A) -NO B) -ONO2 C) -NH2 D) -NO2
A) Strongly electron-withdrawing B) Weakly electron-withdrawing C) Strongly electron-donating D) Non-polar
A) Oxidizer B) Explosophore C) Catalyst D) Reducing agent
A) It retards the reaction B) It has no effect C) It terminates the reaction D) It facilitates the reaction
A) Nitrate ion B) Nitronium ion C) Nitrite ion D) Nitrosonium ion
A) Picric acid B) Trinitrotoluene C) Nitromethane D) Nitrobenzene
A) Nitromethane B) Nitrobenzene C) Chloramphenicol D) Picric acid
A) Potassium nitrate B) Ammonium nitrite C) Sodium nitrate D) Silver nitrite
A) A reproductive hormone B) A digestive enzyme C) A defensive toxin D) An aggregation pheromone
A) 20–50 °C B) 350–450 °C C) 600–700 °C D) 100–200 °C
A) ter Meer reaction B) Krapcho decarboxylation variant C) Zinke nitration D) Meyer synthesis
A) Basic B) Acidic C) Amphoteric D) Neutral
A) Hans Krapcho B) Viktor Meyer C) Gustav Zinke D) Edmund ter Meer
A) Nitropentadecene B) Chloramphenicol C) 3-Nitropropionic acid D) Aristolochic acid
A) Oxidation of amino groups B) Dehydration of nitrites C) Reduction of nitrates D) Nitration by atmospheric nitrogen
A) Phosphoric acid B) Acetic acid C) Hydrochloric acid D) Sulfuric acid
A) Preparation of nitroarenes from phenols B) Oxidation of amines C) Production of aliphatic nitro dimers D) Synthesis of nitroalkanes
A) It produces nitromethane B) It produces a nitroalkene C) It remains unchanged D) It produces a 1,2-dinitro dimer
A) Carboxyl group B) Nitro group C) Amino group D) Hydroxyl group
A) Bacteria only B) Ticks C) Fungi and plants D) Termites |