Formalismo matricial para la mecǹica y la termodinm̀ica. II. Rotacin̤

Formalismo matricial para la mecǹica y la termodinm̀ica. II. Rotacin̤

Para analizar fenm̤enos de dinm̀ica de rotacin̤, en este documento se postul ̤la ecuacin̤ matricial de la rotacin̤ y, a partir de ella, se obtuvo la ecuacin̤ del impulso angular-variacin̤ del momento angular (equivalente en rotacin̤ a la ecuacin̤ de la segunda ley de Newton en traslacin̤). La integr...

ver descrição completa

Na minha lista:

Detalhes bibliográficos
Outros Autores:	G<U+00FC>m̌ez J., Fiolhais M., Red Latinoamericana de Fs̕ica Educativa (LAPEN)
Formato:	Livro
Idioma:	espanhol
Assuntos:	Termodinm̀ica Fs̕ica y teora̕ Thermodynamics Physical and theoretical Termodinm̀ica cls̀ica Matrices Formalismo matricial Mecǹica cls̀ica Rotacin̤ Ecuacin̤ matricial de centro de masas Principio de relatividad Ecuacin̤ de la energa̕ Segunda ley de Newton Classical thermodynamics Matrix formalism Classical mechanics Rotation Matrix equation of the center of mass Energy equation Newton<U+0092>s second law
Acesso em linha:	Formalismo matricial para la mecǹica y la termodinm̀ica. II. Rotacin̤
Tags:	Adicionar Tag Sem tags, seja o primeiro a adicionar uma tag!

Registros relacionados

Formalismo matricial para la mecǹica y la termodinm̀ica. I. Translacin̤

Introduccin̤ a la termodinm̀ica, los conceptos de (...)

Webinario gratuito, termodinm̀ica y mq̀uinas třmicas para no especialistas

Termodinm̀ica II. Clase 24 (aplicaciones con aire atmosfřico)

Termodinm̀ica II. Clase 23 (mezcla de gases y vapores)

Clase # 23. Principios de la termodinm̀ica. Ciclo de Carnot. Eficiencia. Kelvin y Clausius. 1/5

Clase # 23. Principios de la termodinm̀ica. Ciclo de Carnot. Eficiencia. Kelvin y Clausius. 2/5

Mod-01, Lec-23. Thermodynamics

22. The Boltzmann Constant and First Law of Thermodynamics

23. The Second Law of Thermodynamics and Carnot Engine

Operational Semantics for Single-Particle Classical Thermodynamics

Tommaso Ruggeri - Recent Mathematical Results in Classical and Relativistic Extended Thermodynamics

Mod-01, Lec-11. Refrigeration/Thermodynamics of Mixtures

Lecture 42 (Fugacity of liquid mixture, 1)

Lecture 43 (Fugacity of liquid mixture, 2)

Lec 14 | MIT 5.60 Thermodynamics & Kinetics, Spring 2008 (Multicomponent Systems, Chemical Potential)

Lec-30. Thermodynamics of Multi-component System I

Lec-31. Thermodynamics of Multi-component System II

Lec 20 | MIT 5.60 Thermodynamics & Kinetics, Spring 2008 (Phase Equilibria - Two Components)

Barotropic Behavior in Mixtures of CO₂ and Hydrocarbons...

Mecǹica estads̕tica generalizada en el borde del caos

Conferencia magistral. La termodinm̀ica y la materia fuera de equilibrio

Fundamentals of classical and statistical thermodynamics

Course of fundamentals of thermodynamics

12. Classical Statistical Mechanics. Part 1

13. Classical Statistical Mechanics. Part 2

14. Classical Statistical Mechanics. Part 3

Lec 27 | MIT 5.60 Thermodynamics & Kinetics, Spring 2008 (Statistical mechanics and discrete energy levels)

19. Quantum Statistical Mechanics. Part 1

20. Quantum Statistical Mechanics Part 2

Algebraic Combinatorics, Applications to Statistical Mechanics and Complexity Theory - Greta Panova

Zonotopal Algebra, Graph Enumeration, and Partition Functions of Statistical Mechanics

Random Constraint Satisfaction Problems, The Statistical Mechanics Approach... - Guilhem Semerjian

Statistical Mechanics of Learning

Avances sobre mťodos de consistencia termodinm̀ica de datos de equilibrio entre fases de mezclas binarias que contienen lq̕uidos in̤icos

Vida y materia, Bergson y la termodinm̀ica cls̀ica

Bell<U+0092>s Non-Locality Theorem Can Be Understood in Terms of Classical Thermodynamics

Termodinm̀ica de Ciclos

Introduccin̤ a la termodinm̀ica

Termodinm̀ica, Trabajo y Energa̕