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A alternativa que completa corretamente a lacuna do texto é:
Isso posto, decidiram os sócios constituí-la da seguinte forma:
R$ 300.000,00 – em dinheiro;
R$ 250.000,00 – em móveis e utensílios;
R$ 150.000,00 – em veículos;
R$ 300.000,00 – em imóveis.
Tais valores e bens serão integralizados em alguns meses do início das operações da empresa, portanto o lançamento contábil em sua constituição inicial em 02.01.2014 será:
Considerando as informações a seguir, assinale a alternativa correta.
A empresa Topa Quase Tudo Ltda. teve seu balancete de verificação levantado em 31.12.2013, com os seguintes saldos finais das contas, como segue:
Caixa 4.000,00
Capital Social 25.000,00
Clientes 9.000,00
Compra de Mercadorias para Revenda 11.400,00
Depreciação Acumulada de Móveis e Utensílios 1.600,00
Despesas com Aluguéis 1.400,00
Despesas com Depreciação 1.600,00
Despesas com Salários 2.200,00
Despesas com Viagens 1.600,00
Estoque Inicial de Mercadorias para Revenda 12.500,00
Fornecedores 12.800,00
Móveis e Utensílios 5.300,00
Venda de Mercadorias 9.600,00
Estoque Final de Mercadorias 15.200,00
Sabendo-se que o Estoque Final de Mercadorias, em 31.12.2013, foi de R$ 15.200,00, os valores em R$, respectivamente, de Custo de Mercadorias Vendidas, do total do Ativo e do Resultado Operacional Líquido, serão
Assinale a alternativa que, corretamente, apresenta esse documento.
Assinale a alternativa que contém a quantidade total de mensagens da Caixa de Entrada.
Assinale a alternativa que preenche corretamente a lacuna.
Embedded software is very important economically because almost every electrical device now includes software. There are therefore many more embedded software systems than other types of software system. If you look around your house you may have three or four personal computers. But you probably have 20 or 30 embedded systems, such as systems in phones, cookers, microwaves etc
Responsiveness in real time is the critical difference between embedded systems and other software systems, such as information systems, web-based systems, or personal software systems, whose main purpose is data processing. For non-real- time systems, the correctness of a system can be defined by specifying how system inputs map to corresponding outputs that should be produced by the system. In response to an input, a corresponding output should be generated by the system and, often, some data should be stored. For example, if you choose a create command in a patient information system, then the correct system response is to create a new patient record in a database, and to confirm that this has been done. Within reasonable limits, it does not matter how long this takes.
However, in a real-time system, the correctness depends both on the response to an input and the time taken to generate that response. If the system takes too long to respond, then the required response may be ineffective. For example, if embedded software controlling a car braking system is too slow, then an accident may occur because it is impossible to stop the car in time.
(Extraído de: Software Engineering, I. Sommerville, 9th Edition, 2011, pg. 538.)
Embedded software is very important economically because almost every electrical device now includes software. There are therefore many more embedded software systems than other types of software system. If you look around your house you may have three or four personal computers. But you probably have 20 or 30 embedded systems, such as systems in phones, cookers, microwaves etc
Responsiveness in real time is the critical difference between embedded systems and other software systems, such as information systems, web-based systems, or personal software systems, whose main purpose is data processing. For non-real- time systems, the correctness of a system can be defined by specifying how system inputs map to corresponding outputs that should be produced by the system. In response to an input, a corresponding output should be generated by the system and, often, some data should be stored. For example, if you choose a create command in a patient information system, then the correct system response is to create a new patient record in a database, and to confirm that this has been done. Within reasonable limits, it does not matter how long this takes.
However, in a real-time system, the correctness depends both on the response to an input and the time taken to generate that response. If the system takes too long to respond, then the required response may be ineffective. For example, if embedded software controlling a car braking system is too slow, then an accident may occur because it is impossible to stop the car in time.
(Extraído de: Software Engineering, I. Sommerville, 9th Edition, 2011, pg. 538.)
Embedded software is very important economically because almost every electrical device now includes software. There are therefore many more embedded software systems than other types of software system. If you look around your house you may have three or four personal computers. But you probably have 20 or 30 embedded systems, such as systems in phones, cookers, microwaves etc
Responsiveness in real time is the critical difference between embedded systems and other software systems, such as information systems, web-based systems, or personal software systems, whose main purpose is data processing. For non-real- time systems, the correctness of a system can be defined by specifying how system inputs map to corresponding outputs that should be produced by the system. In response to an input, a corresponding output should be generated by the system and, often, some data should be stored. For example, if you choose a create command in a patient information system, then the correct system response is to create a new patient record in a database, and to confirm that this has been done. Within reasonable limits, it does not matter how long this takes.
However, in a real-time system, the correctness depends both on the response to an input and the time taken to generate that response. If the system takes too long to respond, then the required response may be ineffective. For example, if embedded software controlling a car braking system is too slow, then an accident may occur because it is impossible to stop the car in time.
(Extraído de: Software Engineering, I. Sommerville, 9th Edition, 2011, pg. 538.)