informational frameworks in thermal physics, mainly those that historically and conceptually derive from the work of Brillouin (1962) and Jaynes (1957a), to robustly explain the approach of certain gaseous systems to their state of thermal equilibrium from the dynamics of their molecular components. ...
which yields ΔH‡ = 14.8 andTΔS‡ = −8.9 kcal mol−1at 15 °C (Fig.3b). This shows that the two enzymes are able to reduce both ΔH‡and −TΔS‡, but that the faster psychrophilic enzyme has a larger effect on the enthalpy term. Hence, the tran...
What's the physical meaning of the principle of work and energy? What are the differences between work and energy? Explain the relationship between work, power, and energy. Give an example of each and state their SI units. What is the term "work, power, and energy" practically mean? When...
How does adding "rock salt" to the ice lower the freezing point of water enough to make the cream freeze? Explain at the molecular level. Explain how temperature affects the time it takes to reach thermal equilibrium. Explain why the ...
There is typically a 3–5 km difference in the height between continental rifts and oceanic rifts (spreading centres) related to a difference in their buoyancy (isostatic equilibrium). Although it becomes thinner as it stretches, the plate in continental rifts is composed of granitic crust under...
since the transformers are melted down. So yes mass starvation could occur when all refrigerators stop working. So potentially as lethal as a super volcano on the short term... Of course we can do absolutely nothing about this. Just like with super volcanoes. Only thing we are sure of is...
The addition of a nonlinear loss term to the classic Lotka-Volterra equations used for describing the predator-prey problem in ecology not only stabilises the oscillations in the solutions for the populations of electrons and particles in the plasma but also explains the behaviour in more detail. ...
The main advantage of LBM over the NS solvers is the absence of non-linearity in the convection term and the need to solve the Poisson equation for obtaining pressure. In addition, the LBM has been proven to have the low dissipative properties needed for modeling the weak acoustic pressure ...