Mass times acceleration minus dynamic pressure squared times area times coefficient of drag
Isostasy is a state of gravitational equilibrium where the weight of the Earth's crust is balanced by the buoyancy of the mantle below. This equilibrium is achieved when the crust floats on the denser mantle and remains in equilibrium at a certain level.
Your weight is the gravitational attraction force between you and the Earth and not a property of mechanical equilibrium. Mechanical equilibrium is a state in which a momentum coordinate of a particle, rigid body, or dynamical system is conserved.
No, a ladder leaning against a wall is not in equilibrium. Equilibrium would occur if the forces acting on the ladder were balanced, but in reality, the ladder is subject to gravitational force and may slide or topple over if not properly stabilized.
Equilibrium is a state in which all forces acting on an object are in balance.
When gravitational force and buoyant force are balanced on the lithosphere, the rock is in isostatic equilibrium. This means that the rock is neither sinking nor rising in response to the forces acting on it.
it is concept of earths crust is gravitational balance or equilibrium.
heat to gravitational
The main reactions that maintain stellar equilibrium are nuclear fusion reactions in the core, which produce energy that balances the gravitational force trying to collapse the star. The pressure generated by these reactions pushes outward, counteracting the gravitational force pulling inward, resulting in a stable balance known as hydrostatic equilibrium.
Isostasy is a state of gravitational equilibrium where the weight of the Earth's crust is balanced by the buoyancy of the mantle below. This equilibrium is achieved when the crust floats on the denser mantle and remains in equilibrium at a certain level.
Your weight is the gravitational attraction force between you and the Earth and not a property of mechanical equilibrium. Mechanical equilibrium is a state in which a momentum coordinate of a particle, rigid body, or dynamical system is conserved.
No, a ladder leaning against a wall is not in equilibrium. Equilibrium would occur if the forces acting on the ladder were balanced, but in reality, the ladder is subject to gravitational force and may slide or topple over if not properly stabilized.
The Gravitational Equilibrium of a star is when the amount of gravity being exerted by the center of the star on the outer particles of the same are balanced by a force pushing the particles out. In other words, it is when a star is not shrinking or condensing because of its own gravity. Possible outward forces counteracting the gravity could be radiation, heat, shockwaves, seismic waves, etc.
Isostasy is the condition of gravitational equilibrium in the Earth's crust. It refers to the balance between the forces pushing down on the crust (gravity) and the forces pushing back up (buoyancy) caused by variations in the density and thickness of different parts of the crust.
Equilibrium is a state in which all forces acting on an object are in balance.
Gravitational pull gives planets their spheroidal shape (balanced by the outward push of matter, causing hydrostatic equilibrium) and also dictates their orbits, for example, their orbit around the Sun.
Yes. An object is in equilibrium if the velocity is constant. A constant velocity can occur if the forces balance on the object. Consider that the gravitational force is balanced by the "air resistance force", then there is no net force and thus no acceleration. Then the velocity at which this occurs will be a constant and thus the body will be in equilibrium.
Isostasy theory is a geological concept that posits that Earth's lithosphere is in gravitational equilibrium, with lighter elements floating on top of heavier materials in the mantle. This theory explains how the lithosphere adjusts vertically to maintain balance when weight is added or removed, such as from the melting of ice sheets.