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Ano: 2015
Banca:
CAIP-IMES
Órgão:
Consórcio Intermunicipal Grande ABC
Prova:
CAIP-IMES - 2015 - Consórcio Intermunicipal Grande ABC - Gestor de Políticas Públicas Regionais |
Q513088
Direito Administrativo
A administração pública direta e indireta de qualquer dos Poderes da União, dos Estados, do Distrito Federal e dos Municípios obedecerá aos princípios de:
I- legalidade.
II- tempestividade.
III- eficiência.
IV- impessoalidade.
V- publicidade.
VI- moralidade.
VII- oportunidade.
Com base nas informações acima, indique a alternativa correta.
I- legalidade.
II- tempestividade.
III- eficiência.
IV- impessoalidade.
V- publicidade.
VI- moralidade.
VII- oportunidade.
Com base nas informações acima, indique a alternativa correta.
Ano: 2015
Banca:
CAIP-IMES
Órgão:
Consórcio Intermunicipal Grande ABC
Prova:
CAIP-IMES - 2015 - Consórcio Intermunicipal Grande ABC - Gestor de Políticas Públicas Regionais |
Q513087
Direito Constitucional
Leia o enunciado abaixo, analise as afirmativas dando valores, (V) verdadeiro ou (F) valso e, em seguida assinale a alternativa que apresenta a sequência correta de cima para baixo.
De acordo com a CF/88, a autonomia gerencial, orçamentária e financeira dos órgãos e entidades da administração direta e indireta poderá ser ampliada mediante contrato, a ser firmado entre seus administradores e o poder público, que tenha por objeto a fixação de metas de desempenho para o órgão ou entidade, cabendo à lei dispor sobre:
( ) o prazo de duração do contrato.
( ) os controles e critérios de avaliação de desempenho, direitos, obrigações e responsabilidade dos dirigentes.
( ) a remuneração do pessoal.
De acordo com a CF/88, a autonomia gerencial, orçamentária e financeira dos órgãos e entidades da administração direta e indireta poderá ser ampliada mediante contrato, a ser firmado entre seus administradores e o poder público, que tenha por objeto a fixação de metas de desempenho para o órgão ou entidade, cabendo à lei dispor sobre:
( ) o prazo de duração do contrato.
( ) os controles e critérios de avaliação de desempenho, direitos, obrigações e responsabilidade dos dirigentes.
( ) a remuneração do pessoal.
Ano: 2015
Banca:
CAIP-IMES
Órgão:
Consórcio Intermunicipal Grande ABC
Prova:
CAIP-IMES - 2015 - Consórcio Intermunicipal Grande ABC - Gestor de Políticas Públicas Regionais |
Q513086
Direito Administrativo
Complete as lacunas abaixo com a alternativa correta.
As pessoas ___________ de direito público e as de direito privado prestadoras de serviços _____________ responderão pelos danos que seus agentes, nessa qualidade, causarem a terceiros, assegurado o direito de ______________ contra o responsável nos casos de dolo ou culpa.
As pessoas ___________ de direito público e as de direito privado prestadoras de serviços _____________ responderão pelos danos que seus agentes, nessa qualidade, causarem a terceiros, assegurado o direito de ______________ contra o responsável nos casos de dolo ou culpa.
Ano: 2015
Banca:
CAIP-IMES
Órgão:
Consórcio Intermunicipal Grande ABC
Prova:
CAIP-IMES - 2015 - Consórcio Intermunicipal Grande ABC - Gestor de Políticas Públicas Regionais |
Q513085
Inglês
Texto associado
Clues to How an Electric Treatment for Parkinson’s Work
In 1998, Dr. Philip A. Starr started putting electrodes in people’s brains. A neurosurgeon at the University of California, San Francisco, Dr. Starr was treating people with Parkinson’s disease, which slowly destroys essential bits of brain tissue, robbing people of control of their bodies. At first, drugs had given his patients some relief, but now they needed more help. After the surgery, Dr. Starr closed up his patients’ skulls and switched on the electrodes, releasing a steady buzz of electric pulses in their brains. For many patients, the effect was immediate. “We have people who, when they’re not taking their meds, can be frozen,” said Dr. Starr. “When we turn on the stimulator, they start walking.” First developed in the early 1990s, deep brain stimulation, or D.B.S., was approved by the Food and Drug Administration for treating Parkinson’s disease in 2002. Since its invention, about 100,000 people have received implants. While D.B.S. doesn’t halt Parkinson’s, it can turn back the clock a few years for many patients. Yet despite its clear effectiveness, scientists like Dr. Starr have struggled to understand what D.B.S. actually does to the brain. “We do D.B.S. because it works,” said Dr. Starr, “but we don’t really know how.” In a recent experiment, Dr. Starr and his colleagues believe they found a clue. D.B.S. may counter Parkinson’s disease by liberating the brain from a devastating electrical lock-step.
