There are two types of equilibrium: static (gravitational) equilibrium, which involves the movement of the head with respect to gravity and dynamic (rotational) equilibrium, which involves acceleration of the head in rotation, horizontal, and vertical movements.

In Chemistry, Dynamic Equilibrium refers to a state of balance in between two forces in motion. It exists once a reaction which is reversible ceases to change its ratio of the reactants but the substances move at an equal rate in between the chemicals. eddibear3a and 17 more users found this answer helpful. Thanks 9.

Dynamic equilibrium is an equilibrium that occurs when the rate of formation of product and the rate of decay of product back to reactant is same. In static equilibrium, both the rate of forward and backward reaction is zero. In dynamic equilibrium, the rates of forward and backward reaction rates are equal.

Static economics studies only a particular point of equilibrium. But dynamic economics also studies the process by which equilibrium is achieved. Therefore, static analysis is a study of equilibrium only whereas dynamic analysis studies both equilibrium and disequilibrium.

Chemical equilibrium occurs when the number of particles becoming products is equal to the number of particles becoming reactants. A dynamic equilibrium is a state where the rate of the forward reaction is equal to the rate of the reverse reaction.

Dynamic conditions are conditions where threshold values for the conditions is specified as parameters on the URL rather than being defined as part of the condition. For example, consider a report where responses should be filtered by date completed within a range.

Product is changing into reactant and reactant is changing into the product but the rate of change is same so there is no change in concentration of product or reactant but still the reaction is going on in both directions. That’s why chemical equilibrium is called a dynamic equilibrium.

In order for a system to be in equilibrium, it must satisfy all three equations of equilibrium, Sum Fx = 0, Sum Fy = 0 and Sum M = 0. Begin with the sum of the forces equations. The simplest way to solve these force systems would be to break the diagonal forces into their component pars.

The first condition is that the net force on the object must be zero for the object to be in equilibrium. If net force is zero, then net force along any direction is zero.

When all the forces that act upon an object are balanced, then the object is said to be in a state of equilibrium. Thus, the net force is zero and the acceleration is 0 m/s/s. Objects at equilibrium must have an acceleration of 0 m/s/s.

static equilibrium: The state in which a system is stable and at rest. To achieve complete static equilibrium, a system must have both rotational equilibrium (have a net torque of zero) and translational equilibrium (have a net force of zero).

A comparison of Q with K indicates which way the reaction shifts and which side of the reaction is favored:

1. If Q>K, then the reaction favors the reactants.
2. If Qfavors the products.
3. If Q=K, then the reaction is already at equilibrium.

1 : a state of balance between opposing forces or actions. 2 : the normal balanced state of the body that is maintained by the inner ear and that keeps a person or animal from falling. equilibrium. noun.

A system is at equilibrium when the rates of the forward and reverse reactions are equal. If additional reactant is added the rate of the forward reaction increases. As the rate of the reverse reaction is initially unchanged, the equilibrium appears to shift toward the product, or right, side of the equation.

Conditions for equilibrium require that the sum of all external forces acting on the body is zero (first condition of equilibrium), and the sum of all external torques from external forces is zero (second condition of equilibrium). These two conditions must be simultaneously satisfied in equilibrium.

Yes, a body can be in equilibrium if it is in motion. We call this type of equilibrium as a dynamic equilibrium. We know that a body is said to be in equilibrium if the net force acting on it is zero. By the second law of motion, we know that the acceleration in such bodies is zero.

In a system at equilibrium, at a fixed temperature, the product of the equilibrium concentration of the products divided by the product of the concentrations of the reactants, each being raised to the coefficient of the substance in the equation, must be equal to a constant.

The Law of Chemical Equilibrium is defined as, the ratio of product of concentration of the products to the product of concentration of the reactants, with each concentration term is raised to the power by its coefficient in overall balanced chemical equation, is a constant quantity at a given temperature and it is …