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TEXT I
Alexa, What Is There to Know about Love? Brian Bilston Alexa, what is there to know about love? What is there to know about love? A glove is a garment that covers the hand for protection from the cold or dirt and – Alexa, how does a human heart work? How does a human heart work? Blood is first received in the right atrium via two veins, the vena cava superior and inferior – Alexa, where do we go to when we die? Where do we go to when we die? Activating Google Maps. Completed activation. Would you like to start from your current location? Alexa, what does it mean to be alone? What does it mean to be alone? It is the silence left by words unsaid, the cold expanse of half a bed. It is the endless stretching of the hours, the needless tending of plastic flowers. It is an echo unanswered in a cave, the fateful ping of the microwave. It is the fraying of a worn shirt cuff, and the howl – Stop, Alexa. That’s enough.
Available on: https://brianbilston.com/2018/07/23/alexa-what-is-there-toknow-about-love/. Accessed on February 24th, 2025
TEXT II
AI won’t take your job if you know about IA Intelligence augmentation shows that human + AI is an ideal partnership – and the future of white-collar work The less exciting but more likely reality is that the changes AI brings to the workplace will entail upskilling — when workers learn new skills — not reskilling or complete replacement. And upskilling is not about surrendering to AI but instead about mastering intelligence augmentation, or IA, which is what happens when humans and AI work together to accomplish more as a team than either could flying solo. That collaboration is based on the distinction between two concepts: reckoning and judgment. Reckoning vs. Judgment A critical difference between AI and humans is our primary mode of operation. AI operates through what is often referred to as “reckoning,” such as calculative prediction. By that, we mean AI’s true capabilities are grounded in facts and historical knowledge - data that can be calculated, memorized, and repeated. It makes predictions based on what it knows. By contrast, humans operate through judgment or practical wisdom. We understand things AI can’t possibly know. That’s because we humans have lived experiences that continually inform how we see the world. It’s the intangible factors, like ethical considerations and empathetic responses, that make humans better equipped than AI to make complex decisions about human affairs. This practical wisdom is one reason humans must keep creating new things for IA to advance. Imagine what would happen if humans stopped writing original content. The current model of AI could never pass a certain point because it would never encounter new, innovative ideas. Eventually, AI would run out of new ideas to share, and our collective knowledge would stagnate. AI is like moonlight; its ideas come from the reflected sunlight of human insights. Now, it’s essential to recognize that this contrast between AI and humans is nothing to fear. Instead, it shows us why “human + AI” is an ideal work partnership. AI can perform massive calculations in the blink of an eye at a pace far superior to even the most intelligent human on the planet. When paired with a human capable of making quick decisions based on lived experience, judgment, and practical wisdom, it’s an immensely more powerful tool than it is on its own. Adapted from MCCOOL, Chris Dede and David. AI Won’t Take Your Job if You Know About IA. Harvard Graduate School of Education. Available on: https://www.gse.harvard.edu/ideas/news/24/02/ai-wont-take-your-job-ifyou-know-about-ai. Accessed on March 10 th, 2025.
TEXT III
It is possible to say that






Directions: Read text II and answer question.
TEXT II
AI won’t take your job if you know about IA
Intelligence augmentation shows that human + AI is an ideal partnership – and the future of white-collar work


Adapted from MCCOOL, Chris Dede and David. AI Won’t Take Your Job if You Know About IA. Harvard Graduate School of Education. Available on: https://www.gse.harvard.edu/ideas/news/24/02/ai-wont-take-your-job-ifyou-know-about-ai. Accessed on March 10th, 2025.
Directions: Read text II and answer question.
TEXT II
AI won’t take your job if you know about IA
Intelligence augmentation shows that human + AI is an ideal partnership – and the future of white-collar work


Adapted from MCCOOL, Chris Dede and David. AI Won’t Take Your Job if You Know About IA. Harvard Graduate School of Education. Available on: https://www.gse.harvard.edu/ideas/news/24/02/ai-wont-take-your-job-ifyou-know-about-ai. Accessed on March 10th, 2025.
Directions: Read text II and answer question.
TEXT II
AI won’t take your job if you know about IA
Intelligence augmentation shows that human + AI is an ideal partnership – and the future of white-collar work


