Text for the items from 32 to 40.

1 With concerns regarding climate change and the depletion of natural resources becoming more prevalent,

businesses and organizations across sectors are increasingly adopting sustainable practices. Technology, with its power to

optimize processes and reduce waste, is a key enabler in this transformation.

4 Systems analysts play a pivotal role in ensuring that sustainable technological solutions are effectively integrated

into organizations. By analyzing existing systems, identifying requirements, and designing new solutions, systems analysts

contribute to the development of strategies that optimize sustainability efforts.

7 Based on their analysis, systems analysts design and develop sustainable technological solutions that align with the

organization's objectives. Whether it's developing software applications to streamline energy management or implementing

smart systems for waste reduction, they tailor solutions to maximize sustainability benefits.

10 Systems analysts work closely with stakeholders, including IT teams and management, to implement sustainable

technological solutions seamlessly. Their role involves integrating new solutions with existing systems, ensuring compatibility,

and overcoming any technical challenges that may arise.

13 After the implementation of sustainable technology initiatives, systems analysts monitor and evaluate their

performance. They track key metrics, such as energy usage, waste reduction, and cost savings, to assess the effectiveness of

the solutions. This enables organizations to continuously optimize their sustainability efforts.

16 The collaboration between technology and sustainability brings forth numerous benefits for organizations and

the environment.

Sustainable technological solutions help reduce energy consumption, minimize waste generation, and lower

19 carbon emissions.

By adopting sustainable technology practices, organizations position themselves to thrive in a future where

sustainability becomes increasingly critical.

22 In conclusion, the role of systems analysts in synergizing technology and sustainability is paramount. As sustainability

continues to gain importance in the corporate world, systems analysts contribute by identifying areas for improvement,

designing sustainable solutions, and ensuring their successful implementation. By leveraging their expertise and collaboration,

25 we can create a greener and more sustainable future for generations to come.

Internet: <«www.moldstud.com> (adapted).

Based on the ideas expressed in the text above and general aspects of English grammar, judge the items from 32 to 40.

Text for the items from 32 to 40.

1 With concerns regarding climate change and the depletion of natural resources becoming more prevalent,

businesses and organizations across sectors are increasingly adopting sustainable practices. Technology, with its power to

optimize processes and reduce waste, is a key enabler in this transformation.

4 Systems analysts play a pivotal role in ensuring that sustainable technological solutions are effectively integrated

into organizations. By analyzing existing systems, identifying requirements, and designing new solutions, systems analysts

contribute to the development of strategies that optimize sustainability efforts.

7 Based on their analysis, systems analysts design and develop sustainable technological solutions that align with the

organization's objectives. Whether it's developing software applications to streamline energy management or implementing

smart systems for waste reduction, they tailor solutions to maximize sustainability benefits.

10 Systems analysts work closely with stakeholders, including IT teams and management, to implement sustainable

technological solutions seamlessly. Their role involves integrating new solutions with existing systems, ensuring compatibility,

and overcoming any technical challenges that may arise.

13 After the implementation of sustainable technology initiatives, systems analysts monitor and evaluate their

performance. They track key metrics, such as energy usage, waste reduction, and cost savings, to assess the effectiveness of

the solutions. This enables organizations to continuously optimize their sustainability efforts.

16 The collaboration between technology and sustainability brings forth numerous benefits for organizations and

the environment.

Sustainable technological solutions help reduce energy consumption, minimize waste generation, and lower

19 carbon emissions.

By adopting sustainable technology practices, organizations position themselves to thrive in a future where

sustainability becomes increasingly critical.

22 In conclusion, the role of systems analysts in synergizing technology and sustainability is paramount. As sustainability

continues to gain importance in the corporate world, systems analysts contribute by identifying areas for improvement,

designing sustainable solutions, and ensuring their successful implementation. By leveraging their expertise and collaboration,

25 we can create a greener and more sustainable future for generations to come.

Internet: <«www.moldstud.com> (adapted).

Based on the ideas expressed in the text above and general aspects of English grammar, judge the items from 32 to 40.

Text for the items from 32 to 40.

1 With concerns regarding climate change and the depletion of natural resources becoming more prevalent,

businesses and organizations across sectors are increasingly adopting sustainable practices. Technology, with its power to

optimize processes and reduce waste, is a key enabler in this transformation.

