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1. Objetividade
2. Concisão
3. Coesão e coerência.
( ) Favorece a conexão, a ligação, a harmonia entre os elementos de um texto.
( ) Está presente no texto que consegue transmitir o máximo de informações com o mínimo de palavras.
( ) Ir diretamente ao assunto que se deseja abordar, sem voltas nem redundâncias.
Assinale a alternativa em que a palavra destacada está no grau diminutivo:
Assinale a alternativa em que todas as palavras estão separadas corretamente:
Nas alternativas abaixo, temos um substantivo e um adjetivo, EXCETO em:
Assinale a alternativa em que o uso da vírgula está correto:
Assinale a alternativa em que a palavra está grafada incorretamente:
Em relação à tipologia textual, pode-se classificar a narrativa de Monteiro Lobato como uma:
Text 10A2-III
As the world keeps warming and electricity bills take center stage in national politics, the data center boom will drive up USA carbon emissions and electricity costs. But a few simple policies could help bring both emissions and prices back down. That‟s the message of a new analysis from the Union of Concerned Scientists released Wednesday, which models a variety of scenarios for how to fuel the coming artificial intelligence boom. The USA is poised to see a 60 to 80 percent increase in electricity demand through 2050, with data centers alone making up more than half of the increase by the end of this decade, the analysis finds. If policies stay the same as they currently are—with attacks on renewable energy being embedded into regulatory regimes and few significant national policies restricting carbon emissions from power plants—we could see between a 19 and 29 percent increase in CO emissions from USA power plants tied just to the energy needs of data centers over the next 10 years. There are answers, though: Bringing back tax credits for wind and solar energy, even if data centers eat up a significant chunk of new demand for electricity, would cut CO emissions by more than 30 percent over the next decade. They could also make wholesale electricity costs go down by about 4 percent by 2050, after a slight rise over the next decade. Power plants are the second-largest source of greenhouse gas emissions in the USA, making up about a quarter of the country‟s overall emissions. Last year, emissions from the USA power sector rose slightly, marking the first increase since 2023; commercial buildings like data centers, a separate analysis released last week from the Rhodium Group found, were the main drivers of that demand.
Internet:http://www.wired.com/
Text 10A2-III
As the world keeps warming and electricity bills take center stage in national politics, the data center boom will drive up USA carbon emissions and electricity costs. But a few simple policies could help bring both emissions and prices back down. That‟s the message of a new analysis from the Union of Concerned Scientists released Wednesday, which models a variety of scenarios for how to fuel the coming artificial intelligence boom. The USA is poised to see a 60 to 80 percent increase in electricity demand through 2050, with data centers alone making up more than half of the increase by the end of this decade, the analysis finds. If policies stay the same as they currently are—with attacks on renewable energy being embedded into regulatory regimes and few significant national policies restricting carbon emissions from power plants—we could see between a 19 and 29 percent increase in CO emissions from USA power plants tied just to the energy needs of data centers over the next 10 years. There are answers, though: Bringing back tax credits for wind and solar energy, even if data centers eat up a significant chunk of new demand for electricity, would cut CO emissions by more than 30 percent over the next decade. They could also make wholesale electricity costs go down by about 4 percent by 2050, after a slight rise over the next decade. Power plants are the second-largest source of greenhouse gas emissions in the USA, making up about a quarter of the country‟s overall emissions. Last year, emissions from the USA power sector rose slightly, marking the first increase since 2023; commercial buildings like data centers, a separate analysis released last week from the Rhodium Group found, were the main drivers of that demand.
Internet:http://www.wired.com/
Text 10A2-III
As the world keeps warming and electricity bills take center stage in national politics, the data center boom will drive up USA carbon emissions and electricity costs. But a few simple policies could help bring both emissions and prices back down. That‟s the message of a new analysis from the Union of Concerned Scientists released Wednesday, which models a variety of scenarios for how to fuel the coming artificial intelligence boom. The USA is poised to see a 60 to 80 percent increase in electricity demand through 2050, with data centers alone making up more than half of the increase by the end of this decade, the analysis finds. If policies stay the same as they currently are—with attacks on renewable energy being embedded into regulatory regimes and few significant national policies restricting carbon emissions from power plants—we could see between a 19 and 29 percent increase in CO emissions from USA power plants tied just to the energy needs of data centers over the next 10 years. There are answers, though: Bringing back tax credits for wind and solar energy, even if data centers eat up a significant chunk of new demand for electricity, would cut CO emissions by more than 30 percent over the next decade. They could also make wholesale electricity costs go down by about 4 percent by 2050, after a slight rise over the next decade. Power plants are the second-largest source of greenhouse gas emissions in the USA, making up about a quarter of the country‟s overall emissions. Last year, emissions from the USA power sector rose slightly, marking the first increase since 2023; commercial buildings like data centers, a separate analysis released last week from the Rhodium Group found, were the main drivers of that demand.
Internet:http://www.wired.com/
Text 10A2-III
As the world keeps warming and electricity bills take center stage in national politics, the data center boom will drive up USA carbon emissions and electricity costs. But a few simple policies could help bring both emissions and prices back down. That‟s the message of a new analysis from the Union of Concerned Scientists released Wednesday, which models a variety of scenarios for how to fuel the coming artificial intelligence boom. The USA is poised to see a 60 to 80 percent increase in electricity demand through 2050, with data centers alone making up more than half of the increase by the end of this decade, the analysis finds. If policies stay the same as they currently are—with attacks on renewable energy being embedded into regulatory regimes and few significant national policies restricting carbon emissions from power plants—we could see between a 19 and 29 percent increase in CO emissions from USA power plants tied just to the energy needs of data centers over the next 10 years. There are answers, though: Bringing back tax credits for wind and solar energy, even if data centers eat up a significant chunk of new demand for electricity, would cut CO emissions by more than 30 percent over the next decade. They could also make wholesale electricity costs go down by about 4 percent by 2050, after a slight rise over the next decade. Power plants are the second-largest source of greenhouse gas emissions in the USA, making up about a quarter of the country‟s overall emissions. Last year, emissions from the USA power sector rose slightly, marking the first increase since 2023; commercial buildings like data centers, a separate analysis released last week from the Rhodium Group found, were the main drivers of that demand.
Internet:http://www.wired.com/
Text 10A2-II
It was the middle of the afternoon, and my son, as he often does, wanted to watch Paw Patrol. “Pups Save a Humsquatch‟?” he pleaded, rattling off episode titles. “No, „Pups Save the Bears.‟ No, „Pups and the Stinky Bubble Trouble‟!” I hesitated, the first sign of defeat. We‟d settled into a virtuous no-TV-on-schoolnights routine, but it wasn‟t a school night, and my husband and I had already done everything there was to do with a 6-year-old on a below-freezing Chicago Saturday — made pancakes, drawn pictures, counted and written numbers up to 100, read stories, played hide-and-seek (which became tickle-and-run), practiced piano, gone to Sky Zone, eaten chicken and rice, played computer games at the library, transformed an errant cardboard box into a tube for our dog, pulled out his new kids‟ cookbook and cooked up chocolate pudding on the stove. What more was there? TV. There was TV! Deep down, parents know that plopping your young child in front of the TV feels bad. Of course, there are even more malevolent screens lurking. In an age of YouTube Kids and artificial intelligence chatbots and when a 2025 Pew survey showed that among parents of children 12 and under, more than half reported daily YouTube consumption, worrying about the cartoons my kindergartner streams may sound quaint. But my son is, for now, too young for the perils of the Internet and adequately distracted by streaming shows, which doesn‟t make me feel any better about leaning on them to keep him occupied.
Internet:
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