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 syst
Answer to: Explain the term physical weathering. By signing up, you'll get thousands of step-by-step solutions to your homework questions. You can...
In terms of an organism and how it interacts with its environment, what is the benefit of having controls on the chemical reactions that take place in its body? Explain the meaning of homeostasis and equilibrium as they relate to evolution. Why is homeostasis an exclusively biological term? Exp...
To simplify, we will now call GEM the solutions without the HS term and GRL the solutions with the HS term. Finally, fourth there is the GR. The problem with applying GR directly is the complexity of solving its non-linear equations in many cases. Chronologically, the first attempts to ...
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...
Active regions would have a very different appearance if the dominant heating mechanism had these properties. Thermal nonequilibrium may nonetheless play an important role in prominences and catastrophic cooling events (e.g., coronal rain) that occupy a small fraction of the coronal volume. However...
If two bodies are in thermal equilibrium, which of the quantities will be the same? Explain. a. temperature b. heat c. internal energy d. both a and b Zeroth Law of Thermodynamics: {eq}\\ {/eq} Zeroth law is one ...
Answer to: Explain the term mechanical advantage. State and define its unit. By signing up, you'll get thousands of step-by-step solutions to your...
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 ...