4 Systems analysts play a pivotal role in ensuring that sustainable technological solutions are effectively integrated

into organizations. By analyzing existing systems, identifying requirements, and designing new solutions, systems analysts

contribute to the development of strategies that optimize sustainability efforts.

7 Based on their analysis, systems analysts design and develop sustainable technological solutions that align with the

organization's objectives. Whether it's developing software applications to streamline energy management or implementing

smart systems for waste reduction, they tailor solutions to maximize sustainability benefits.

10 Systems analysts work closely with stakeholders, including IT teams and management, to implement sustainable

technological solutions seamlessly. Their role involves integrating new solutions with existing systems, ensuring compatibility,

and overcoming any technical challenges that may arise.

13 After the implementation of sustainable technology initiatives, systems analysts monitor and evaluate their

performance. They track key metrics, such as energy usage, waste reduction, and cost savings, to assess the effectiveness of

the solutions. This enables organizations to continuously optimize their sustainability efforts.

16 The collaboration between technology and sustainability brings forth numerous benefits for organizations and

the environment.

Sustainable technological solutions help reduce energy consumption, minimize waste generation, and lower

19 carbon emissions.

By adopting sustainable technology practices, organizations position themselves to thrive in a future where

sustainability becomes increasingly critical.

22 In conclusion, the role of systems analysts in synergizing technology and sustainability is paramount. As sustainability

continues to gain importance in the corporate world, systems analysts contribute by identifying areas for improvement,

designing sustainable solutions, and ensuring their successful implementation. By leveraging their expertise and collaboration,

25 we can create a greener and more sustainable future for generations to come.

Internet: <«www.moldstud.com> (adapted).

Based on the ideas expressed in the text above and general aspects of English grammar, judge the items from 32 to 40.

Text for the items from 32 to 40.

1 With concerns regarding climate change and the depletion of natural resources becoming more prevalent,

businesses and organizations across sectors are increasingly adopting sustainable practices. Technology, with its power to

optimize processes and reduce waste, is a key enabler in this transformation.

4 Systems analysts play a pivotal role in ensuring that sustainable technological solutions are effectively integrated

into organizations. By analyzing existing systems, identifying requirements, and designing new solutions, systems analysts

contribute to the development of strategies that optimize sustainability efforts.

7 Based on their analysis, systems analysts design and develop sustainable technological solutions that align with the

organization's objectives. Whether it's developing software applications to streamline energy management or implementing

smart systems for waste reduction, they tailor solutions to maximize sustainability benefits.

10 Systems analysts work closely with stakeholders, including IT teams and management, to implement sustainable

technological solutions seamlessly. Their role involves integrating new solutions with existing systems, ensuring compatibility,

and overcoming any technical challenges that may arise.

13 After the implementation of sustainable technology initiatives, systems analysts monitor and evaluate their

performance. They track key metrics, such as energy usage, waste reduction, and cost savings, to assess the effectiveness of

the solutions. This enables organizations to continuously optimize their sustainability efforts.

16 The collaboration between technology and sustainability brings forth numerous benefits for organizations and

the environment.

Sustainable technological solutions help reduce energy consumption, minimize waste generation, and lower

19 carbon emissions.

By adopting sustainable technology practices, organizations position themselves to thrive in a future where

sustainability becomes increasingly critical.

22 In conclusion, the role of systems analysts in synergizing technology and sustainability is paramount. As sustainability

continues to gain importance in the corporate world, systems analysts contribute by identifying areas for improvement,

designing sustainable solutions, and ensuring their successful implementation. By leveraging their expertise and collaboration,

25 we can create a greener and more sustainable future for generations to come.

Internet: <«www.moldstud.com> (adapted).

Based on the ideas expressed in the text above and general aspects of English grammar, judge the items from 32 to 40.

Text for the items from 32 to 40.

1 With concerns regarding climate change and the depletion of natural resources becoming more prevalent,

businesses and organizations across sectors are increasingly adopting sustainable practices. Technology, with its power to

optimize processes and reduce waste, is a key enabler in this transformation.