http://www.nytimes.com/2015/04/16/science/ (adapted)
In 1998, Dr. Philip A. Starr started putting electrodes in people’s brains. A neurosurgeon at the University of California, San Francisco, Dr. Starr was treating people with Parkinson’s disease, which slowly destroys essential bits of brain tissue, robbing people of control of their bodies. At first, drugs had given his patients some relief, but now they needed more help. After the surgery, Dr. Starr closed up his patients’ skulls and switched on the electrodes, releasing a steady buzz of electric pulses in their brains. For many patients, the effect was immediate. “We have people who, when they’re not taking their meds, can be frozen,” said Dr. Starr. “When we turn on the stimulator, they start walking.” First developed in the early 1990s, deep brain stimulation, or D.B.S., was approved by the Food and Drug Administration for treating Parkinson’s disease in 2002. Since its invention, about 100,000 people have received implants. While D.B.S. doesn’t halt Parkinson’s, it can turn back the clock a few years for many patients. Yet despite its clear effectiveness, scientists like Dr. Starr have struggled to understand what D.B.S. actually does to the brain. “We do D.B.S. because it works,” said Dr. Starr, “but we don’t really know how.” In a recent experiment, Dr. Starr and his colleagues believe they found a clue. D.B.S. may counter Parkinson’s disease by liberating the brain from a devastating electrical lock-step.
http://www.nytimes.com/2015/04/16/science/ (adapted)
The future form of: “We do D.B.S. because it works, but we don’t really know how.” is:
Ano: 2015
Banca:
CAIP-IMES
Órgão:
Consórcio Intermunicipal Grande ABC
Prova:
CAIP-IMES - 2015 - Consórcio Intermunicipal Grande ABC - Gestor de Políticas Públicas Regionais |
Q513084
Inglês
Texto associado
Clues to How an Electric Treatment for Parkinson’s Work
In 1998, Dr. Philip A. Starr started putting electrodes in people’s brains. A neurosurgeon at the University of California, San Francisco, Dr. Starr was treating people with Parkinson’s disease, which slowly destroys essential bits of brain tissue, robbing people of control of their bodies. At first, drugs had given his patients some relief, but now they needed more help. After the surgery, Dr. Starr closed up his patients’ skulls and switched on the electrodes, releasing a steady buzz of electric pulses in their brains. For many patients, the effect was immediate. “We have people who, when they’re not taking their meds, can be frozen,” said Dr. Starr. “When we turn on the stimulator, they start walking.” First developed in the early 1990s, deep brain stimulation, or D.B.S., was approved by the Food and Drug Administration for treating Parkinson’s disease in 2002. Since its invention, about 100,000 people have received implants. While D.B.S. doesn’t halt Parkinson’s, it can turn back the clock a few years for many patients. Yet despite its clear effectiveness, scientists like Dr. Starr have struggled to understand what D.B.S. actually does to the brain. “We do D.B.S. because it works,” said Dr. Starr, “but we don’t really know how.” In a recent experiment, Dr. Starr and his colleagues believe they found a clue. D.B.S. may counter Parkinson’s disease by liberating the brain from a devastating electrical lock-step.
http://www.nytimes.com/2015/04/16/science/ (adapted)
In 1998, Dr. Philip A. Starr started putting electrodes in people’s brains. A neurosurgeon at the University of California, San Francisco, Dr. Starr was treating people with Parkinson’s disease, which slowly destroys essential bits of brain tissue, robbing people of control of their bodies. At first, drugs had given his patients some relief, but now they needed more help. After the surgery, Dr. Starr closed up his patients’ skulls and switched on the electrodes, releasing a steady buzz of electric pulses in their brains. For many patients, the effect was immediate. “We have people who, when they’re not taking their meds, can be frozen,” said Dr. Starr. “When we turn on the stimulator, they start walking.” First developed in the early 1990s, deep brain stimulation, or D.B.S., was approved by the Food and Drug Administration for treating Parkinson’s disease in 2002. Since its invention, about 100,000 people have received implants. While D.B.S. doesn’t halt Parkinson’s, it can turn back the clock a few years for many patients. Yet despite its clear effectiveness, scientists like Dr. Starr have struggled to understand what D.B.S. actually does to the brain. “We do D.B.S. because it works,” said Dr. Starr, “but we don’t really know how.” In a recent experiment, Dr. Starr and his colleagues believe they found a clue. D.B.S. may counter Parkinson’s disease by liberating the brain from a devastating electrical lock-step.
http://www.nytimes.com/2015/04/16/science/ (adapted)
The negative form of: “In a recent experiment, Dr. Starr and his colleagues believe they found a clue.” is:
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