The phrase "basic equilibrium" is correct and usable in written English.
"Basic equilibrium" refers to a state of balance or stability that is fundamental or essential. It can be used in a variety of contexts, such as describing a chemical reaction, a market economy, or even a person's mental state. Example 1: In order to maintain the basic equilibrium of a healthy ecosystem, it is important to preserve the delicate balance between predator and prey populations. Example 2: When the supply and demand for a product are in basic equilibrium, the market is said to be in a state of equilibrium. Example 3: Practicing mindfulness and self-care can help restore a sense of basic equilibrium during times of stress and uncertainty.
Starting from the basic equilibrium equation, a dynamic electro-mechanical FEM formulation is briefly presented.
Armed with these basic equilibrium analyses, we proceed to calculate and classify the loaded elastica into several deformation patterns.
Gradual yielding throughout the cross-section is described through basic equilibrium, compatibility, material and shear connection nonlinear constitutive equations.
The existence of the line forces is also discussed from the standpoint of the basic equilibrium considerations and the principle of virtual work.
The behaviour model accounts for material inelasticity due to combined bi-axial bending and axial force, gradual yielding is described through basic equilibrium, compatibility and material nonlinear constitutive equations.
The two basic equilibrium states for knitted fabrics are the dry-relaxed state, attained by allowing the fabric to relax freely in the air, and the wet-relaxed state, reached after static relaxation of the fabric in water followed by drying.
The result, said Robert Wuthnow, director of the Center for the Study of Religion at Princeton University, is that the terrorist attacks have not undermined the nation's basic religious equilibrium: one-quarter of the population devout, one-quarter secular and one-half mildly interested.
The initial development is for one of the most relevant subset of quaternary reversible reactions (A + B ⇄ C + D, with boiling points Tb,C < Tb, A< Tb,B < Tb,D), by using only basic chemical (equilibrium and kinetics) and physical (relative volatilities) parameters.
Next, following Pomfret (1986), we modify Viner's (1950) basic partial equilibrium framework to allow for upward-sloping supply schedules for both countries J and F. This is illustrated through Figure 2.
Emphasis on the three basic principles of equilibrium, geometric compatibility, and material behavior.
Presents basic principles of equilibrium, geometric compatibility, and linear material response.
