967 resultados para Ordem VSO


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This monograph covers the issues related to the understanding of the new organization's cenary of the globalized society, computerized, which was reflected even within organizations. In this sense, we present a reflection on the theme of segmentation of audiences, especially based on the proposition of France (2008), regarded as important within the professional activities of Public Relations. Issues related to information technology, particularly the history of the internet and social media are presented as a reflection of this new company and also as strategic tools for the establishment of a fruitful relationship with the public organizations. All topics presented will support the monograph's study objects, presenting the Brazilian DeMolay Order, focusing on the challenges faced by the management of the National Bureau 2011/2012, that through integrated actions of communication and relationships, especially the virtual environment, resulted in the growth participant's numbers in the activities proposed by the national administration

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Pós-graduação em História - FCHS

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Pós-graduação em História - FCHS

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Pós-graduação em Ciências Sociais - FCLAR

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Pós-graduação em Engenharia Elétrica - FEIS

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Pós-graduação em Ciências Sociais - FFC

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Consider a finite body of mass m (C1) with moments of inertia A, B and C. This body orbits another one of mass much larger M (C2), which at first will be taken as a point, even if it is not completely spherical. The body C1, when orbit C2, performs a translational motion near a Keplerian. It will not be a Keplerian due to external disturbances. We will use two axes systems: fixed in the center of mass of C1 and other inertial. The C1 attitude, that is, the dynamic rotation of this body is know if we know how to situate mobile system according to inertial axes system. The strong influence exerted by C2 on C1, which is a flattened body, generates torques on C1, what affects its dynamics of rotation. We will obtain the mathematical formulation of this problem assuming C1 as a planet and C2 as the sun. Also applies to case of satellite and planet. In the case of Mercury-Sun system, the disturbing potential that governs rotation dynamics, for theoretical studies, necessarily have to be developed by powers of the eccentricity. As is known, such expansions are delicate because of the convergence issue. Thus, we intend to make a development until the third order (superior orders are not always achievable because of the volume of terms generated in cases of first-order resonances). By defining a modern set of canonical variables (Andoyer), we will assemble a disturbed Hamiltonian problem. The Andoyer's Variables allow to define averages, which enable us to discard short-term effects. Our results for the resonant angle variation of Mercury are in full agreement with those obtained by D'Hoedt & Lemaître (2004) and Rambaux & Bois (2004)