Adapted from MCCOOL, Chris Dede and David. AI Won’t Take Your Job if You Know About IA. Harvard Graduate School of Education. Available on: https://www.gse.harvard.edu/ideas/news/24/02/ai-wont-take-your-job-ifyou-know-about-ai. Accessed on March 10th, 2025.
Directions: Read text II and answer question.
TEXT II
AI won’t take your job if you know about IA
Intelligence augmentation shows that human + AI is an ideal partnership – and the future of white-collar work


Adapted from MCCOOL, Chris Dede and David. AI Won’t Take Your Job if You Know About IA. Harvard Graduate School of Education. Available on: https://www.gse.harvard.edu/ideas/news/24/02/ai-wont-take-your-job-ifyou-know-about-ai. Accessed on March 10th, 2025.




λ1 : 4x2 − 9y2 + 24x + 72y − 72 = 0
e
λ2 : 4x2 + y2 + 24x + 2y + 21 = 0
cujos centros são, respectivamente, C1 e C2
A equação da reta mediatriz do segmento
é
Na figura fora de escala tem-se duas circunferências secantes nos pontos M e N, as retas r e s tangentes às circunferências menor e maior, respectivamente, com r ∩ s = M e os pontos K, N e L alinhados.
Os segmentos
medem, em cm, respectivamente,
x+5, x e 2x Analise as afirmativas a seguir, para as medidas dos segmentos em cm.
É correto afirmar que
com x4 < x3 < x1 < x2
Considere, no ciclo trigonométrico, os arcos α1 , α2 , α3 e α4 dados por sen (α1) = x1 , sen (α2) = x2 , sen (α3) = x3 e sen (α4) = x4 , com α1 < α2 < α3 < α4 e α1 , α2 , α3 e α4 ∈ [0 , 2π]
Considere, também, A, B, C e D os pontos de extremidades dos arcos α1 , α2 , α3 e α4, respectivamente, no sentido anti-horário, com origem no ponto de coordenadas (1 , 0)
Analise as afirmações a seguir.
(I) A sequência (x1, x2, x3, x4) é uma progressão geométrica.
(II) A sequência (α1, α2, α3, α4) é uma progressão aritmética.
(III) A área do polígono ABCD é igual a √3 unidades de área. É correto afirmar que
Se x = 1/3 é uma das soluções da inequação logb(x2 − 3x + 2) < logb(−x2 + 2x), então o conjunto solução S da inequação é
Na primeira entrada, o jogador deposita uma quantia inicial X em sua carteira. Em seguida, o jogador deve apontar o nome de um atleta da sua equipe. Caso o atleta apontado pelo jogador seja escalado para iniciar a partida, o jogador ganha 100% da quantia investida inicialmente; caso contrário, perde tudo.
Além disso, se o atleta começar o jogo como titular, o jogador terá que obrigatoriamente continuar apostando em mais três entradas. Essas entradas são referentes às três primeiras faltas cometidas pelo atleta escolhido, respeitando tão somente os seguintes critérios:
I – Se o atleta cometer uma falta simples, então, o jogador recebe o valor investido, acrescido de um terço desse valor.
II – Se a falta for dentro da área de meta e for marcado um pênalti contra sua equipe, então, o jogador perde 50% do valor investido.
III – Se o atleta cometer uma falta e receber cartão amarelo, então, o jogador perde todo o dinheiro que possui em sua carteira.
Considere que o valor inicial X depositado foi de R$ 243,00 e que o atleta escolhido, se for escalado para começar a partida, cometerá mais de três faltas.
Sendo assim, em cada entrada o jogador deverá apostar toda a quantia que tiver em sua carteira. Porém, quando o jogador perder tudo, não colocará mais nenhum dinheiro em sua carteira. A partir das situações descritas, a probabilidade do jogador, ao final da terceira falta, possuir mais do que o valor X inicialmente investido é
Se S é o conjunto formado por elementos que correspondem aos valores do determinante da matriz M, então a soma dos elementos do conjunto S é dada por
Sobre a função real f : A → IR, representada pelo gráfico abaixo, é correto afirmar que
