Texto associado
No que concerne às naturezas da informação contábil, às regras de integridade do PCASP e à execução da despesa pública, julgue os itens seguintes.
Banco público de questões
Questões para Concursos
Pesquise questões reais por disciplina, assunto, tópico, banca, órgão, cargo, ano e modalidade.
Questões por banca
29 bancas disponíveis.
Clique para visualizar todas.
Questões por banca
29 bancas disponíveis. Clique para visualizar todas.
Acesse diretamente as bancas disponíveis na QuestLab. As quantidades abaixo consideram as questões ativas do banco.
CEBRASPE
51.363 questões
FGV
25.316 questões
FCC
24.632 questões
AOCP
23.456 questões
IBFC
11.190 questões
VUNESP
10.983 questões
Instituto Quadrix
9.793 questões
FUNDATEC
9.088 questões
IBADE
7.820 questões
CESGRANRIO
6.013 questões
OBJETIVA
4.740 questões
CONSULPLAN
4.174 questões
FEPESE
3.585 questões
IADES
3.439 questões
IESES
2.627 questões
SELECON
2.377 questões
IDECAN
1.907 questões
MS CONCURSOS
1.485 questões
Instituto Legalle
1.281 questões
FAFIPA
1.161 questões
FUMARC
842 questões
ACAFE
551 questões
INSTITUTO AOCP
430 questões
NUCEPE
378 questões
FUNIVERSA
348 questões
FAURGS
203 questões
FIOCRUZ
48 questões
MACKENZIE
48 questões
CETRO
17 questões
175 questões encontradas
Texto associado
Acerca do regime de previdência complementar no estado do Rio Grande do Norte, disciplinado pelas Leis Complementares estaduais n.º 688/2021 e n.º 788/2025, julgue os itens a seguir.
Os servidores públicos estaduais que, na vigência do regime de previdência complementar, ingressarem no serviço público estadual com remuneração superior ao limite máximo dos benefícios do Regime Geral de Previdência Social serão automaticamente inscritos no plano de benefícios do regime de previdência complementar, sendo-lhes assegurado o prazo máximo de sessenta dias para manifestar desinteresse na adesão.
Texto associado
Acerca das evidências de auditoria e da comunicação dos resultados de uma auditoria governamental, julgue os próximos itens.
No âmbito da auditoria do setor público, a caracterização de um achado depende fundamentalmente da identificação de uma discrepância entre a situação encontrada pelo auditor, denominada condição, e o padrão de desempenho ou legalidade esperado, denominado critério.
Texto associado
No que diz respeito a aspectos geoeconômicos do Rio Grande do Norte, julgue os itens a seguir.
Entre os principais produtos do Rio Grande do Norte com vantagem comparativa, aptos para exportação, destacam-se peixes, crustáceos, moluscos, frutas, açúcares, sal, enxofre, pedras, gessos, óleos e derivados.
Texto associado
O Código Filipino passou a vigorar em Portugal e em suas possessões ultramarinas a partir da sua primeira impressão e promulgação, ocorridas por volta de 1603. O documento guardava certas especificidades ideológicas que podem estar relacionadas, entre outros fatores, às mudanças propostas e aceitas pelos reis católicos com a promulgação das reformas da Igreja Católica acordadas no Concílio de Trento (1546-1562).
Além de incorporar os assentos morais cristãos acordados no Concílio, o Código Filipino foi produzido também para responder às inquietações dos administradores e funcionários monárquicos e aos próprios ditames do rei acerca das novas possessões coloniais.
Thiago Alves Dias. O Código Filipino, as Normas Camarárias e o comércio: mecanismo de vigilância e regulamentação comercial na Capitania do Rio Grande do Norte. In: Revista Brasileira de História. São Paulo, v. 34, n.º 68, 2014, p. 215-216 (com adaptações).
Tendo como referência inicial as informações apresentadas no texto anterior, julgue os seguintes itens, acerca de aspectos históricos da capitania do Rio Grande.
Além de incorporar os assentos morais cristãos acordados no Concílio, o Código Filipino foi produzido também para responder às inquietações dos administradores e funcionários monárquicos e aos próprios ditames do rei acerca das novas possessões coloniais.
