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Relacione as transações utilizadas na administração de um sistema R/3 com sua respectiva descrição.
Transação
I - SM01
II - SM02
III - SM12
Descrição
(P) Administrar códigos de transação
(Q) Administrar entradas de bloqueio
(R) Administrar mensagens do sistema
(S) Administrar registro de transação
A relação correta é:
As telas de seleção no R/3 permitem ao usuário interagir e se comunicar com os programas que compõem o sistema. Isso é feito no ABAP/4 utilizando eventos que são chamados pelas ações dos usuários. Quanto aos recursos existentes na implementação desta interação, são feitas as afirmativas a seguir.
I - Os eventos initialization, at selection-screen e at usercommand são eventos que podem ser disparados por uma tela de seleção.
II - Uma forma de manter a integridade de dados durante a entrada de dados do usuário consiste na utilização de matchcodes.
III - A instrução parameter nas telas de seleção cria uma estrutura de dados no programa que armazena a entrada inserida pelo usuário.
Está(ão) correta(s) a(s) afirmativa(s):
Através de customizações, alterações e/ou ampliações das funcionalidades do R/3, uma empresa pode adaptar o produto para atender às suas necessidades de negócio. Para se adaptar o R/3 podem ser adotadas as seguintes estratégias:
I - usar o ABAP Workbench para criar objetos de Repositório requeridos;
II - usar "Customer Exits" para ampliar a funcionalidade de objetos standard SAP existentes;
III - usar configuração para modificar programas R/3 através do IMG.
Está(ão) correta(s) a(s) estratégia(s):
Sobre um mandante R/3 são feitas as afirmativas a seguir.
I - Tem os seus próprios dados de clientes e programas, que não são acessíveis por outros mandantes de um mesmo sistema R/3.
II - Compartilha todos os objetos de Repositório e customizações independentes, de mandante, com todos os outros mandantes em um mesmo sistema R/3.
III - Compartilha dados de customização e aplicação com outros mandantes em um mesmo sistema R/3.
Está(ão) correta(s) a(s) afirmativa(s):
Quanto às redes de computadores, são feitas as afirmativas abaixo.
I - O protocolo SNMP utiliza o protocolo UDP e permite remotamente solucionar problemas e monitorar hubs e roteadores.
II - O NFS implementa o acesso transparente de arquivo utilizando o protocolo RPC, sendo este utilizado para a comunicação entre processos em diferentes computadores da rede.
III - Uma rede local de computadores ligados a um hub através de conexões 10Base-T apresenta topologia física de barra e lógica em anel.
Está(ão) correta(s) a(s) afirmativa(s):
responder às questoes de 29 a 31.
Seja o seguinte modelo lógico (relacional) para um dado
SGBD onde os atributos sublinhados indicam as chaves
primárias de cada uma das respectivas tabelas:
Profissão (código-profissão, descrição-profissão)
Pessoa (cpf, identidade, nome-pessoa, código-sexo, código-profissão)
Dependente (cpf, ordem-dependente, nome-dependente, código-sexo)
Sexo (código-sexo, descrição-sexo)
Alteração da tabela Pessoa, que passa a ter os atributos (cpf, identidade, nome-pessoa, código-sexo) Inclusão da tabela Pessoa_Profissão com os atributos (cpf, código-profissão) Com estas modificações pode-se afirmar corretamente que:
responder às questoes de 29 a 31.
Seja o seguinte modelo lógico (relacional) para um dado
SGBD onde os atributos sublinhados indicam as chaves
primárias de cada uma das respectivas tabelas:
Profissão (código-profissão, descrição-profissão)
Pessoa (cpf, identidade, nome-pessoa, código-sexo, código-profissão)
Dependente (cpf, ordem-dependente, nome-dependente, código-sexo)
Sexo (código-sexo, descrição-sexo)
Com base no modelo apresentado, analise as seguintes consultas:
I - verificar a profissão da pessoa que tem um dado dependente;
II - verificar que profissões são exercidas por pessoas do sexo feminino (supondo que o atributo código-sexo para esta descrição seja igual a 1);
III - verificar que profissões são exercidas por pessoas do sexo masculino (supondo que o atributo descrição-sexo contenha este string);
IV - verificar que profissões só são exercidas por pessoas do sexo feminino;
V - verificar a profissão de um dado dependente.
