【PDF】Bansal Chemistry Module for IIT JEE

【PDF】Bansal Chemistry Module for IIT JEE

 Download the Complete PDF of Bansal Classes Kota Module for Chemistry. This page has all the IIT JEE Chemistry Modules PDF to Download. You can either download PDF of complete JEE Physics or you can download PDF chapterwise.

Bansal Chemistry Module

Chapter NameDownload Link
Complete Bansal Chemistry ModuleDownload
Mole ConceptDownload
Chemical BondingDownload
NomenclatureDownload
GOCDownload
Gaseous StateDownload
Atomic StructureDownload
HydrocarbonsDownload
Purification, Characterisation of Organic CompoundsDownload
Redox ReactionDownload
Hydrogen CompoundsDownload
Chemical EquilibriumDownload
Ionic EquilibriumDownload
s BlockDownload
p block 1Download
ThermodynamicsDownload
ThermochemistryDownload
Chemical KineticsDownload
Alcohol,Phenol, EthersDownload
Halogen Derivatives, Grignard ReagentsDownload
Coordination CompoundDownload
RadioactivityDownload
Carbonyl CompoundsDownload
Carboxylic Acid DerivativesDownload
SolutionsDownload
ElectrochemistryDownload
Nitrogen CompoundsDownload
MetallurgyDownload
P Block 2Download
Qualitative AnalysisDownload
d & f block elementsDownload
Solid StateDownload
Surface ChemistryDownload
Aromatic HydrocarbonsDownload
BiomoleculesDownload
PolymersDownload

Comments

Post a Comment

Thanks Nd visit again😊

Popular posts from this blog

【PDF】Important Formulas of Structure of Atom Class 11, JEE, NEET

Image
【PDF】Important Formulas of Structure of Atom Class 11, JEE, NEET Here is the list of all the Important Formulas of Structure of Atom Class 11. This formula list is very important to revice before your JEE Main, Advanced or NEET Exam. All Formulas of Structure of Atom Class 11 Structure of Atom is First chapter in Chemistry Class 11. Here is the detailed list of all the formulas of this chapter. 1. Estimation of closest distance of approach (derivation) of  α α  -particle :  R = 4 K Z e 2 m α V 2 α R = 4 K Z e 2 m α V α 2 2. The radius of a nucleus:  R = R 0 ( A ) 1 / 3 R = R 0 ( A ) 1 / 3  cm 3. Planck’s Quantum Theory:   Energy of one photon  = h v = h c λ = h v = h c λ 4. Photoelectric Effect:   hv  = h v 0 + 1 2 m e v 2  hv  = h v 0 + 1 2 m e v 2 5. Bohr’s Model for Hydrogen like atoms: m v r = n h 2 π m v r = n h 2 π  (Quantization of angular momentum) E n = − E 1 n 2 z 2 = 2.178 × 10 − 18 z 2 n 2 J / a t o m = 13.6 z 2 n 2 e V ; E 1 = − 2 π 2 m e 4 n 2 E n =
Read more