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Slide 1 - Erwin Sitompul
... If we were not able to counteract them, they would stop every moving object and bring every rotating shaft to a halt. About 20% of the gasoline used in a car is needed to counteract friction. On the other hand, if friction were totally absent, we could not get an automobile to go anywhere, and w ...
... If we were not able to counteract them, they would stop every moving object and bring every rotating shaft to a halt. About 20% of the gasoline used in a car is needed to counteract friction. On the other hand, if friction were totally absent, we could not get an automobile to go anywhere, and w ...
Manzanares
... the constituent elements of the system? In these cases Joule’s law is not obeyed in general, except for those particular systems where all allowed microscopic configurations of the system have the same potential energy. For these systems, the average value of the internal energy depends exclusively ...
... the constituent elements of the system? In these cases Joule’s law is not obeyed in general, except for those particular systems where all allowed microscopic configurations of the system have the same potential energy. For these systems, the average value of the internal energy depends exclusively ...
Ch13-2 Simple Harmonic Motion
... CT4: In P12.67b, which principle do we have to use to get the speed of the bullet from the height the bob rises? A. Newton’s laws. ...
... CT4: In P12.67b, which principle do we have to use to get the speed of the bullet from the height the bob rises? A. Newton’s laws. ...
chemical equilibrium
... As the rate of reaction is dependant on the concentration of reactants... • the forward reaction starts off fast but slows as the reactants get less concentrated • initially, there is no backward reaction but, as products form, it will get faster • provided the temperature remains constant there wil ...
... As the rate of reaction is dependant on the concentration of reactants... • the forward reaction starts off fast but slows as the reactants get less concentrated • initially, there is no backward reaction but, as products form, it will get faster • provided the temperature remains constant there wil ...
HW1
... Determine the body force distribution required for equilibrium and the magnitude of its resultant at the point x = -10mm, y = 30mm, z = 60mm. 1.15. A thin skewed plate is subjected to a uniform distribution of stress along its sides as shown in Fig. P1.15. Calculate (a) the stresses x, y, xy, and ...
... Determine the body force distribution required for equilibrium and the magnitude of its resultant at the point x = -10mm, y = 30mm, z = 60mm. 1.15. A thin skewed plate is subjected to a uniform distribution of stress along its sides as shown in Fig. P1.15. Calculate (a) the stresses x, y, xy, and ...
The role of angular momentum conservation law in statistical
... As shown in [1,2] the statistical mechanics of charged particles gas in magnetic field can be formulated without paradoxes if the density of distribution (or the statistical operator in quantum theory) is considered to be also dependent on the angular momentum. The role of various motion integrals i ...
... As shown in [1,2] the statistical mechanics of charged particles gas in magnetic field can be formulated without paradoxes if the density of distribution (or the statistical operator in quantum theory) is considered to be also dependent on the angular momentum. The role of various motion integrals i ...
Statistical quality control
... small sample size and make statements on the whole population. Samples must be pulled RANDOMLY from a population so that the sample truly represents the population. Every unit in a population must have a equal chance of being selected for the sample to be truly random. The distribution or shape of t ...
... small sample size and make statements on the whole population. Samples must be pulled RANDOMLY from a population so that the sample truly represents the population. Every unit in a population must have a equal chance of being selected for the sample to be truly random. The distribution or shape of t ...
27.11.2012 - Erwin Sitompul
... After countless experiments, scientists and engineers realized that energy numbers can be assigned to or withdrawn from a system by conducting a certain scheme. If planned carefully, the outcomes of the experiments can be predicted and made useful. For example: flying machine, refrigerator, etc. ...
... After countless experiments, scientists and engineers realized that energy numbers can be assigned to or withdrawn from a system by conducting a certain scheme. If planned carefully, the outcomes of the experiments can be predicted and made useful. For example: flying machine, refrigerator, etc. ...
Variational Principles and Lagrangian Mechanics
... than quantum mechanics (1920’s), let alone Feynman’s path integral approach (1940’s). This is a testament to the great minds (Euler, Lagrange, Hamilton, Jacobi, . . . ) that found these variational principles! These principles came into favor because they provide a very powerful way to organize info ...
... than quantum mechanics (1920’s), let alone Feynman’s path integral approach (1940’s). This is a testament to the great minds (Euler, Lagrange, Hamilton, Jacobi, . . . ) that found these variational principles! These principles came into favor because they provide a very powerful way to organize info ...
chemical equilibrium
... As the rate of reaction is dependant on the concentration of reactants... • the forward reaction starts off fast but slows as the reactants get less concentrated • initially, there is no backward reaction but, as products form, it will get faster • provided the temperature remains constant there wil ...
... As the rate of reaction is dependant on the concentration of reactants... • the forward reaction starts off fast but slows as the reactants get less concentrated • initially, there is no backward reaction but, as products form, it will get faster • provided the temperature remains constant there wil ...
simulating fritz haber`s ammonia synthesis with thermodynamic
... same extensive thermochemical database, which contains enthalpy (H), entropy (S), and heat capacity (C) data for more than 25,000 chemical compounds. The Solgasmix routine based on Gibbs energy minimization is used in calculating equilibrium composition.[3] ...
... same extensive thermochemical database, which contains enthalpy (H), entropy (S), and heat capacity (C) data for more than 25,000 chemical compounds. The Solgasmix routine based on Gibbs energy minimization is used in calculating equilibrium composition.[3] ...
Introduction to Engineering Mechanics
... A body consists of several matters. It is a well known fact that each particle can be subdivided into molecules, atoms and electrons. It is not possible to solve any engineering problem by treating a body as a conglomeration of such discrete particles. The body is assumed to consist of a continuous ...
... A body consists of several matters. It is a well known fact that each particle can be subdivided into molecules, atoms and electrons. It is not possible to solve any engineering problem by treating a body as a conglomeration of such discrete particles. The body is assumed to consist of a continuous ...