Chemistry Research Topic Read through the attached list of Chemistry Research Topics. Pick a topic, learn something about it, and then teach me about it. Summarize what you have learned in this document. There are 210 different topics listed. If you can’t decide on one of my topics, find one of your own. If you feel as though you can’t find enough information on one topic, do more than one. At the end of the topic list is another list giving you 72 possible ways to present your learning. Once again you can pick one, or create your own. There are no wrong answers. I want this to be whatever you envision. Be creative, have fun with it. I am intentionally not giving you too many directions with this assignment. Read a little bit, learn a little bit. Don’t stress over this. Just give me something. Impress me. Chemistry presentation topics 1. Nitrogen in our life 2. Pulp and paper chemistry 3. Energy-saving lamps and environmental crisis 4. The water we drink 5. Composition of different types of ice cream 6. Rational nutrition (vitamins and trace elements) 7. Hydrogen as an alternative fuel 8. The air we breathe 9. Mineral fertilizer use 10. Petroleum products use 11. Carbohydrates, their role and importance in human life 12. Snow pollution 13. Wastewater purification and use 14. Transmission mechanisms and their types 15. Nutrition and health 16. Natural and synthetic fibers 17. Natural and synthetic medicines 18. Natural and synthetic detergents 19. Simple properties of substances: reactions with corrosive reagents (water, acids, alkalis) 20. Fischer-Tropsch synthesis as a source of chemical raw materials
21. Lithium, magnesium, calcium compounds in medicine 22. Beryllium and barium toxicity 23. Vitamin deficiency states and diseases 24. Organic fertilizers 25. Essential oils 26. Livestock chemicalization 27. Chemical technology in solving the global problems of humanity 28. Pest control 29. Soil as a plant nutrients source 30. Practical importance of chemical elements in medicine 31. A device for determining acid vapors in air 32. Biopolymers: application in medicine 33. Palladium: application in medicine 34. Antiviral agents 35. Anti-infective agents 36. Sodium and potassium reactions with oxygen 37. Role of polymers in modern aircraft manufacturing (automotive, construction industry, oil and gas production) 38. Role of chemistry in cancer treatment 39. Hydrocarbons natural sources and prospects for developing the oil refining industry 40. Producing mineral macro- and micronutrients 41. Increasing animal productivity with growth stimulants and special feed additives 42. Amphoteric beryllium compounds 43. Antibiotics as a powerful healthcare weapon 44. Acid precipitations: their nature and effects 45. Medico-biological value of group 3B elements 46. Medico-biological value of group 4B elements 47. Methods for cleaning pipes from oil sludge 48. Action of biologically active elements 49. Mineral fertilizers 50. Vitamins and their role in human life 51. Dietary sugar substitute aspartame: a toxic substance 52. What chemical reactions translate fluid to the fourth aggregation state (plasma)? 53. Carboxylic acids in human life 54. Iron corrosion in various environments 55. Natural and synthetic dyes 56. Natural and artificial honey 57. Water freezing methods 58. Unutilized chemical barrels use 59. Weight correction. Chemical causes of weight gain 60. Adverse environmental effects of heat engines 61. Value of biopolymers in medicine 62. Combustion reactions and fire safety at home 63. Spacecraft chemistry 64. Use of inorganic and organic substances in the military
65. Fertilizers. Are they useful or harmful? 66. How does molecule composition determine its appearance? 67. How do molecules provide connectivity in living cells? 68. Where is cell aging established at a molecular level? 69. What can replace oil? 70. How can electromagnetic energy (photons) be most effectively converted into chemical energy? 71. The future of transplantation: Artificial organs 72. How did non-living chemical compounds generate complex and self-replicating life forms in the evolution process? 73. Why are some organic reactions accelerated on water-organic surfaces? 74. What is the origin of the alpha effect? 75. Are e-cigarettes harmful? 