Description

* First year of Engineering Subject App for learning and quickrevision on Chemical Chemistry. * All the important topics likeType of Molecules, Electronegativity, Brag's Law, Acids and Polymercan be covered in just a minute per topic. This free App coversmost important topics in simple English and diagrams for a quickstudy and revisions at the time of Exams, Viva, Assignments and Jobinterviews. It is the most useful App for last minute preparations.The best app for school, college and work. If you are a student Itwill help to learn a lot. * This Engineering app contains all theChemistry related 90 topics in 5 chapter in very simple andinformative language with suitable diagrams which helps Engineeringstudents to score good marks in exams. Consider this App as a quicknote guide which professors use in a classroom. The App will helpin faster learning and quick revisions of all the topics. Some ofthe topics Covered in the app are: 1. Homonuclear DiatomicMolecules 2. Plots of molecular orbital 3. Electronicconfigurations 4. Energy level diagrams 5. Hybridization in LiF 6.Electronegativity 7. Hybridization in CO 8. Hybridization 9.Overlap diagrams of d-orbitals 10. Solid State Chemistry 11. cubicunit cell 12. Ionic lattices and Lattice Energies 13. X- raydiffractometers 14. Bragg’s Law 15. Miller Indices 16.Rationalizing Systematic Absences in Diffraction patterns 17. ThePhase Problem 18. Introduction to Band Structure 19. Bandstructures in insulators, metals and semiconductors 20. CellRepresentation and sign convention 21. The Nernst Equation 22. Freeenergy and EMF 23. Concentration cells 24. Measurement of pH 25.Batteries and fuel cells 26. The fuel cell 27. ElectrochemicalCorrosion 28. Electrolytic cells 29. Faraday’s laws of electrolysis30. The reaction rate and the rate constant 31. Order andMolecularity 32. Mathematical Formulation of First Order Reaction33. Third-order kinetics 34. Second-order kinetics 35.Determination of the order of a reaction 36. Reversible reactions37. The steady state 38. Phase rule 39. Inductive and ResonanceEffects 40. Acids and Bases 41. Bases and Nucleophiles 42.Resonance or Mesomerism 43. Resonance Effect or Mesomeric Effect44. Hyperconjugation 45. Aldol Addition & Condensation Reaction46. Cannizzaro Reaction 47. Beckmann Rearrangement 48. Diels-AlderReaction 49. E-Z Notation 50. Free Radical Mechanism 51.Classification of Reactions 52. Nucleophilic substitution 53.Optical isomerism 54. R-S System of Nomenclature 55. Chirality andSymmetry 56. The Conformation of Butane 57. Polymers 58. Types ofpolymerization 59. Chain growth mechanism 60. Step Growthpolymerisation 61. Plastics 62. Polyethene 63. Poly vinyl chloride(PVC) 64. Nylon 65. Fabrication of plastics 66. Polystyrene 67.Teflon 68. Conducting polymers 69. Natural rubber 70. Elastomers71. Fibers 72. Fuels 73. Calorific value 74. Calculation ofCalorific Value of a Solid Fuel – Bomb Calorimeter 75. Cracking ofPetroleum 76. Knocking in IC Engines 77. Power Alcohol andSynthetic Petrol 78. Acid-Base Titrations 79. Water 80. Estimationof hardness of water 81. Scale and Sludge formation 82. Priming andFoaming 83. Softening of water 84. Zeolite or Permutit process 85.Ion-exchange process 86. Bio Mass 87. Introduction to spectroscopy88. Some terms concerning UV 89. Applications of UV in analyticalchemistry 90. Nuclear Magnetic Resonance (nmr) 91. Theory ofnuclear resonance Applies physical sciences (chemistry and physics)and life sciences ( biology, microbiology and biochemistry)together with mathematics and economics. It is essential to relatedfields such as nanotechnology, fuel cells and bioengineering.