Lesson 4 of 22 • 80 upvotes • 14:57mins
This lesson will discuss the abnormal trend in the Atomic size and Ionisation Enthalpy of Boron Family. Why the Galium has higher Ionisation energy than that of Aluminum?
22 lessons • 4h 46m
Course Overview: Group-13 Elements| Boron Family
8:37mins
Introduction to Boron Family
15:00mins
Physical Properties: Melting Point and Atomic Size of Boron Family
15:00mins
Physical Properties: Ionisation Enthalpy in Boron Family
14:57mins
Physical Properties: Oxidation State and Their Stability in Boron Family
15:00mins
Halides of Boron and Their Relative Lewis Acid Character (Part-1)
14:29mins
Halides of Boron and Their Relative Lewis Acid Character (Part-2)
8:13mins
Other Halides of Group-13 Elements
14:30mins
Hydrides & the structure of Diborane (B2H6)
14:34mins
Chemical Properties/ Reactivity of Group-13 Elements
12:49mins
Chemistry of Boron
14:59mins
Boron trioxide: B2O3
8:55mins
Boric Acid: B(OH)3
15:00mins
Multicentered Bonding in B2H6, Al2Cl6, Al2Me6 etc.
15:00mins
Borax: Na2B4O7.10H2O
14:01mins
Diborane: B2H6
15:00mins
Diborane: B2H6 (part-2)
14:35mins
Chemistry of Aluminum
12:46mins
Compounds of Aluminum: Al2O3, AlCl3
14:31mins
Compounds of Aluminium: Alum
12:25mins
Practice Paper-1: Boron Family
6:21mins
Solution to Practice Paper-1: Boron Family
10:01mins