#Nuclearchemistry# #N/P ratio# #Modes of decay # #Nucleus# #Stability # #Bsc chemistry topic#

#Bioinorganic chemistry # #Haemoglobin# #structure# #function# #Bsc chemistry topic#

#Nuclearchemistry# #Structure of nucleus# #Liquid drop model# #Nuclear shell model# #Bsc chemistry #

#maxwell relations# #classical thermodynamics# Gibbs free energy#

#classical thermodynamics# #Helmholtz energy# #Maxwell relations#

#Maxwellrelations# Enthalpy# #Classical thermodynamics#

#organic reaction# # Sandmeyer reaction#

#organic reaction# #HVZ reaction#

#Classical thermodynamics# #Maxwell relations# part 1#Internal energy#

Benzil -benzilic acid rearrangement, Msc chemistry

Ullmann Reaction, MSc chemistry

Julia Olefination ,MSc chemistry

Peterson olefination, MSc chemistry

Gibbs -Helmholtz Equation, Bsc&Msc chemistry

Gilman Reagent, MSc chemistry

Dialkyl cadmium compounds, MSc chemistry

Thermodynamics dynamic functions in terms of partition function For Bsc& MSc chemistry, part 1

knoevenagel condensation

Organic Reactions, Rosenmund Reduction, part 1

Nitrenes, Bsc, Msc chemistry

Wolff Rearrangement ,Msc chemistry

Birch reduction

Jones oxidation, Birch reduction, MSc chemistry

Favorskii rearrangement ,MSc chemistry

Glaser coupling, MSc chemistry

Reduction with HI in presence of red phosphorous, MPV (Meerwein -Ponndorf-Verley )reduction part 2

Organic reactions Clemmensen reduction, Wolf-Kishner reduction part 1