76. Synthetic food: creating edible products from inedible ones 77. Why is the reaction rate of some enzymes higher than the diffusion rate? 78. Compiling dietary programs depending on daily energy needs; defining nutritional standards 79. Biologically active water effect on plant growth 80. Effects of trace elements on plants 81. Effects of pH on plant growth 82. Effects of heavy metals on catalase enzyme activity 83. Effects of fluoride ion on tooth enamel 84. Calculation of the output current of copper 85. Manufacturing thermocouple battery and measuring temperature 86. Studying the structure and properties of anti-icing agents used on city roads 87. Studying enzymatic activity of biological fluids 88. Studying the chemical basis of food additives 89. Crystals. Artificial growing of pearls and diamonds 90. Observing reactant concentration, temperature, and catalyst effect on chemical reaction 91. Researching physical and chemical properties of starch 92. Studying chemical properties of aspirin and its effect on a human body 93. Receiving electricity from chemical interactions of substances (lithium nickel batteries and other types) 94. Determining water quality in a reservoir 95. Impact of heavy metals on the growth and development of seedlings 96. Studying polymers decomposition process 97. Researching thermal decomposition processes in colloidal solutions of iron oxides 98. Qualitative reactions of lithium, sodium, potassium, beryllium, magnesium, calcium, strontium, and barium ions 99. Detecting nitrates in plants Determining food quality (cow’s milk, fresh meat, natural honey) 100. 101. Detecting zinc and cobalt ions in chemical industry wastewater 102. Detecting heavy metals in plants 103. Quantum-chemical calculations of organic crystals structures 104. Determining physical and chemical indicators of milk
105. The history of alchemy 106. Oxygen discovery 107. Hydrogen discovery 108. The discovery of noble gases 109. Development of the atomic-molecular theory 110. Water purification 111. Chemistry and human health 112. Chemistry in medicine 113. Chemistry in industry 114. Atomic theory 115. Patterns in the periodic table 116. Reactions occurring in solutions 117. Thermal effects of chemical reactions 118. Electrolytic dissociation theory 119. Solution internal environment. Hydrogen indicator 120. Acids: Composition, Properties, and Use 121. General characteristics of metals 122. Alloys. Metallurgy 123. Alkali metals and their compounds 124. Alkaline earth metals: Definition, Properties, and Characteristics 125. Aluminum and its compounds 126. Iron and its compounds 127. Manganese and its compounds 128. Chromium and its compounds 129. Zinc and its compounds 130. Non-metals general characteristics and properties 131. Non-metals hydrogen compounds 132. Non-metals oxygen compounds 133. Chemistry in everyday life 134. Chemical industry 135. Biochemical processes 136. The types of isomerism in organic compounds. 137. What are nucleophiles 138. What are aniline dyes?
139. The stability of nucleic acids (DNA and RNA) 140. Describe what an oil is. 141. How is hydrocarbon fuel produced? 142. What are electrophiles? 143. Describe phenol as an acid. 144. How are globular proteins formed? 145. What is an organosilicon compound? 146. How dangerous is snow pollution? 147. Analyzing the PH effect on plants. 148. How are pearls created? 149. Growing artificial diamonds. 150. How to optimize the brewing of tea? 151. How do we detect heavy metals in plants? 152. Analyzing the air we breathe. 153. The dangers of using petroleum products. 154. Natural versus synthetic detergents. 155. Explain barium toxicity. 156. How can indoor plants benefit from chemistry? 157. How do you clean oil effectively? 158. The hidden dangers of tap water. 159. How did Dmitri Mendeleev discover the Periodic Table? 160. How harmful are electronic cigarettes? 161. Analyzing the water memory effect. What’s in the first aid kit? 162. 163. The effects of carboxylic acids on humans. 164. How can you freeze water fast? 165. Analyzing anti-icing solutions on airports. 166. The classification of chemical reactions. 167. What is a covalent polar bond? 168. How does water purification work? 169. Why is NaCl salty? 170. How are sapphires formed? 171. Explain the Law of Multiple Proportions. 172. Explain the various states of matter. 173. The effect of sulfuric acid on organic material. 174. Why is silicone dioxide used in solar cells? 175. The difference between organic and inorganic compounds. 176. Why is inorganic chemistry important? 177. Discussing Lewis Structures and Electron Dot Models. Explain Dalton’s Law of Partial Pressures. 178. 179. How do we use hydrogen to discover oxygen? 180. How does an allergy develop? 181. What is surface tension? Any applications? 182. Discussing the ionization methods used in the mass spectrometry process. 183. How can one stabilize lithium?
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