4 Systems analysts play a pivotal role in ensuring that sustainable technological solutions are effectively integrated

into organizations. By analyzing existing systems, identifying requirements, and designing new solutions, systems analysts

contribute to the development of strategies that optimize sustainability efforts.

7 Based on their analysis, systems analysts design and develop sustainable technological solutions that align with the

organization's objectives. Whether it's developing software applications to streamline energy management or implementing

smart systems for waste reduction, they tailor solutions to maximize sustainability benefits.

10 Systems analysts work closely with stakeholders, including IT teams and management, to implement sustainable

technological solutions seamlessly. Their role involves integrating new solutions with existing systems, ensuring compatibility,

and overcoming any technical challenges that may arise.

13 After the implementation of sustainable technology initiatives, systems analysts monitor and evaluate their

performance. They track key metrics, such as energy usage, waste reduction, and cost savings, to assess the effectiveness of

the solutions. This enables organizations to continuously optimize their sustainability efforts.

16 The collaboration between technology and sustainability brings forth numerous benefits for organizations and

the environment.

Sustainable technological solutions help reduce energy consumption, minimize waste generation, and lower

19 carbon emissions.

By adopting sustainable technology practices, organizations position themselves to thrive in a future where

sustainability becomes increasingly critical.

22 In conclusion, the role of systems analysts in synergizing technology and sustainability is paramount. As sustainability

continues to gain importance in the corporate world, systems analysts contribute by identifying areas for improvement,

designing sustainable solutions, and ensuring their successful implementation. By leveraging their expertise and collaboration,

25 we can create a greener and more sustainable future for generations to come.

Internet: <«www.moldstud.com> (adapted).

Based on the ideas expressed in the text above and general aspects of English grammar, judge the items from 32 to 40.

Text for the items from 32 to 40.

1 With concerns regarding climate change and the depletion of natural resources becoming more prevalent,

businesses and organizations across sectors are increasingly adopting sustainable practices. Technology, with its power to

optimize processes and reduce waste, is a key enabler in this transformation.

4 Systems analysts play a pivotal role in ensuring that sustainable technological solutions are effectively integrated

into organizations. By analyzing existing systems, identifying requirements, and designing new solutions, systems analysts

contribute to the development of strategies that optimize sustainability efforts.

7 Based on their analysis, systems analysts design and develop sustainable technological solutions that align with the

organization's objectives. Whether it's developing software applications to streamline energy management or implementing

smart systems for waste reduction, they tailor solutions to maximize sustainability benefits.

10 Systems analysts work closely with stakeholders, including IT teams and management, to implement sustainable

technological solutions seamlessly. Their role involves integrating new solutions with existing systems, ensuring compatibility,

and overcoming any technical challenges that may arise.

13 After the implementation of sustainable technology initiatives, systems analysts monitor and evaluate their

performance. They track key metrics, such as energy usage, waste reduction, and cost savings, to assess the effectiveness of

the solutions. This enables organizations to continuously optimize their sustainability efforts.

16 The collaboration between technology and sustainability brings forth numerous benefits for organizations and

the environment.

Sustainable technological solutions help reduce energy consumption, minimize waste generation, and lower

19 carbon emissions.

By adopting sustainable technology practices, organizations position themselves to thrive in a future where

sustainability becomes increasingly critical.

22 In conclusion, the role of systems analysts in synergizing technology and sustainability is paramount. As sustainability

continues to gain importance in the corporate world, systems analysts contribute by identifying areas for improvement,

designing sustainable solutions, and ensuring their successful implementation. By leveraging their expertise and collaboration,

25 we can create a greener and more sustainable future for generations to come.

Internet: <«www.moldstud.com> (adapted).

Based on the ideas expressed in the text above and general aspects of English grammar, judge the items from 32 to 40.

Text for the items from 32 to 40.

1 With concerns regarding climate change and the depletion of natural resources becoming more prevalent,

businesses and organizations across sectors are increasingly adopting sustainable practices. Technology, with its power to

optimize processes and reduce waste, is a key enabler in this transformation.

4 Systems analysts play a pivotal role in ensuring that sustainable technological solutions are effectively integrated

into organizations. By analyzing existing systems, identifying requirements, and designing new solutions, systems analysts

contribute to the development of strategies that optimize sustainability efforts.

