Lesson 4 of 23 • 41 upvotes • 10:37mins
-Explanation of metallic character of transition elements. -Explanation of strength of metallic bonds. -Explanation of Boiling points and Melting points in transition metals.
23 lessons • 4h 6m
Overview of The Course (in Hindi)
8:02mins
General Introduction of d-Block Elements (in Hindi)
11:36mins
Tricks to Write the Electronic Configuration of d-Block Elements (in Hindi)
12:52mins
Metallic Character of 3d series transition elements (in Hindi)
10:37mins
Atomic Radii and Ionization Enthalpy of 3d-series transition elements (in Hindi)
12:04mins
Exercices of Ionization enthalpy (in Hindi)
11:26mins
Oxidation State of 3d series transition elements (in Hindi)
14:29mins
Ionic radii of 3d-series transition elements (in Hindi)
8:01mins
Colour properties of 3d-series transition elements (in Hindi)
10:45mins
Catalytic Properties of d-block elements (in Hindi)
10:53mins
Magnetic Properties of d-block elements (in Hindi)
12:54mins
Interstitial Compounds of d-block elements (in Hindi)
9:32mins
Alloy Formation by d-block elements (in Hindi)
8:27mins
Preparation of Potassium dichromate (in Hindi)
8:39mins
Properties of Potassium Dichromate (in Hindi)
11:23mins
Preparation of Potassium permanganate (in Hindi)
9:08mins
Properties of Potassium Permanganate Part-1 (in Hindi)
9:46mins
Properties of Potassium Permanganate Part-2 (in Hindi)
11:20mins
Introduction of f-block elements and Electronic Configuration of Lanthenides (in Hindi)
14:12mins
Oxidation States of Lanthenides (in Hindi)
11:17mins
Lanthenide Contraction and its Consequence (in Hindi)
9:17mins
Electronic Configuration and Oxidation States of Actinides (in Hindi)
10:48mins
Comparison of Lanthenides and Actinides (in Hindi)
8:51mins