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Chemical Equilibrium: Part-5 : Numericals- NEET , JEE
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This video explains "How to solve Numericals of Chemical Equilibrium"

Pradeep Sharma
Educator | Chemistry | NEET | JEE Teaching students for Cracking NEET , IIT-JEE , AIIMS , XII & XI since 1998.

U
Unacademy user
Hello Shilpa, Could you please keep soft copies of the lessons also in pdf or any other form? Because it is very difficult to note down the important points while you're explaining and that too much time taking. Consider my request to exploit the course fully.
  1. Chemical Equilibrium art- 5


  2. Chemical Equilibrium art- 5


  3. Chemical Equilibrium art- 5


  4. Writing the expression for Equilibrium Constant [Product] Reactant ja Active mass of Solid & Pure liquid in excess is one Pure Liquid in excess]1 [Solid ]- 1


  5. 2 (s) 2Hl(ag) 2 (aq) + 2 (aq K= [Hlaa) ? We Know [ Solid ] 1 [ 12 (s)11


  6. 2Hl(ag) 2 (aq) + (aq) We Know Solid 1:1 12 (s) ] = 1 Hlag) 12 [ H2 (aa) Kc


  7. 2Hl(ag) 2 (aq) + (aq) e KnoW 12 (s) ] = 1 Hlag) 12 [ H2 (aa) | Units = mol It


  8. Write Expression for equilibrium constant for following reaction? CaCO3 (s) CaO(s) + CO2 (g) (Caol ICO2 (el [CaCOs sl


  9. Write Expression for equilibrium constant for following reaction? CaCO3 (s) CaO(s) + CO2 (g) [Ca01 ICO2 (l [CaCO3(1 3 (s)


  10. Write Expression for equilibrium constant for following reaction? CaCO3 (s) CaO(s) + CO2 (g) [Ca01 ICO2 (l [CaCO3 (s)] = 1 3 (s) K- CO2 2 (g)


  11. Write Expression for equilibrium constant for following reaction? CaCO3 (s) CaO(s) + CO2 (g) [Ca01 ICO2 (l [CaCO3 (sl [CaCO3 1 K- CO2 Units atm CO


  12. CH3COOH CH3OH(


  13. In a reaction b/n H2 and I2 at a certain temperature,the amounts of H2, I2 & HI at equilibrium were found to be 0.45 mole, 0.4 mole & 3.0 moles respectively in 2 It container. Calculate the equilibrium constant for the reaction at the given temp [Hal=0.45 [H2]=04 2 2 2


  14. In a reaction b/n H2 and I2 at a certain temperature,the amounts of H2, I2 & HI at equilibrium were found to be 0.45 mole, 0.4 mole & 3.0 moles respectively in 2 It container. Calculate the equilibrium constant for the reaction at the given temp [H2l 0.45 [H21 04 2 2 2 Ans 50 HI] [H2] x [I21


  15. For the reaction 2H1 H2 + 12 Initial conc. of HI is 8 M & at equilibrium 20% of HI dissociates to give H2 & I2 .Find out equilibrium constant? Initial 8 M At equilibrium


  16. For the reaction 2HIH2 I2 Initial conc. of HI is 8 M & at equilibrium 20% of HI dissociates to give H2 & 12:Find out equilibrium constant? Initial 8 M At equilibrium 8 -1.6


  17. For the reaction 2HIH2 I2 Initial conc. of HI is 8 M & at equilibrium 20% of HI dissociates to give H2 & 12:Find out equilibrium constant? Initial 8 M At equilibrium 8 1.6 0.8 0.8