Questões de Concursos

Text CB1A2

Currently, the Digital Euro has not been launched — though there are signs that a launch may be coming sooner rather than later. By October 2025, the ECB (European Central Bank) has indicated a second phase of the preparation for the Digital Euro. By then, the ECB will have prepared an outreach plan, procurement standards, and technology providers.

The Digital Euro has potential downsides, many of them echoed in the other launches of central bank digital currencies. For example, the central bank will become a technology company focused on procurement with central points of failure. This was a breeding ground for corruption for the bureaucrat fortunate enough to make these technical choices in China.

While the Digital Euro is slated to “coexist” with cash, this also comes when EU (European Union) nations are voting on ending end-to-end encryption (a critical digital privacy tool) and have started to restrict cash with limits being placed on how much you can spend in cash to accelerate its slow demise.

User privacy is said to be the ECB’s “chief concern” as it has been designing the central bank’s digital currency. Certainly, the ECB is aware of public perception that has negative surveillance, control, and privacy implications in mind. The ECB has been at pains to say that the Digital Euro will “coexist” with cash and that unlike the e-CNY (China’s central bank digital coin) it will not be tied to a “social credit” score or place limits on how money is spent.

A big part of the ECB’s drive towards the Digital Euro is to compete and pry Europeans away from Bitcoin, cryptocurrencies, and “stablecoins”.

Central bank digital currencies are a direct liability of the central bank. Since the central bank has the power to issue currency, this means that the central bank can essentially create “digital euros” if it wishes to. The architecture and data within a central bank digital currency are usually built completely by the central bank supported by private vendors of its choice. In China, the central bank has turned away from a distributed ledger technology to a centralized data store, in which the technical details are pretty scant. Hence, the central bank controls everything, and the system has no external access.

Internet: <www.forbes.com/sites> (adapted).

How to Exercise While Sítting At Your Computer

Is your work stressing you out? Is your work making you fat? Of course, it is. If you are in a relationship with your work like me (I hate the word "workaholic") , then maybe you are also dealing with some relationship issues like stress and weight gain. Every person who has a desk job does not need to indulge in a tub of ice-cream after a particularly stressful day at work to gain the pounds. In fact, the downside of being a way too dedicated employee is that it will make you fat! The stress to perform plus the inactivity of a desk job will definitely increase your waist size. What's more, you will become lethargic once four hours of inactivity can seriously send your metabolism leveis to an all-time low. If you think that a 30 minute walk every day is enough cardio activity in a week to maintain your metabolism, you are wrong! Yes, I was surprised too! The mathematics of this is that when you perform any cardio activity, it elevates your metabolism rate for a span of time, but not the entire day. Because the rest of the day you are sitting idle on your chair without much activity, the 30 minute walk is not enough, nor is the 1-hour intense workout. What you need to do to keep yourself from pilling on the pounds is to keep your metabolism rate high all day long. For that, you need to break the no physical activity routine from 9 to 5 by exercising while sitting at your desk!

Here are simple exercises that take 5 minutes of your day and prevent you from feeling stiff.

A) Neck: To stretch your neck, slowly flex your head forward and backward, side to side and look right and left. This can be done almost any time to lessen tension and strain. Never roll your head around your neck— this could cause damage to the joints of the neck.

B) Shoulders: Roll your shoulders forward around 10 times, then backward. This helps release the tension off your shoulders.

C) Wrists: Roll your wrists regularly, around every hour or so. Roll the wrists 10 times clockwise, then 10 times counterclockwise. This will help minimize the potential for getting carpal tunnel syndrome if you spend a lot of time typing.

D) Ankles: Roll your ankles regularly. As with your wrists, roll the ankles in a clockwise motion three times, then counterclockwise. This helps improve blood circulation, and prevents that tingling feeling you can get when blood circulation is cut off, also known as "pins and needles".

(Adapted from http://www.buzzle.com and http://www.wikihow.com)

Read text I to answer the question.

TEXT I

Teachers in the Movement: Pedagogy, Activism, and Freedom

In this year's Presidential Address, historian Derrick P. Alridge __________ his current research project, Teachers in the Movement: Pedagogy, Activism, and Freedom. The project builds on recent literature about teachers as activists be tween 1950 and 1980 and explores how and what secondary and postsecondary teachers taught. Focusing on teachers in Maryland, Virginia, North Carolina, South Carolina, and Georgia, the project investigates teachers' roles as agents of social change through teaching the ideals of freedom during the most significant social movement in the United States in the twentieth century. Drawing on oral history and archival research, the project plans to produce five hundred videotaped interviews that will generate extensive firsthand knowledge and fresh perspectives about teachers in the civil rights move ment. By examining teachers' pedagogical activism during this period of rapid social change, Alridge hopes to inspire and inform educators teaching in the midst of today's freedom and social justice movements.

