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Chemical Kinetics (New Syllabus)
Table of Content:
3.1 Define chemical kinetics.
3.2 Explain and use the terms rate of
reaction, rate equation, rate constant.
3.3 Explain qualitatively factors affecting
rate of reaction.
3.4 Use collision theory to explain how
the rate of chemical reaction is influenced by temperature,
concentration and particle size.
3.5 Explain the meaning of the term
activation energy and activated
complex.
3.6 Derive and explain integrated rate
equation and half life for zero, and
first order reaction.
3.7 Construct and use rate equations
calculating an initial rate using
concentration data.
3.8 Explain the significance of Arrhenius
equation and solve the related
problems.
3.9 Explain and use the terms catalyst and
catalysis (homogenous,
heterogeneous).
3.10 Describe enzyme as biological
catalyst.
3.11 Explain the role of catalyst in the
reaction mechanism.
3.12 Solve related numerical problems
based on rate, rate constant and order
of zero and first order reactions.
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Also Read: Volumetric Analysis Notes
