Equilibrium constants detail study

1. Equilibrium constants detail study › Determining actiation energy and arrhenius factor,Determination of Ea graphically. › Introduction activation energy and its determination
2. Equilibrium constants detail study › Test of Knowledge › Multiple choice questions based on entire section that are covered so far.
3. Equilibrium constants detail study › Eequilibrium expression (Kc or Kp) for any homogeneous or heterogeneous reaction, Predicting the extent of reaction from the size of Kc,calculating Kc or K › Calculation of Kc and Kp from equilibrium reactant and product concentrations
4. Equilibrium constants detail study › Eequilibrium expression (Kc or Kp) for any homogeneous or heterogeneous reaction, Predicting the extent of reaction from the size of Kc,calculating Kc or K › Prediction of reaction extent from Kc
5. Equilibrium constants detail study › Eequilibrium expression (Kc or Kp) for any homogeneous or heterogeneous reaction, Predicting the extent of reaction from the size of Kc,calculating Kc or K › Kc and Kp expression for heterogeneous reaction
6. Equilibrium constants detail study › Eequilibrium expression (Kc or Kp) for any homogeneous or heterogeneous reaction, Predicting the extent of reaction from the size of Kc,calculating Kc or K › Kc and Kp expressions for homogeneous reaction
7. Equilibrium constants detail study › Use the Arrhenius Equation to solve for k1, k2, T1, T2 or Ea. › Methods of calculations to solve for K1, K2, T1 , T2 and Ea
8. Equilibrium constants detail study › Use the Arrhenius Equation to solve for k1, k2, T1, T2 or Ea. › Derivation of Arrhenius equation
9. Equilibrium constants detail study › Determining actiation energy and arrhenius factor,Determination of Ea graphically. › Determination of activation energy Ea from graph
10. Equilibrium constants detail study › Determining actiation energy and arrhenius factor,Determination of Ea graphically. › Activation energy and arrhenius factor
11. Equilibrium constants detail study › Determine reaction orders, the rate law and the rate constant, k, from Initial Rates data. › Order of reaction and rate equations
12. Equilibrium constants detail study › How to calculate Kc from initial conditions › Methods of calculations for Kc from initial conditions
13. Equilibrium constants detail study › How to calculate Kc from initial conditions › Introduction to equilibrium constants Kc
14. Equilibrium constants detail study › Continued from previous chapter with solved calculations › More calculations and methods of calculations to identify the reaction order and solve for rate equations
15. Equilibrium constants detail study › Continued from previous chapter with solved calculations › More calculations and methods of calculations to identify the reaction order and solve for rate equations
16. Equilibrium constants detail study › The 1st order Integrated Rate law & half-life relationship to solve for k, t, t1/2, [A]t or [A]0. › Steps to identify reaction order and solve for rate equations
17. Equilibrium constants detail study › The 1st order Integrated Rate law & half-life relationship to solve for k, t, t1/2, [A]t or [A]0. › First order integrated rate law
18. Equilibrium constants detail study › The 1st order Integrated Rate law & half-life relationship to solve for k, t, t1/2, [A]t or [A]0. › Half life reaction
19. Equilibrium constants detail study › Determine reaction orders, the rate law and the rate constant, k, from Initial Rates data. › Ineterpretation of rate order from initial rate database
20. Equilibrium constants detail study › Determine reaction orders, the rate law and the rate constant, k, from Initial Rates data. › Rate law and rate constant