticklish at times though; The early infantry suffers from poor morale and a lack of stopping power, although Eastern Infantry are very good at stopping enemy chariots. Pikemen and Cappadocian Lancers are available later on though, allowing more Seleucid-influenced tactics to be used to good effect.

It was founded by Mithridates I in 291 BC and lasted until its conquest by the Roman Empire in 63 BC. Despite being ruled by a dynasty which was a descendant of the Persian Achaemenid Empire it became hellenized due to the influence of the Greeks on the black sea and the smaller Hellenistic kingdoms in the Middle East. Pontus grew to its largest extent under Mithridates VI the great, who conquered Colchis, Cappadocia, Bithynia, Lesser Armenia, the Greek colonies of the Tauric Chersonesosand for a brief time the Roman province of Asia.

Pontus starts in north and east Asia Minor, north of the Seleucid Empire, and west of Armenia. Their cities are:

Sinope - Pontic Capital; Region - Pontus

Mazaka - Pontic Large Town; Region - Cappadocia

Pontus infantry units include the feared Bronze Shield Pikemen, the elite of the army of Pontus, among the heirs of the world-conquering phalanxes of Alexander the Great. Pontus has effective cavalry including Cappadocian Cavalry, which are are excellent horsemen, best suited to charging into and breaking through enemy formations with their lances. Pontic heavy cavalry are javelin-armed horsemen who can also fight hand-to-hand - a potent combination in one force.

After a long struggle with Rome in the Mithridatic wars, Pontus was defeated, part of it was incorporated into the Roman Empire as the province Bithynia et Pontus and the eastern half survived as a client Kingdom. The Bosporan Kingdom also remained independent under Pharnaces II as an ally and friend of Rome. Colchis was also made into a client Kingdom. Pharnaces II later made an attempt at reconquering Pontus. During the civil war of Caesar and Pompey, he invaded Asia Minor, taking Colchis, lesser Armenia, Pontus and Cappadocia and defeating a Roman army at Nicopolis. Caesar responded swiftly and defeated him at Zela, where he uttered the famous phrase 'Veni, Vidi, Vici' (i came, i saw, i conquered). Pontic kings continued to rule the client Kingdom of Pontus, Colchis and Cilicia until Polemon II was finally forced to abdicate the Pontic throne by the Romans in 62 AD.

https://totalwar.fandom.com/wiki/Pontus

Pollution

Thick black smoke curling out of smokestacks, horrible-tasting chemicals in your drinking water, pesticides in your food - these are examples of pollution. Pollution is any contamination of the environment which causes harm to the environment or the inhabitants of the environment. There are many kinds of pollution, and there are many pollutants. Some obvious kinds of pollution are pollution of the air, soil, and water. Some less obvious, or less salient kinds of pollution are radioactive, noise, light pollution, and green-house gasses.

Air pollution can be caused by particles, liquids, or gases that make the air harmful to breathe. There are two main types of air pollution: primary and secondary. Primary pollutants enter the air directly, like smoke from factories and car exhaust. Secondary pollutants are chemicals that mix together to pollute the air, like mixtures of emissions, or waste output, from vehicles and factory smoke that change to form more dangerous pollutants in the air and sunlight.

Soil pollution can be caused by pesticides, leakage..........................chemical tanks, oil spills, and other chemicals..........................get into the soil by dumping or accidental contamination. Soil pollution can also cause water pollution.............................underground water becomes contaminated by coming.............................contact with the polluted soil.

Water pollution can be caused by waste products, sewage, oil spills, and litter in streams, rivers, lakes, and oceans. Some scientists believe that water pollution is the largest cause of death and disease in the world, causing about 14,000 deaths in the world each day.

Radioactive pollution can be caused by leaks or spills of radioactive materials. These materials can come from medical sources, nuclear power plants, or laboratories which handle radioactive materials. Air, soil, and water can be polluted by radioactivity. It can cause damage to animals, both internally and externally, by eating, drinking, or touching it. It can cause birth defects and genetic problems. It can cause certain cancers and other deadly diseases.

Noise pollution can be caused by vehicle, aircraft, and industrial noise. It can also be caused by military or experimental sonar. Noise has health effects on people and animals. In people, it can cause high blood pressure, heart problems, sleep disturbances, and hearing problems. In animals, it can cause communication, reproductive, and navigation problems – they have difficulty finding their direction. Sonar has even caused whales to beach themselves because they respond to the sonar as if it were another whale.

Light pollution can be caused by advertising signs, stadium and city lighting, and other artificial lighting (like the light caused by night traffic). Artificial lighting has health effects on humans and animals. In people, it can cause high blood pressure and affect sleeping and waking rhythms and immunity. It might be a factor in some cancers, such as breast cancer. In animals, it can affect sleeping and waking rhythms, navigation, and reproduction.