(Disponível em: https://eric.ed.gov/?id=EJ1255911)

Texto para a questão

Leveraging Student Interests to Teach Critical Analysis

Critical analysis often feels burdensome to students—an exercise in sorting hazy ideas with no clear payoff. Yet, when learners glimpse something of value—a “gem” amid the clutter—the process becomes not just manageable but invigorating. By tapping into topics they already care about, we can model the habits of mind involved in deep thinking before guiding students into unfamiliar territory. In this way, what begins as an exploration of personal passion becomes a transferable skill for any subject.

First, invite students to choose a subject that genuinely interests them—whether it’s dissecting the social commentary in a favorite song or debating the ethics of a beloved athlete’s off-field behavior. Guide them through selecting an analytical angle, unpacking layers of meaning, and celebrating discoveries. As they experience critical analysis as an energizing process rather than a dry requirement, they build confidence in their own intellectual curiosity and learn to seek connections between ideas.

Next, when faced with assignments that initially seem remote—say, an art critique or a historical essay—provide a lens that resonates with each student’s strengths. A budding fiction writer, for example, can approach a painting as she would a story: considering character, narrative arc, and emotional impact. By framing unfamiliar topics through familiar mindsets, you grant students an entry point that makes critical analysis feel both relevant and compelling.

Once students have internalized the underlying process, encourage them to take the reins. Rather than asking, “What does this mean?” shift to, “What does this mean to me?” Students might analyze ecological themes in a novel from their passion for climate justice, or reinterpret a political speech through the lens of family heritage. These personal connections transform assignments from obligatory tasks into opportunities for authentic inquiry.

Ultimately, teaching critical analysis in this way moves learners from guided practice to independent exploration. By beginning with their interests, scaffolding new angles, and then inviting student-driven investigations, educators can help every learner—from the avid gamer to the reluctant essay-writer—carry these skills into diverse subjects. In doing so, critical analysis becomes not a chore but a doorway to richer understanding.

Edutopia, May, 1st, 2025

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

TEXT 1

What do AI chatbots really mean for students and cheating?

October 31, 2023 By

Carrie Spector

The launch of ChatGPT and other artificial intelligence (AI) chatbots has triggered an alarm for many educators, who worry about students using the technology to cheat by passing its writing off as their own. But two Stanford researchers say that concern is misdirected, based on their ongoing research into cheating among U.S. high school students before and after the release of ChatGPT.

Here, Lee and Pope discuss the state of cheating in U.S. schools, what research shows about why students cheat, and their recommendations for educators working to address the problem.

What do we know about how much students cheat?

Pope: We know that cheating rates have been high for a long time. At Challenge Success we’ve been running surveys and focus groups at schools for over 15 years, asking students about different aspects of their lives — the amount of sleep they get, homework pressure, extracurricular activities, family expectations, things like that — and also several questions about different forms of cheating.

For years, long before ChatGPT hit the scene, some 60 to 70 percent of students have reported engaging in at least one “cheating” behavior during the previous month. That percentage has stayed about the same or even decreased slightly in our 2023 surveys, when we added questions specific to new AI technologies, like ChatGPT, and how students are using it for school assignments.

So AI isn’t changing how often students cheat — just the tools that they’re using?

Lee: The most prudent thing to say right now is that the data suggest, perhaps to the surprise of many people, that AI is not increasing the frequency of cheating. This may change as students become increasingly familiar with the technology, and we’ll continue to study it and see if and how this changes. But I think it’s important to point out that, in Challenge Success’ most recent survey, students were also asked if and how they felt an AI chatbot like ChatGPT should be allowed for school-related tasks. Many said they thought it should be acceptable for “starter” purposes, like explaining a new concept or generating ideas for a paper. But the vast majority said that using a chatbot to write an entire paper should never be allowed. So this idea that students who’ve never cheated before are going to suddenly run amok and have AI write all of their papers appears unfounded. What would you suggest to school leaders who are concerned about students using AI chatbots?

Pope: Even before ChatGPT, we could never be sure whether kids were getting help from a parent or tutor or another source on their assignments, and this was not considered cheating. Kids in our focus groups are wondering why they can't use ChatGPT as another resource to help them write their papers — not to write the whole thing word for word, but to get the kind of help a parent or tutor would offer. We need to help students and educators find ways to discuss the ethics of using this technology and when it is and isn't useful for student learning.

Lee: There’s a lot of fear about students using this technology. Schools have considered putting significant amounts of money in AI-detection software, which studies show can be highly unreliable. Some districts have tried blocking AI chatbots from school wifi and devices, then repealed those bans because they were ineffective. AI is not going away. Along with addressing the deeper reasons why students cheat, we need to teach students how to understand and think critically about this technology. For starters, at Stanford we’ve begun developing free resources to help teachers bring these topics into the classroom as it relates to different subject areas. We know that 3 teachers don’t have time to introduce a whole new class, but we have been working with teachers to make sure these are activities and lessons that can fit with what they’re already covering in the time they have available.

I think of AI literacy as being akin to driver’s education: We’ve got a powerful tool that can be a great asset, but it can also be dangerous. We want students to learn how to use it responsibly.

Available from: < https://ed.stanford.edu/news/what-do-ai-chatbots-really-mean-students-and-cheating>. Access: 08 Dec., 2023. Adapted.

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.