7 Based on their analysis, systems analysts design and develop sustainable technological solutions that align with the

organization's objectives. Whether it's developing software applications to streamline energy management or implementing

smart systems for waste reduction, they tailor solutions to maximize sustainability benefits.

10 Systems analysts work closely with stakeholders, including IT teams and management, to implement sustainable

technological solutions seamlessly. Their role involves integrating new solutions with existing systems, ensuring compatibility,

and overcoming any technical challenges that may arise.

13 After the implementation of sustainable technology initiatives, systems analysts monitor and evaluate their

performance. They track key metrics, such as energy usage, waste reduction, and cost savings, to assess the effectiveness of

the solutions. This enables organizations to continuously optimize their sustainability efforts.

16 The collaboration between technology and sustainability brings forth numerous benefits for organizations and

the environment.

Sustainable technological solutions help reduce energy consumption, minimize waste generation, and lower

19 carbon emissions.

By adopting sustainable technology practices, organizations position themselves to thrive in a future where

sustainability becomes increasingly critical.

22 In conclusion, the role of systems analysts in synergizing technology and sustainability is paramount. As sustainability

continues to gain importance in the corporate world, systems analysts contribute by identifying areas for improvement,

designing sustainable solutions, and ensuring their successful implementation. By leveraging their expertise and collaboration,

25 we can create a greener and more sustainable future for generations to come.

Internet: <«www.moldstud.com> (adapted).

Based on the ideas expressed in the text above and general aspects of English grammar, judge the items from 32 to 40.

Atenção! Leia o texto a seguir para responder às três próximas questões.

The research paper published in ‘Humanities & Social Sciences Communications’ — an open-access journal, distributed by Springer Nature — examines the impact of AI on “loss in decisionmaking and privacy concerns among university students in Pakistan and China”.

The rise of AI has also exposed students and teachers to a number of challenges, particularly data hacking and systemic and racial biases. “Many people are now concerned with the ethical attributes of AI systems and believe that the security issue must be considered in AI system development,” the researchers claimed. In order to mitigate safety concerns, the paper said there was a need to “continuously re-evaluate and re-design” security practices. However, academia is poorly equipped to deal this issue due to a shortage of funding and technical staff. “No one can run from the threat of AI concerning cybersecurity, it behaves like a double-edged sword.”

As per the research, AI has the potential to revolutionise the education sector but with certain drawbacks. In order to effectively harness this technology, the paper called for steps to ensure AI does not cause at least “severe ethical concerns”, and technology backed by secure algorithms to ensure data security and minimisation of AI’s bias. It also recommended measures to curtail overreliance on AI to address “laziness” and cognitive deficiency.

ABBAS, Zaki. AI making students lazy, impairing cognition: study. Disponível em: https://www.dawn.com/news/1759121/ai-making-students-lazy-impairing-cognition-study. Acesso em: 12 jul. 2024. Adaptado.

Atenção! Leia o texto a seguir para responder às três próximas questões.

The research paper published in ‘Humanities & Social Sciences Communications’ — an open-access journal, distributed by Springer Nature — examines the impact of AI on “loss in decisionmaking and privacy concerns among university students in Pakistan and China”.

The rise of AI has also exposed students and teachers to a number of challenges, particularly data hacking and systemic and racial biases. “Many people are now concerned with the ethical attributes of AI systems and believe that the security issue must be considered in AI system development,” the researchers claimed. In order to mitigate safety concerns, the paper said there was a need to “continuously re-evaluate and re-design” security practices. However, academia is poorly equipped to deal this issue due to a shortage of funding and technical staff. “No one can run from the threat of AI concerning cybersecurity, it behaves like a double-edged sword.”

As per the research, AI has the potential to revolutionise the education sector but with certain drawbacks. In order to effectively harness this technology, the paper called for steps to ensure AI does not cause at least “severe ethical concerns”, and technology backed by secure algorithms to ensure data security and minimisation of AI’s bias. It also recommended measures to curtail overreliance on AI to address “laziness” and cognitive deficiency.

ABBAS, Zaki. AI making students lazy, impairing cognition: study. Disponível em: https://www.dawn.com/news/1759121/ai-making-students-lazy-impairing-cognition-study. Acesso em: 12 jul. 2024. Adaptado.