'Potential energy barrier' presentation slideshows

Content of Enzyme Technology

Content of Enzyme Technology. Why enzymes? Enzyme nomenclature Enzyme units The mechanism of enzyme catalysis Simple kinetics of enzyme action Effect of pH and ionic strength Effect of temperature and pressure Reversible reactions Enzyme inhibition Determination of Vmax and Km

1.84k views • 143 slides

ENTHALPY

ENTHALPY. Activation energy, the activated complex, and the effect of a catalyst. Learning Objectives. The activated complex is an unstable arrangement of atoms formed at the maximum of the potential energy barrier, during a reaction.

429 views • 30 slides

Chemical Kinetics : rate of a chemical reaction

487 views • 23 slides

Introduction Thermionic effect Richardson Law

PH0101 UNIT-5 LECTURE 4. Introduction Thermionic effect Richardson Law Principle, construction and working of Thermionic power generator Advantage, disadvantage and applications. 1. Introduction.

596 views • 17 slides

Electron Microscopy

401 views • 15 slides

Photons, Electrons, and Atoms

329 views • 12 slides

The Arrhenius Equation

The Arrhenius Equation. Collision Theory: A bimolecular reaction occurs when two correctly oriented molecules collide with sufficient energy. Activation Energy ( E a ): The potential energy barrier that must be surmounted before reactants can be converted to products. The Arrhenius Equation.

1.52k views • 7 slides