The D-& F-Block Elements Vedioes

D and F Block Elements Part 1 (Introduction)

D and F Block Elements Part 2 (Say Hello)

D and F Block Elements Part 3 (Say Hello)

D and F Block Elements Part 4 (Say Hello)

D and F Block Elements Part 5 (Say Hello)

D and F Block Elements Part 6 (Say Hello)

D and F Block Elements Part 7 (Say Hello)

D and F Block Elements Part 8 (Say Hello)

D and F Block Elements Part 9 (Electronic Configuration)

D and F Block Elements Part 10 (Electronic Configuration)

D and F Block Elements Part 11 (Electronic Configuration)

D and F Block Elements Part 12 (Electronic Configuration)

D and F Block Elements Part 13 (Trends in Physical Properties)

D and F Block Elements Part 14 (Trends Atomic Size)

D and F Block Elements Part 15 (Lanthanoids Contraction)

D and F Block Elements Part 16 (Ionization Enthalpy)

D and F Block Elements Part 17 (Oxidation States)

D and F Block Elements Part 18 (Standard Hydrogen Electrodes)

D and F Block Elements Part 19 (Stability of higher oxidation states)

D and F Block Elements Part 20 (Chemical reactivity)

D and F Block Elements Part 21 (Numerical)

D and F Block Elements Part 22 (Magnetic Properties)

D and F Block Elements Part 23 (Colored ions)

D and F Block Elements Part 24 (Catalyst and complex ions)

D and F Block Elements Part 25 (Interstitial compounds and Alloys)

D and F Block Elements Part 26 (Recap of trends)

D and F Block Elements Part 27 (Numerical)

D and F Block Elements Part 28 (Numerical)

D and F Block Elements Part 29 (Numerical)

D and F Block Elements Part 30 (Important compounds: Potassium permanganate)

D and F Block Elements Part 31 (Lanthanoids)

D and F Block Elements Part 32 (Actinoids)

D and F Block Elements Part 33 (Compare Lanthanoids and actinoids)

D and F Block Elements Part 34 (Numerical)