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Why is it essential to design safer chemicals and products wrt green chemistry principle? Explain with an example.
Concept: Green Chemistry > Twelve Principles of Green Chemistry
Calculate the % atom economy for the following reaction with respect to acetophenone.
C6H6+CH3COCl = C6H5COCH3+HCl
Concept: Numerical on Atom Economy
Explain the principle ‘Prevention of waste’ in green chemistry.
Concept: Green Chemistry
Give significance of green chemistry.
Concept: Green Chemistry
What is supercritical CO2? Why is it considered a green solvent.
Concept: Green Solvents
Explain conventional and green chemistry route for production of Ibuprofen. Highlight the green chemistry principle involved.
Concept: Conventional and green synthesis of Ibuprofen
Calculate the percentage of atom economy for the following reaction with respect to allyl chloride. CH3-CH=CH2+Cl2 → Cl-CH2-CH=CH2+HCl
Concept: Numerical on Atom Economy
Write a brief note on products obtained from natural materials.
Concept: Products from Natural Materials
Explain with suitable equations conventional and green synthesis of carbaryl. Also mention the principle of green chemistry involved.
Concept: Conventional and Green Synthesis of Carbaryl
List any Six principles of Green Chemistry.
Concept: Green Chemistry > Twelve Principles of Green Chemistry
What is supercritical CO2?Give one application of it.
Concept: Green Solvents
Calculate the percentage atom economy for the following reaction.
CH3NH2+COCL2 →CH3N=C=O+2HCL
Concept: Numerical on Atom Economy
Explain with the help of diagram wet corrosion in neutral medium.
Concept: Numerical on Atom Economy
Explain the green chemistry principle “prevention of waste”.Explain the green chemistry principle “prevention of waste”.
Concept: Green Chemistry > Twelve Principles of Green Chemistry
Explain conventional and green route of manufacturing of Adipic acid.
Concept: Conventional and Green Synthesis of Adipic Acid