Questões de Concurso
Sobre análise sintática | syntax parsing em inglês
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Text 7A3-I
As a science fiction writer, Octavia Butler forged a new path and envisioned bold possibilities. The future she wrote about is now our present moment. She wrote 12 novels and won each of science fiction’s highest honors. In 1995, she became the first science fiction writer to be awarded a MacArthur “genius” grant. She is also, increasingly, a writer recognized as one of the most important voices and visionaries of the 20th century, and now the 21st. As a Black woman and a writer, Butler demolished walls that seemed impermeable, writing on themes that seemed uncategorizable. Her ideas and characters continue to resonate with new readers when so many are looking for, if not hope, then a map for a way forward.
Her vision about the climate crisis, political and societal upheaval and the brutality and consequences of power hierarchies seems both sobering and prescient. However, as Butler often noted, being right was never the point. She didn’t want to be right — far from it. She wanted to give us time, and tools, to correct the course.
Lynell George. The Visions of Octavia Butler. Internet: <www.nytimes.com> (adapted).
In text 7A3-I, the clause “as Butler often noted” (second sentence of the second paragraph) is an adverbial clause that indicates
Text 7A3-I
As a science fiction writer, Octavia Butler forged a new path and envisioned bold possibilities. The future she wrote about is now our present moment. She wrote 12 novels and won each of science fiction’s highest honors. In 1995, she became the first science fiction writer to be awarded a MacArthur “genius” grant. She is also, increasingly, a writer recognized as one of the most important voices and visionaries of the 20th century, and now the 21st. As a Black woman and a writer, Butler demolished walls that seemed impermeable, writing on themes that seemed uncategorizable. Her ideas and characters continue to resonate with new readers when so many are looking for, if not hope, then a map for a way forward.
Her vision about the climate crisis, political and societal upheaval and the brutality and consequences of power hierarchies seems both sobering and prescient. However, as Butler often noted, being right was never the point. She didn’t want to be right — far from it. She wanted to give us time, and tools, to correct the course.
Lynell George. The Visions of Octavia Butler. Internet: <www.nytimes.com> (adapted).
In text 7A3-I, the clause “when so many are looking for, if not hope, then a map for a way forward” (last sentence of the first paragraph) is an adverbial clause that indicates
Text 7A2-II
In October 1971, a gentleman called Frieder Nake published a note entitled, There Should Be No Computer Art, which I quote here. “Soon after the advent of computers, it became clear that there was a great potential application for them in the area of artistic creation”, he began. “Before 1960, amazing, large, expensive, digital computers helped to produce poetic text and music. Analog computers, or only oscilloscopes, generated drawings of sets of mathematical curves and representations of oscillations. It was not before the first exhibitions of computer produced pictures were held in 1965 that a greater public took notice of this threat, as some said, progress, as some thought. I was involved in this development from its beginning.
I think that the way the art scene reacted to the new creations is interesting, pleasing, and stupid. I stated in 1970 that I was no longer going to take part in exhibitions. I find it easy to admit that computer art did not contribute to the advancement of art if we compare the computer products to all existing works of art. In other words, the repertoire of results of aesthetic behavior has not been changed by the use of computers. This point of view, namely, that of art history, is shared and held against computer art by many art critics. There is no doubt in my mind”, Frieder Nake said, “that interesting new methods have been found in the last decade which can be of some significance for the creative artist”.
As you might imagine, this was a bit of a controversial take. Here was a man who had for part of the previous decade been an insider, an advocate for the use of algorithmic and generative processes to create art. However, he was now seeing things from another perspective. I’ll just finish with another piece from what he posted in that article: “Questions like ‘is a computer creative’, or ‘is a computer an artist’, or the like, should not be considered serious questions, period. In the light of what we are facing at the end of the 20th century, those irrelevant questions do not matter”.
Where is the Art? A History in Technology.
Internet: <https://www.infoq.com> (adapted).
In the first paragraph of text 7A2-II, the passage ‘amazing, large, expensive digital computers helped to produce poetic text and music’ (third sentence of the first paragraph) can be correctly rewritten, in terms of grammatical rules, as
Text 7A2-II
In October 1971, a gentleman called Frieder Nake published a note entitled, There Should Be No Computer Art, which I quote here. “Soon after the advent of computers, it became clear that there was a great potential application for them in the area of artistic creation”, he began. “Before 1960, amazing, large, expensive, digital computers helped to produce poetic text and music. Analog computers, or only oscilloscopes, generated drawings of sets of mathematical curves and representations of oscillations. It was not before the first exhibitions of computer produced pictures were held in 1965 that a greater public took notice of this threat, as some said, progress, as some thought. I was involved in this development from its beginning.
I think that the way the art scene reacted to the new creations is interesting, pleasing, and stupid. I stated in 1970 that I was no longer going to take part in exhibitions. I find it easy to admit that computer art did not contribute to the advancement of art if we compare the computer products to all existing works of art. In other words, the repertoire of results of aesthetic behavior has not been changed by the use of computers. This point of view, namely, that of art history, is shared and held against computer art by many art critics. There is no doubt in my mind”, Frieder Nake said, “that interesting new methods have been found in the last decade which can be of some significance for the creative artist”.
As you might imagine, this was a bit of a controversial take. Here was a man who had for part of the previous decade been an insider, an advocate for the use of algorithmic and generative processes to create art. However, he was now seeing things from another perspective. I’ll just finish with another piece from what he posted in that article: “Questions like ‘is a computer creative’, or ‘is a computer an artist’, or the like, should not be considered serious questions, period. In the light of what we are facing at the end of the 20th century, those irrelevant questions do not matter”.
Where is the Art? A History in Technology.
Internet: <https://www.infoq.com> (adapted).
