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CO
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COURSE OUTCOMES
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CO1
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Gain the fundamental knowledge of valence bond and molecular orbital
theory, MO diagram of different types of molecules, hybridization and structure
in carbonyls, adsorption and catalysis and physical properties.
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CO2
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Understand the basic concepts of valence bond and molecular orbital
theory, mixing of orbitals, back donation, multiple nature of M – CO bind,
stricture of organometallic compounds, conductometric titrations and pollution
control methods.
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CO3
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Solve the problems regarding bond order, stability of the molecules,
geometry of carbonyls, transport number, viscosity and refractive index.
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CO4
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Analyse and correlate the facts regarding bonding in the molecules, role of
terminal and bridging CO, factors affecting adsorption and different types of
catalysis.
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CO5
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Evaluate and criticize the principles of chemical bonding in compound and
carbonyls, adsorption and catalysis reverse osmosis and electrodialysis.
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CO6
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Create, modify and synthesise the facts of molecular orbital diagram of
different molecules, preparation of carbonyls and organometallic compounds,
application of catalysis and pollution control methods.
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