No, this is not necessarily.
In a dynamic equilibrium, the rate of the forward reaction is equal to the rate of the reverse reaction, causing no overall change in the concentrations of the reactants and products. This results in a stable state where both solutions coexist without any noticeable changes over time.
Allele frequency is stable The phenotype frequency does not change.
The reaction would shift to balance the change
If sucrose diffuses out of the membrane, it could disrupt the concentration gradient, potentially leading to water moving in the opposite direction to compensate for the change in solute concentration. However, equilibrium between water and sucrose would not be reached if the sucrose continues to diffuse out. Equilibrium occurs when the concentrations of solute and solvent are balanced on both sides of the membrane, which may not happen if sucrose is consistently leaving the system. Therefore, the dynamic balance would be affected, preventing a stable equilibrium.
Increasing the concentration of reactants will shift the equilibrium towards the products. The equilibrium will always shift to reduce the change you caused. If you add more products, it shifts toward reactants. This is known as the Le Chatelier Principle.See the Web Links to the left of this answer for more about this.
the equilibrium constant would change
the equilibrium constant would change
The system is in a state of dynamic equilibrium when melting and freezing occur at the same rate. This means that while the two processes continue to happen, there is no overall change in the amount of solid or liquid in the system.
In a dynamic equilibrium, the rate of the forward reaction is equal to the rate of the reverse reaction, causing no overall change in the concentrations of the reactants and products. This results in a stable state where both solutions coexist without any noticeable changes over time.
A reaction at equilibrium will respond to balance a change - apex (Explanation): The answer is NOT "a new equilibrium ratio will form", because although this is true, it will not necessarily always happen and is not what le chatelier's principle is about. His principle focuses on the reaction changing to cancel out or balance the change in equilibrium. Therefore, this is the correct answer.
A system is said to be social equilibrium when there is a dynamic working balance among its interdependent parts (Davis & Newstrom, 1985). Each subsystem will adjust to any change in the other subsystems and will continue to do so until an equilibrium is retained. The process of achieving equilibrium will only work if the changes happen slowly, but for rapid changes it would throw the social system into chaos, unless and until a new equilibrium can be reached.From The Desk of Dr. Adnan Iqbal
No, dynamic equilibrium can occur in any chemical system where the rate of the forward reaction is equal to the rate of the reverse reaction. It is not specific to water and can happen in various types of solvents and conditions.
Allele frequency is stable The phenotype frequency does not change.
Dynamic systems, like people, are hard to predict what will happen or where they will go. Static systems, such as birds or rocks, follow a regular, pre-determined pattern to reach the same predictable result.
The quasi-static process in thermodynamics is important because it allows for the system to be in equilibrium at every step, making it easier to analyze and calculate. This process differs from dynamic processes, which happen quickly and may not allow the system to reach equilibrium at each step.
If a forward and reverse reaction happen at the same rate, the result is called a dynamic equilibrium; the overall chemical composition does not change, even though reactions are constantly taking place.
A reaction at equilibrium will respond to balance a change - apex (Explanation): The answer is NOT "a new equilibrium ratio will form", because although this is true, it will not necessarily always happen and is not what le chatelier's principle is about. His principle focuses on the reaction changing to cancel out or balance the change in equilibrium. Therefore, this is the correct answer.