Define equilibrium. Also give its types
Answers
Answer:please mark me as brainliest
Explanation:
Equilibrium is the state in which market supply and demand balance each other, and as a result, prices become stable. Generally, an over-supply of goods or services causes prices to go down, which results in higher demand. The balancing effect of supply and demand results in a state of equilibrium.
There are three types of equilibrium: stable, unstable, and neutral. ... A system is said to be in stable equilibrium if, when displaced from equilibrium, it experiences a net force or torque in a direction opposite to the direction of the displacement.
Equilibrium Defined
Chemical equilibrium: When the forward reaction rate equals the reverse reaction rate in a closed system (no energy inputs or outputs) Static equilibrium: Amount of reactant and product are fixed and unchanging.
TYPES OF EQUILIBRIUM
Static equilibrium: Amount of reactant and product are fixed and unchanging
Static equilibrium: Amount of reactant and product are fixed and unchangingDynamic equilibrium: Reactant is turning into product and product is turning into reactant, but at the same rate such that the concentrations of each are unchanged on a macroscopic scale
Static equilibrium: Amount of reactant and product are fixed and unchangingDynamic equilibrium: Reactant is turning into product and product is turning into reactant, but at the same rate such that the concentrations of each are unchanged on a macroscopic scaleSteady state: When a forward and reverse rate are equal in an open system (energy can come in and out of the system)
Static equilibrium: Amount of reactant and product are fixed and unchangingDynamic equilibrium: Reactant is turning into product and product is turning into reactant, but at the same rate such that the concentrations of each are unchanged on a macroscopic scaleSteady state: When a forward and reverse rate are equal in an open system (energy can come in and out of the system)Homeostasis: Balance in a complex system that may include diverse inputs and outputs
Static equilibrium: Amount of reactant and product are fixed and unchangingDynamic equilibrium: Reactant is turning into product and product is turning into reactant, but at the same rate such that the concentrations of each are unchanged on a macroscopic scaleSteady state: When a forward and reverse rate are equal in an open system (energy can come in and out of the system)Homeostasis: Balance in a complex system that may include diverse inputs and outputsPhysical equilibrium: When opposing forces are balanced such that the object experiences no net acceleration
Static equilibrium: Amount of reactant and product are fixed and unchangingDynamic equilibrium: Reactant is turning into product and product is turning into reactant, but at the same rate such that the concentrations of each are unchanged on a macroscopic scaleSteady state: When a forward and reverse rate are equal in an open system (energy can come in and out of the system)Homeostasis: Balance in a complex system that may include diverse inputs and outputsPhysical equilibrium: When opposing forces are balanced such that the object experiences no net accelerationStatic equilibrium: An object at rest experiencing balanced forces
Static equilibrium: Amount of reactant and product are fixed and unchangingDynamic equilibrium: Reactant is turning into product and product is turning into reactant, but at the same rate such that the concentrations of each are unchanged on a macroscopic scaleSteady state: When a forward and reverse rate are equal in an open system (energy can come in and out of the system)Homeostasis: Balance in a complex system that may include diverse inputs and outputsPhysical equilibrium: When opposing forces are balanced such that the object experiences no net accelerationStatic equilibrium: An object at rest experiencing balanced forcesDynamic equilibrium: An object experiencing balanced forces while at a constant velocity (no net acceleration) e.g. an object that has reached terminal velocity
Static equilibrium: Amount of reactant and product are fixed and unchangingDynamic equilibrium: Reactant is turning into product and product is turning into reactant, but at the same rate such that the concentrations of each are unchanged on a macroscopic scaleSteady state: When a forward and reverse rate are equal in an open system (energy can come in and out of the system)Homeostasis: Balance in a complex system that may include diverse inputs and outputsPhysical equilibrium: When opposing forces are balanced such that the object experiences no net accelerationStatic equilibrium: An object at rest experiencing balanced forcesDynamic equilibrium: An object experiencing balanced forces while at a constant velocity (no net acceleration) e.g. an object that has reached terminal velocityEcological equilibrium: This is a debated phenomenon, but seems to usually represent a balance between a given species and its environment.