Quais das consultas acima podem ser respondidas?
responder às questoes de 29 a 31.
Seja o seguinte modelo lógico (relacional) para um dado
SGBD onde os atributos sublinhados indicam as chaves
primárias de cada uma das respectivas tabelas:
Profissão (código-profissão, descrição-profissão)
Pessoa (cpf, identidade, nome-pessoa, código-sexo, código-profissão)
Dependente (cpf, ordem-dependente, nome-dependente, código-sexo)
Sexo (código-sexo, descrição-sexo)
Seja o seguinte modelo lógico (relacional) para um dado SGBD onde os atributos sublinhados indicam as chaves primárias de cada uma das respectivas tabelas:
Departamento (código-departamento, sigla-departamento)
Empregado (cpf, nome-empregado, sexo, código-departamento, valor-hora)
Projeto (código-projeto, descrição-projeto, valor-projeto)
Sabendo-se que um empregado pode participar de mais de um projeto em uma mesma data, se se quiser modelar um quadro de horas que permita informar o número de horas de um empregado em um projeto, em um determinado período, devemos alterar o modelo da seguinte forma:
Uma das funções principais de um sistema operacional é controlar todos os dispositivos de E/S (entrada/saída) de um computador. Sobre as formas como a E/S pode ser feita do ponto de vista dos sistemas operacionais, considere as seguintes afirmativas.
I - Na E/S programada, a CPU principal lê ou escreve cada byte ou palavra e espera em um laço até que ela possa obter ou enviar o próximo dado.
II - Na E/S orientada a interrupção, a CPU inicia uma transferência de E/S para um caractere ou palavra e segue para outra atividade até que uma interrupção sinalize a conclusão daquela E/S.
III - Na E/S que usa DMA, um chip separado gerencia a transferência completa de um bloco de dados, ocorrendo uma interrupção somente quando o bloco for totalmente transferido.
Está(ão) correta(s) a(s) afirmativa(s):
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
applied an impressive array of innovative technologies to
improve productivity and efficiency, while yielding
environmental benefits. According to the U.S. Department
of Energy, "the petroleum business has transformed itself
into a high-technology industry."
State-of-the-art technology allows the industry to
produce more oil and natural gas from more remote
places - some previously unreachable - with significantly
less adverse effect on the environment. Among the
benefits: increased supply to meet the world's growing
energy demand, reduced energy consumption at oil and
natural gas facilities and refineries, reduced noise from
operations, decreased size of facilities, reduced
emissions of pollutants, better protection of water
resources, and preservation of habitats and wildlife.
With advanced exploration and production
technologies, the oil and gas industry can pinpoint
resources more accurately, extract them more efficiently
and with less surface disturbance, minimize associated
wastes, and, ultimately, restore sites to original or better
condition.
Exploration and production advances include
advanced directional drilling, slimhole drilling, and 3-D
seismic technology. Other segments of the industry have
benefited from technological advances as well. Refineries
are becoming highly automated with integrated process
and energy system controls; this results in improved
operational and environmental performance and enables
refineries to run harder and produce more products safer
than ever before. Also, new process equipment and
catalyst technology advances have been made very
recently to meet new fuel regulations requiring very low
levels of sulfur in gasoline and diesel.
Technology advances such as these are making it
possible for the oil and natural gas industry to grow in
tandem with the nation's energy needs while maintaining
a cleaner environment. The industry is committed to
investing in advanced technologies that will continue to
provide affordable and reliable energy to support our
current quality of life, and expand our economic horizons.
For example, we are researching fuel cells that may
power the vehicles of tomorrow with greater efficiency
and less environmental impact. We are investigating ways
to tap the huge natural gas resources locked in gas
hydrates. Gas hydrates are common in sediments in
the ocean's deep waters where cold temperatures and
high pressures cause natural gas and water to freeze
together, forming solid gas hydrates. Gas hydrates could
be an important future source of natural gas for our nation.
Some of our companies are also investigating
renewable energy resources such as solar, wind,
biomass and geothermal energy. By conducting research
into overcoming the many technological hurdles that limit
these energy resources, they hope to make them more
reliable, affordable and convenient for future use. Although
the potential for these energy resources is great,
scientists do not expect them to be a significant part of
the nation's energy mix for many decades. For this
reason, the industry must continue to invest in
conventional resources such as oil and natural gas. We
will need to rely on these important energy resources for
many decades to come.
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