Questões de Concursos Arquiteto de Unificações

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1Q1078323 | Noções de Informática, Autocad, Arquiteto de Unificações, UNICAMP, VUNESP, 2024

O trabalho, no software AutoCAD™, em um arquivo de um projeto de grandes dimensões, que sofreu muitas alterações, está se tornando mais lento devido ao aumento do tempo de processamento dos comandos. Foi recomendada, então, a exclusão de blocos, camadas e outros elementos que não estão sendo mais utilizados no desenho, em sua versão corrente, mas que estão ainda presentes no arquivo de trabalho.

Tal operação é efetuada, no AutoCAD™, por meio do comando
  1. ✂️
  2. ✂️
  3. ✂️
  4. ✂️
  5. ✂️

2Q1078324 | Noções de Informática, Autocad, Arquiteto de Unificações, UNICAMP, VUNESP, 2024

Em um projeto de layout para ocupação de andar de uso administrativo de um edifício público, pretende-se utilizar a ferramenta Bloco (Block), do AutoCAD™, para extrair, para fins de orçamentação, as quantidades e preços de diferentes tipos de equipamentos a serem utilizados nos diferentes postos de trabalho. Há necessidade de se encontrar uma solução para os itens que se repetem no layout, porém com variações de configuração, como itens de hardware, cujo preço varia em função da configuração interna, mesmo quando o volume do equipamento e o espaço ocupado são os mesmos. Dispõe-se de uma lista de equipamentos, tipificados segundo configuração e preço, e sabe-se sua posição no layout. Os blocos são constituídos por um desenho que representa seu contorno, um texto identificando o item de layout e os atributos necessários ao projeto.

Para que se possa extrair a listagem de equipamentos com as respectivas quantidades e preços, é necessário e suficiente, dentre as alternativas, que se varie
  1. ✂️
  2. ✂️
  3. ✂️
  4. ✂️
  5. ✂️

3Q1024456 | Inglês, Palavras Conectivas Connective Words, Arquiteto de Unificações, UNICAMP, VUNESP, 2024

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Sustainability is a big buzzword in modern architecture – and not just when building the world’s tallest wooden skyscraper. According to the Green Building Council – an authority on sustainable buildings and communities in Australia – the built environment accounts for nearly 40% of “global energy related carbon emissions,” with materials and construction alone accounting for 11% of that global total. But once a recently approved residential high-rise in Perth, Australia, is erected, there will be no mistaking how central sustainability was to the project. Why? Because it would stand as the tallest wooden skyscraper in the world.

Envisioned by an Australian architecture firm, C6 (the project’s name, which is derived from its location at 6 Charles Street) aims to incorporate hybridized timber not just for floor paneling, but as an essential structural element throughout all of its 50 stories, making up a substantial amount of the project’s total materials. As a result, the architecture firm claims that C6 will use “around 45% less concrete than a traditional building of a similar scale”.

There’s no timeline for the completion of C6 just yet. But don’t be surprised if this landmark inspires other sustainable-minded architects to eclipse its benchmark by the time residents are moving in.


(https://www.architecturaldigest.com/story/, 12.10.2023)
No trecho do primeiro parágrafo – But once a recently approved residential high-rise in Perth, Australia, is erected –, a palavra em negrito é equivalente em português a
  1. ✂️
  2. ✂️
  3. ✂️
  4. ✂️
  5. ✂️

4Q1024457 | Inglês, Palavras Conectivas Connective Words, Arquiteto de Unificações, UNICAMP, VUNESP, 2024

Texto associado.
Leia o texto para responder à questão.


Sustainability is a big buzzword in modern architecture – and not just when building the world’s tallest wooden skyscraper. According to the Green Building Council – an authority on sustainable buildings and communities in Australia – the built environment accounts for nearly 40% of “global energy related carbon emissions,” with materials and construction alone accounting for 11% of that global total. But once a recently approved residential high-rise in Perth, Australia, is erected, there will be no mistaking how central sustainability was to the project. Why? Because it would stand as the tallest wooden skyscraper in the world.

Envisioned by an Australian architecture firm, C6 (the project’s name, which is derived from its location at 6 Charles Street) aims to incorporate hybridized timber not just for floor paneling, but as an essential structural element throughout all of its 50 stories, making up a substantial amount of the project’s total materials. As a result, the architecture firm claims that C6 will use “around 45% less concrete than a traditional building of a similar scale”.

There’s no timeline for the completion of C6 just yet. But don’t be surprised if this landmark inspires other sustainable-minded architects to eclipse its benchmark by the time residents are moving in.


(https://www.architecturaldigest.com/story/, 12.10.2023)
O trecho do segundo parágrafo – which is derived from its location at 6 Charles Street – apresenta
  1. ✂️
  2. ✂️
  3. ✂️
  4. ✂️
  5. ✂️

5Q1024458 | Inglês, Interpretação de Texto Reading Comprehension, Arquiteto de Unificações, UNICAMP, VUNESP, 2024

Texto associado.
Leia o texto para responder à questão.


Sustainability is a big buzzword in modern architecture – and not just when building the world’s tallest wooden skyscraper. According to the Green Building Council – an authority on sustainable buildings and communities in Australia – the built environment accounts for nearly 40% of “global energy related carbon emissions,” with materials and construction alone accounting for 11% of that global total. But once a recently approved residential high-rise in Perth, Australia, is erected, there will be no mistaking how central sustainability was to the project. Why? Because it would stand as the tallest wooden skyscraper in the world.

Envisioned by an Australian architecture firm, C6 (the project’s name, which is derived from its location at 6 Charles Street) aims to incorporate hybridized timber not just for floor paneling, but as an essential structural element throughout all of its 50 stories, making up a substantial amount of the project’s total materials. As a result, the architecture firm claims that C6 will use “around 45% less concrete than a traditional building of a similar scale”.

There’s no timeline for the completion of C6 just yet. But don’t be surprised if this landmark inspires other sustainable-minded architects to eclipse its benchmark by the time residents are moving in.


(https://www.architecturaldigest.com/story/, 12.10.2023)
The word timber, as used in the second paragraph of the text, can be understood as
  1. ✂️
  2. ✂️
  3. ✂️
  4. ✂️
  5. ✂️

6Q1024459 | Inglês, Pronomes Pronouns, Arquiteto de Unificações, UNICAMP, VUNESP, 2024

Texto associado.
Leia o texto para responder à questão.


Sustainability is a big buzzword in modern architecture – and not just when building the world’s tallest wooden skyscraper. According to the Green Building Council – an authority on sustainable buildings and communities in Australia – the built environment accounts for nearly 40% of “global energy related carbon emissions,” with materials and construction alone accounting for 11% of that global total. But once a recently approved residential high-rise in Perth, Australia, is erected, there will be no mistaking how central sustainability was to the project. Why? Because it would stand as the tallest wooden skyscraper in the world.

Envisioned by an Australian architecture firm, C6 (the project’s name, which is derived from its location at 6 Charles Street) aims to incorporate hybridized timber not just for floor paneling, but as an essential structural element throughout all of its 50 stories, making up a substantial amount of the project’s total materials. As a result, the architecture firm claims that C6 will use “around 45% less concrete than a traditional building of a similar scale”.

There’s no timeline for the completion of C6 just yet. But don’t be surprised if this landmark inspires other sustainable-minded architects to eclipse its benchmark by the time residents are moving in.


(https://www.architecturaldigest.com/story/, 12.10.2023)
In the third paragraph, the expression this landmark refers to the following expression from the first paragraph:
  1. ✂️
  2. ✂️
  3. ✂️
  4. ✂️
  5. ✂️
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