Like the New Interface?

How do you like the New Interface (Design)?


Any comments?

Submit

Important Formulae for Chemical Equilibrium

Practice Quesitons
AIEEE Syllabus
More about Chemical Equilibrium Chapter
Formulae on Chemical Equilibrium
Notes for Chemical Equilibrium
Tips and Tricks for Chemical Equilibrium
Chemical Equilibrium videos



Chemical Equilibrium Practice Questions on Chemical Equilibrium
Practice Now

Read Today's Rajnikanth Formula

Ranjikanth Formula
Unleash the Rajnikanth Power!

Get the Power




Check out your Daily Challenge

Daily Challenge
Like you have Almonds daily, Take a Question daily. Take the Challenge
 (0)    (0)   
   

Important Formula #1

Characteristics of EquilibriumEquilibrium is attained only for reversible reactions



 (0)    (0)   
   

Important Formula #2

Equilibrium can be physical or chemical depending whether it involves a physical change like melting of ice or a chemical change.



 (1)    (0)   
   

Important Formula #3

Equilibrium can be attained from either side i.e. equilibrium is reached whether we start with reactants or the products.



 (0)    (0)   
   

Important Formula #4

Equilibrium is not affected by the presence of catalyst but equilibrium is reached a bit earlier.




 (3)    (0)   
   

Important Formula #5

At a given temperature equilibrium is identified by the constancy in concentration, pressure and colour intensity.



 (2)    (0)   
   

Important Formula #6

Equilibrium is dynamic i.e. at equilibrium the reaction does not stop but it continues with equal rates in both the directions.


Practice Practice Questions Based On This Formula   

 (1)    (0)   
   

Important Formula #7

Depending upon the physical state of the reactants & products equilibrium can be classified into two heads.



 (5)    (0)   
   

Important Formula #8

Irreversible reactions Reactions that proceed only in the forward direction i.e. the reactants are completely converted into products are called irreversible reactions.



 (1)    (0)   
   

Important Formula #9

Relation between Equilibrium Constants








   Forgot Password?
Login using Facebook Login using Facebook Connect!


Not A Member?  Register for FREE!