Organic Chemistry: Mechanistic Patterns 2nd Edition

Bill Ogilvie, Nathan Ackroyd, Scott Browning, Ghislain Deslongchamps, Felix Lee, Effiette Sauer

A first for introductory Organic Chemistry titles: this text holistically focuses on a mechanistic approach, which has proven to achieve a deeper understanding of chemical reactivity. This approach visualizes reactivity as a collection of patterns in electron movement, making it possible for students to describe why a reaction occurred and predict how a chemical will react, even if they have never seen a particular reaction before. This text also takes great care to establish a progression of reactivity, from simple to complex, introducing functional groups as necessary, while focusing on the reaction at hand, rather than the various things that each functional group does. [gtm-s26-OrgChem]

Organic Chemistry: Mechanistic Patterns 2nd Edition cover photo

Top Hat Interactive eText

(Read, Study + Assessment)

requires a join code from instructor

$101.00USD

all prices represent net price, not including 3rd party markups

Student? Use Your Join Code
Organic Chemistry: Mechanistic Patterns 2nd Edition cover photo

83%

of students say Top Hat helped them understand the course better.

Source: Top Hat Student Survey Spring 2023; n = 4,146

Table of Contents for Organic Chemistry: Mechanistic Patterns 2nd Edition

  • Front Matter
  • Chapter 1: Carbon and Its Compounds
  • Chapter 2: Anatomy of an Organic Molecule
  • Chapter 3: Molecules in Motion: Conformations by Rotations
  • Chapter 4: Stereochemistry
  • Chapter 5: Organic Reaction Mechanism
  • Chapter 6: Acids and Bases
  • Chapter 7: π Bonds as Electrophiles
  • Chapter 8: π Bonds as Nucleophiles
  • Chapter 9: Conjugation and Aromaticity
  • Chapter 10: Synthesis Using Aromatic Materials
  • Chapter 11: Displacement Reactions on Saturated Carbons
  • Chapter 12: Formation of π Bonds by Elimination Processes
  • Chapter 13: Structure Determination I

Key features

  • Interactive simulations and 3D molecular models help students understand and conceptualize chemical reactions
  • Step-by-step problem solving videos engage students and give them more opportunities to practice and sharpen their knowledge
  • Embedded problems help students stay engaged by identifying common mistakes as they make them