In the sentence “Here was a man who had for part of the previous decade been an insider, an advocate for the use of algorithmic and generative processes to create art.” (second sentence of the third paragraph of text 7A2-II),
Text 7A2-II
In October 1971, a gentleman called Frieder Nake published a note entitled, There Should Be No Computer Art, which I quote here. “Soon after the advent of computers, it became clear that there was a great potential application for them in the area of artistic creation”, he began. “Before 1960, amazing, large, expensive, digital computers helped to produce poetic text and music. Analog computers, or only oscilloscopes, generated drawings of sets of mathematical curves and representations of oscillations. It was not before the first exhibitions of computer produced pictures were held in 1965 that a greater public took notice of this threat, as some said, progress, as some thought. I was involved in this development from its beginning.
I think that the way the art scene reacted to the new creations is interesting, pleasing, and stupid. I stated in 1970 that I was no longer going to take part in exhibitions. I find it easy to admit that computer art did not contribute to the advancement of art if we compare the computer products to all existing works of art. In other words, the repertoire of results of aesthetic behavior has not been changed by the use of computers. This point of view, namely, that of art history, is shared and held against computer art by many art critics. There is no doubt in my mind”, Frieder Nake said, “that interesting new methods have been found in the last decade which can be of some significance for the creative artist”.
As you might imagine, this was a bit of a controversial take. Here was a man who had for part of the previous decade been an insider, an advocate for the use of algorithmic and generative processes to create art. However, he was now seeing things from another perspective. I’ll just finish with another piece from what he posted in that article: “Questions like ‘is a computer creative’, or ‘is a computer an artist’, or the like, should not be considered serious questions, period. In the light of what we are facing at the end of the 20th century, those irrelevant questions do not matter”.
Where is the Art? A History in Technology.
Internet: <https://www.infoq.com> (adapted).
In text 7A2-II, the fragment ‘I think that the way the art sc ene reacted to the new creations is interesting, pleasing, and stupid’ (first sentence of the second paragraph)
Text 7A2-I
If we believe that our own information age is defined by the digital structures of electronic communication, we must take early modern culture as inextricably bound to the medium of print. Printed text and image arose within a few years of each other in the mid-fifteenth century, credited to the German goldsmith Johannes Gutenberg, who seemingly drew together a series of extant yet disparate technologies into a new machine that could print several thousand sheets a day. The ancient oil or wine press, the goldsmith’s craft in fine metal carving, the late-medieval development of plentiful rag paper, and the recent formulation of more stable oil-based inks enabled Gutenberg’s ‘revolution’.
Similarly, early photography developed from a coming together of two otherwise disparate technologies: on the one hand, the pinhole camera through which capture a refected view of the world as an image, and on the other the chemical means to fix the effects of light exposure on paper. In both cases, these technologies shared aesthetic resources with other media available at the time, while also producing forms of representation that were uniquely theirs, and which offered access to new ways of seeing, and enabled new forms of subjectivity. The greatly expanded flow of visual information facilitated by these technological breakthroughs worked to quicken the circulation of knowledge, and the foundations of thought itself.
Genevieve Warwick and Richard Taws. After Prometheus:
Art and Technology in Early Modern Europe. In:
Art History – Journal of the Association of Art Historians.
Special Edition: Art and Technology in Early Modern Europe. p. 201 (adapted)
In the first sentence of text 7A2-I,
Text 1 – How children learn languages
Questions 31 to 39
How long does it take to learn a language?
The aim of the research was to examine important components of foreign language pronunciation instruction. The data consisted of 45 video-recorded (1) lessons in French-as-a-foreign-language in selected (2) secondary schools in Norway and semistructured (3) interviews conducted with the same teachers whose instruction was previously video-recorded (4). Results indicate too little dedicated (5) time for pronunciation practice; and a need for more training in and knowledge of phonetics and pronunciation pedagogy.
Fog harversting could provide water for arid cities
By Victoria Gill
READ TEXT I AND ANSWER THE FIVE QUESTION THAT FOLLOW IT
TEXT I
National Assessment Reform: Core Considerations for Brazil
Education has been an integral part of Brazil’s success story. With expanded access to basic education and improvements in literacy rates, young Brazilians are entering today’s workforce with higher levels of education than previous generations. This educational progress has contributed to and benefited from the economic growth that helped improve living standards and, during the first decade of the millennium, lifted more than 29 million people out of poverty. Trend data from the OECD Programme for International Student Assessment (PISA) reveal that Brazil’s increasing school participation rates have been realised alongside progress in education quality. This is a remarkable achievement considering that many of the new students progressing through the education system come from disadvantaged backgrounds and often lack the socio-economic support that helps enable learning. Nevertheless, PISA also reveals that the overall performance of Brazil’s education system is well below the OECD average and other emerging economies, such as parts of China and the Russian Federation. One reason for this is Brazil’s high share of students who do not achieve baseline proficiency, or Level 2 in PISA. Results from PISA 2018 show that 50% of Brazilian students failed to reach Level 2 in reading, meaning they can only complete basic tasks. Brazil’s share of low-performers was even higher in Mathematics and Science (68% and 55%, respectively). At the other end of the spectrum, few students in Brazil were able to answer more difficult PISA questions, like inferring neutrality or bias in a text, which require skills that are increasingly important in today’s world. The new approach to education, set out in the BNCC, aims not only to ensure that all students achieve basic cognitive skills but also develop the higher-order skills needed to solve complex problems of everyday life.
Adapted from: https://www.oecd-ilibrary.org/docserver/333a6e20- en.pdf?expires=1728831657&id=id&accname=guest&checksum=CD292865CAA9F4B A019D2FE4378B5D2D
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