In addition, greenhouse gases have caused a warming effect on the earth’s climate. The greenhouse gases are water vapor, carbon dioxide, methane, and ozone. They are naturally–occurring gases in the atmosphere, but human activity has increased their concentration in the atmosphere. For example, the levels of carbon dioxide (CO2) in the atmosphere have risen due to the burning of fossil fuels. The effect is a rise in global temperatures. The higher temperatures cause the melting of glaciers, a rise in the water level of oceans, and the disruption of both land and marine life, including that of humans. Although carbon dioxide is necessary for plants to survive, it is also considered to be a kind of pollution because high levels of carbon dioxide have caused the oceans to become more acidic.

It is not possible for anyone to predict the exact timing and effects of global pollution and global climate change brought about by pollution. There is general agreement by scientists that the global climate will continue to change, that the intensity of weather effects will continue to increase, and that some species of animals will become extinct. There is also general agreement, or consensus, that humans need to take steps to reduce emissions of waste products and greenhouse gases into the atmosphere, make adaptations to the changes that are occurring, and figure out ways of reversing the trends of pollution and global warming.

Pollution

Thick black smoke curling out of smokestacks, horrible-tasting chemicals in your drinking water, pesticides in your food - these are examples of pollution. Pollution is any contamination of the environment which causes harm to the environment or the inhabitants of the environment. There are many kinds of pollution, and there are many pollutants. Some obvious kinds of pollution are pollution of the air, soil, and water. Some less obvious, or less salient kinds of pollution are radioactive, noise, light pollution, and green-house gasses.

Air pollution can be caused by particles, liquids, or gases that make the air harmful to breathe. There are two main types of air pollution: primary and secondary. Primary pollutants enter the air directly, like smoke from factories and car exhaust. Secondary pollutants are chemicals that mix together to pollute the air, like mixtures of emissions, or waste output, from vehicles and factory smoke that change to form more dangerous pollutants in the air and sunlight.

Soil pollution can be caused by pesticides, leakage..........................chemical tanks, oil spills, and other chemicals..........................get into the soil by dumping or accidental contamination. Soil pollution can also cause water pollution.............................underground water becomes contaminated by coming.............................contact with the polluted soil.

Water pollution can be caused by waste products, sewage, oil spills, and litter in streams, rivers, lakes, and oceans. Some scientists believe that water pollution is the largest cause of death and disease in the world, causing about 14,000 deaths in the world each day.

Radioactive pollution can be caused by leaks or spills of radioactive materials. These materials can come from medical sources, nuclear power plants, or laboratories which handle radioactive materials. Air, soil, and water can be polluted by radioactivity. It can cause damage to animals, both internally and externally, by eating, drinking, or touching it. It can cause birth defects and genetic problems. It can cause certain cancers and other deadly diseases.

Noise pollution can be caused by vehicle, aircraft, and industrial noise. It can also be caused by military or experimental sonar. Noise has health effects on people and animals. In people, it can cause high blood pressure, heart problems, sleep disturbances, and hearing problems. In animals, it can cause communication, reproductive, and navigation problems – they have difficulty finding their direction. Sonar has even caused whales to beach themselves because they respond to the sonar as if it were another whale.

Light pollution can be caused by advertising signs, stadium and city lighting, and other artificial lighting (like the light caused by night traffic). Artificial lighting has health effects on humans and animals. In people, it can cause high blood pressure and affect sleeping and waking rhythms and immunity. It might be a factor in some cancers, such as breast cancer. In animals, it can affect sleeping and waking rhythms, navigation, and reproduction.

In addition, greenhouse gases have caused a warming effect on the earth’s climate. The greenhouse gases are water vapor, carbon dioxide, methane, and ozone. They are naturally–occurring gases in the atmosphere, but human activity has increased their concentration in the atmosphere. For example, the levels of carbon dioxide (CO2) in the atmosphere have risen due to the burning of fossil fuels. The effect is a rise in global temperatures. The higher temperatures cause the melting of glaciers, a rise in the water level of oceans, and the disruption of both land and marine life, including that of humans. Although carbon dioxide is necessary for plants to survive, it is also considered to be a kind of pollution because high levels of carbon dioxide have caused the oceans to become more acidic.

It is not possible for anyone to predict the exact timing and effects of global pollution and global climate change brought about by pollution. There is general agreement by scientists that the global climate will continue to change, that the intensity of weather effects will continue to increase, and that some species of animals will become extinct. There is also general agreement, or consensus, that humans need to take steps to reduce emissions of waste products and greenhouse gases into the atmosphere, make adaptations to the changes that are occurring, and figure out ways of reversing the trends of pollution and global warming.