M.Tech. @ IIT- ROORKEE INDIA M.Sc. @ MDSU Ajmer India
I like to listen music. It give me a lot of relaxation after taking long classes. It's good for mental piece. Beside this for physical fitness I like to dot he cycling.
Matter , Chemical Substances, Periodic Table, States of Matter, Nuclear Chemistry, Electrochemistry , Organic Chemistry, Thermodynamics , Chemical Kinetics , Basics of Matter, Chemistry
I have been teaching college level and School students for last 15 year. I worked with number of organization and educational institutes. This journey of teaching gave me lot of experience. And at this stage I am able to develop my own teaching methodology which vary from student to student by knowing the interest and potential of student. I love to teach organic chemistry. reactions and their mechanism make wonder how the reaction take place. Physical chemistry is so interesting for me and I make it more simple to student by basic calculation. Inorganic chemistry is on finger tips with basic fundamental.
1 Fundamental of chemistry 2 Classification of Substances 3 Basic definition of atom. elements, molecules, compounds. 4 Atomic mass, relative atomic mass, isotopic abundance and average atomic mass. Molecular mass, average molecular mass. 5 Units of Temperature, Pressure, Volume and their interchanging 6 STP conditions and gaseous volume and mass relationship. 7 scientific notation and representation of values. Significant figure and rules 8 Introduction to units like milli, micro , nano etc
1 physical state of matter 2 composition of matter 3 homogeneous and heterogeneous mixture 4 Physical and chemical methods of separation.
1 Ionic compounds 2 Covalent compounds 3 Coordinate compound 4 Properties of compounds, Synthesis and stability 5 Concepts of formation of compounds 6 Hybridization, VSEPR, MOT 7 Forces for compounds, electrostatic forces,, intermolecular forces, Hydrogen bonding 8 Magnetic properties of substances diamagnetic,paramagnetic
1 Historical v/s modern periodic table 2 Period, groups and s,p,d,f block in periodic table. 3 Electronic configuration and identification of period, group, valence electron, oxidation state 4 Trends in periodic table left to right and top to bottom 5 Size of atoms and ions 6 Ionization energy 7 Electron affinity and electron gain enthalpy 8 Electronegativity.
1 gas law 2 Ideal gas equation 3 Dalton's law of partial pressure 4 Diffusion of gases and Grahm's law of diffusion 5 KTG 6Kinds of molecular speed 7 Vander waal's equation 8 critical phenomenon and liquefaction of gases 9 liquid state and solution and colligative properties, elevation in boiling point, relative lowering of vapor pressure, osmotic pressure, abnormal colligative properties 10Solid State 11 Forms of solid 12 Isotropy and anisotropy 13 Difference between crystalline and amorphous solids 14 Types of symmetry In crystal Space lattice and unit cell 15 crystal system 16 analysis of cubic system 17 Packing of identical solid sphere 18 Type of crystal 19 Defects in crystal
1 radioactivity 2 Characteristic and analysis of radioactive radiation 3 radioactive disintegration 4 Group displacement law 5 Radioactive disintegration series 6 rate of disintegration and half life period. 7Average life 8 Radioactive equilibrium 9 units of radioactive 10 Nuclear fission 11Nuclear fusion 12 synthetic elements 13 Age determination of wood, rocks fossil
1 Electrolytes and electrolysis 2 Preferential discharge theory 3 Faraday's law 4 Application of electrolysis 5 Conductance and conductor 6 Electrolyte conductance for strong and weak electrolyte 7Kohlrausch's rule 8electrochemical cell 9daniel cell 10Salt bridge 11 representation of galvanic cell 12electrode potential 13Standard electrode potential 14 EMF of a galvanic cell 15Nernst equation 16 electrochemical series 17 primary and secondary voltaic cell 18 concentration cell 19 Fuel cell
1 IUPAC name of organic compounds 2 Structural and stereoisomerism 3 Delocalized chemical bonding , Resonance, Conjugation, Aromaticity, Hyperconjugation 4 Organic acids and bases 5 organic reaction and mechanism 4 addition , substitution and elimination reaction, electrophilic and nucleophilic reaction 5 photochemistry 6 oxidation and reduction reaction 7 molecular rearrangement 8 pericyclic reaction
1Laws of thermodynamics 2 Internal energy 3 enthalpy 4 Heat capacity 5 Joule-Thomson effect 6 Thermochemistry 7 Enthalpy of reaction 8 Enthalpy of formation 9 Enthalpy of combustion 10 Enthalpy of Solution 11 Enthalpy of Neutralization 12Enthalpy of phase change 13Hess's Law 14Kirchoff's equation 15Bond Energy 16 Lattice energy 17Spontaneous and non spontaneous process 18Entropy 19Gibbs Free energy and spontaneity
1 Rate of reaction 2 Law of mass action 3 Rate constant 4 Collision theory of reaction rate 5 Molecularity of reaction 6 Order of reaction 7 Pseudo- order reaction 8 Methods of determination of order of reaction 9 Reaction of Various order
1 Classification of matter 2 Numerical calculation 3Stiochiometry 4Number of atoms, Number of molecule calculation 5 Mole calculation 6 Mole to mass, Mole to volume, Mole to electron, proton, neutron calculation 7 Principle of atomic conservation 8 Oxidation reduction 9 Balancing of redox reaction 10 calculation of oxidation number 11 n-factor or valence factor calculation 12Concentration of solution 13 w/v, w/w, mole fraction, molarity, molality, normality 14 equivalent 15dilution effect on concentration 16mixing of similar or different type of solution
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