Thiago Alves Dias. O Código Filipino, as Normas Camarárias e o comércio: mecanismo de vigilância e regulamentação comercial na Capitania do Rio Grande do Norte. In: Revista Brasileira de História. São Paulo, v. 34, n.º 68, 2014, p. 215-216 (com adaptações).
Tendo como referência inicial as informações apresentadas no texto anterior, julgue os seguintes itens, acerca de aspectos históricos da capitania do Rio Grande.
As vilas da capitania do Rio Grande foram estabelecidas preferencialmente longe dos aldeamentos indígenas, a fim de que fosse garantida a segurança dos administradores e funcionários monárquicos.
Texto associado
As prominent artificial intelligence (AI) researchers eye limits to the current phase of the technology, a different approach is gaining attention: using living human brain cells as computational hardware. These "biocomputers" are still in their early days. They can play simple games such as Pong, and perform basic speech recognition.
But the excitement is fueled by three converging trends. First, venture capital is flowing into anything adjacent to AI, making speculative ideas suddenly fundable. Second, techniques for growing brain tissue outside the body have matured, with the pharmaceutical industry jumping on board. Third, rapid advances in brain‒computer interfaces have seen growing acceptance of technologies that blur the line between biology and machines.
Nevertheless, plenty of questions remain. Are we witnessing genuine breakthroughs, or another round of tech-driven hype? And what ethical questions arise when human brain tissue becomes a computational component? For almost 50 years, neuroscientists have grown neurons on arrays of tiny electrodes to study how they fire under controlled conditions.
By the early 2000s, researchers attempted rudimentary two-way communication between neurons and electrodes, planting the first seeds of a bio-hybrid computer. But progress stalled until another strand of research took off: brain organoids.
In 2013, scientists demonstrated that stem cells could self-organise into three-dimensional brain-like structures. These organoids spread rapidly through biomedical research, increasingly aided by “organ-on-a-chip” devices designed to mimic aspects of human physiology outside the body.
Today, using stem-cell-derived neural tissue is commonplace ⸺ from drug testing to developmental research. Yet the neural activity in these models remains primitive, far from the organised firing patterns that underpin cognition or consciousness in a real brain. While complex network behaviour is beginning to emerge even without much external stimulation, experts generally agree that current organoids are not conscious, nor close to it.
Internet: (adapted).
About the previous text, judge the following items.
But the excitement is fueled by three converging trends. First, venture capital is flowing into anything adjacent to AI, making speculative ideas suddenly fundable. Second, techniques for growing brain tissue outside the body have matured, with the pharmaceutical industry jumping on board. Third, rapid advances in brain‒computer interfaces have seen growing acceptance of technologies that blur the line between biology and machines.
Nevertheless, plenty of questions remain. Are we witnessing genuine breakthroughs, or another round of tech-driven hype? And what ethical questions arise when human brain tissue becomes a computational component? For almost 50 years, neuroscientists have grown neurons on arrays of tiny electrodes to study how they fire under controlled conditions.
By the early 2000s, researchers attempted rudimentary two-way communication between neurons and electrodes, planting the first seeds of a bio-hybrid computer. But progress stalled until another strand of research took off: brain organoids.
In 2013, scientists demonstrated that stem cells could self-organise into three-dimensional brain-like structures. These organoids spread rapidly through biomedical research, increasingly aided by “organ-on-a-chip” devices designed to mimic aspects of human physiology outside the body.
Today, using stem-cell-derived neural tissue is commonplace ⸺ from drug testing to developmental research. Yet the neural activity in these models remains primitive, far from the organised firing patterns that underpin cognition or consciousness in a real brain. While complex network behaviour is beginning to emerge even without much external stimulation, experts generally agree that current organoids are not conscious, nor close to it.
Internet: (adapted).
About the previous text, judge the following items.
In the sentence "While complex network behavior is beginning to emerge even without much external stimulation, experts generally agree that current organoids are not conscious, nor close to it" (last paragraph), the connector "While" expresses contrast, and could be correctly replaced with Although .
Texto associado
De acordo com a Lei Complementar estadual n.º 464/2012, que dispõe sobre a Lei Orgânica do TCE/RN, julgue o seguinte item.
Compete ao TCE/RN suspender a execução de ato ou procedimento diante da iminência de lesão grave e de difícil reparação ao patrimônio público, sendo vedada, contudo, a concessão da medida cautelar sem a prévia oitiva do gestor público responsável pelo ato ou procedimento.
Texto associado
As prominent artificial intelligence (AI) researchers eye limits to the current phase of the technology, a different approach is gaining attention: using living human brain cells as computational hardware. These "biocomputers" are still in their early days. They can play simple games such as Pong, and perform basic speech recognition.
But the excitement is fueled by three converging trends. First, venture capital is flowing into anything adjacent to AI, making speculative ideas suddenly fundable. Second, techniques for growing brain tissue outside the body have matured, with the pharmaceutical industry jumping on board. Third, rapid advances in brain‒computer interfaces have seen growing acceptance of technologies that blur the line between biology and machines.
Nevertheless, plenty of questions remain. Are we witnessing genuine breakthroughs, or another round of tech-driven hype? And what ethical questions arise when human brain tissue becomes a computational component? For almost 50 years, neuroscientists have grown neurons on arrays of tiny electrodes to study how they fire under controlled conditions.
By the early 2000s, researchers attempted rudimentary two-way communication between neurons and electrodes, planting the first seeds of a bio-hybrid computer. But progress stalled until another strand of research took off: brain organoids.
In 2013, scientists demonstrated that stem cells could self-organise into three-dimensional brain-like structures. These organoids spread rapidly through biomedical research, increasingly aided by “organ-on-a-chip” devices designed to mimic aspects of human physiology outside the body.
Today, using stem-cell-derived neural tissue is commonplace ⸺ from drug testing to developmental research. Yet the neural activity in these models remains primitive, far from the organised firing patterns that underpin cognition or consciousness in a real brain. While complex network behaviour is beginning to emerge even without much external stimulation, experts generally agree that current organoids are not conscious, nor close to it.
Internet: (adapted).
About the previous text, judge the following items.
But the excitement is fueled by three converging trends. First, venture capital is flowing into anything adjacent to AI, making speculative ideas suddenly fundable. Second, techniques for growing brain tissue outside the body have matured, with the pharmaceutical industry jumping on board. Third, rapid advances in brain‒computer interfaces have seen growing acceptance of technologies that blur the line between biology and machines.
Nevertheless, plenty of questions remain. Are we witnessing genuine breakthroughs, or another round of tech-driven hype? And what ethical questions arise when human brain tissue becomes a computational component? For almost 50 years, neuroscientists have grown neurons on arrays of tiny electrodes to study how they fire under controlled conditions.
By the early 2000s, researchers attempted rudimentary two-way communication between neurons and electrodes, planting the first seeds of a bio-hybrid computer. But progress stalled until another strand of research took off: brain organoids.
In 2013, scientists demonstrated that stem cells could self-organise into three-dimensional brain-like structures. These organoids spread rapidly through biomedical research, increasingly aided by “organ-on-a-chip” devices designed to mimic aspects of human physiology outside the body.
Today, using stem-cell-derived neural tissue is commonplace ⸺ from drug testing to developmental research. Yet the neural activity in these models remains primitive, far from the organised firing patterns that underpin cognition or consciousness in a real brain. While complex network behaviour is beginning to emerge even without much external stimulation, experts generally agree that current organoids are not conscious, nor close to it.
Internet: (adapted).
About the previous text, judge the following items.
In the fragment "growing acceptance of technologies that blur the line between biology and machines" (second paragraph), the expression "blur the line" is used figuratively to indicate increasing integration between technological and biological systems.
Texto associado
Julgue os itens que se seguem, em relação à migração entre planos, ao saldamento de planos e à retirada de patrocínio.
No saldamento de planos, é garantido o direito acumulado aos participantes assistidos e aos participantes ativos elegíveis ao benefício contratado.
Texto associado
Acerca do regime de previdência complementar no estado do Rio Grande do Norte, disciplinado pelas Leis Complementares estaduais n.º 688/2021 e n.º 788/2025, julgue os itens a seguir.
