Description

Student resources to accompany Atkins' Physical Chemistry 11e. 

  • A deeper look
  • Group theory tables
  • Chemist's toolkit
  • Impact sections

Explore Resources:

Impact Section 1: On ENVIRONMENTAL SCIENCE: The gas laws and the weather

Impact Section 2: On ASTROPHYSICS: The Sun as a ball of perfect gas

Impact Section 3: On TECHNOLOGY: Thermochemical aspects of fuels and foods

Impact Section 4: On ENGINEERING: Refrigeration

Impact Section 5: On MATERIALS SCIENCE: Crystal defects

Impact Section 6: On TECHNOLOGY: Supercritical fluids

Impact Section 7: On BIOLOGY: Osmosis in physiology and biochemistry

Impact Section 8: On MATERIALS SCIENCE: Liquid crystals

Impact Section 9: On BIOCHEMISTRY: Energy conversion in biological cells

Impact Section 10: On CHEMICAL ANALYSIS: Species-selective electrodes

Impact Section 11: On TECHNOLOGY: Quantum computing

Impact Section 12: On NANOSCIENCE: Quantum dots

Impact Section 13: On ASTROPHYSICS: The spectroscopy of stars

Impact Section 14: On BIOCHEMISTRY: The reactivity of O2, N2, and NO

Impact Section 15: On BIOCHEMISTRY: Computational studies of biomolecules

Impact Section 16: On ASTROPHYSICS: Rotational and vibrational spectroscopy of interstellar species

Impact Section 17: On ENVIRONMENTAL SCIENCE: Climate change

Impact Section 18: On MEDICINE: Magnetic resonance imaging

Impact Section 19: On BIOCHEMISTRY AND NANOSCIENCE: Spin probes

Impact Section 20: On BIOCHEMISTRY: The helix–coil transition in polypeptides

Impact Section 21: On BIOLOGY: Biological macromolecules

Impact Section 22: On MEDICINE: Molecular recognition and drug design

Impact Section 23: On BIOCHEMISTRY: Analysis of DNA by X-ray diffraction

Impact Section 24: On NANOSCIENCE: Nanowires

Impact Section 25: On BIOCHEMISTRY: Ion channels

Impact Section 26: On BIOCHEMISTRY: Harvesting of light during plant photosynthesis

Impact Section 27: On TECHNOLOGY: Catalysis in the chemical industry

Impact Section 28: On TECHNOLOGY: Fuel cells

A deeper look 1: The Debye–Hückel theory

A deeper look 2: The fugacity

A deeper look 3: Separation of variables

A deeper look 4: The energy of the bonding molecular orbital of H+2

A deeper look 5: Rotational selection rules

A deeper look 6: Vibrational selection rules

A deeper look 7: The van der Waals equation of state

A deeper look 8: The electric dipole–dipole interaction

A deeper look 9: The virial and the virial equation of state

Group theory tables

Student Solutions Manual: Numerical answers (A4 format)

Student Solutions Manual: Numerical answers (Letter format)

Chemist's Toolkit: Contents

Chemist's Toolkit: All toolkits

Chemist's Toolkit 1: Quantities and units

Chemist's Toolkit 2: Properties of bulk matter

Chemist's Toolkit 3: Momentum and force

Chemist's Toolkit 4: Integration

Chemist's Toolkit 5: Differentiation

Chemist's Toolkit 6: Work and energy

Chemist's Toolkit 7: The equipartition theorem

Chemist's Toolkit 8: Electrical charge, current, power, and energy

Chemist's Toolkit 9: Partial derivatives

Chemist's Toolkit 10: Exact differentials

Chemist's Toolkit 11: Measures of concentration

Chemist's Toolkit 12: Series expansions

Chemist's Toolkit 13: Electromagnetic radiation

Chemist's Toolkit 14: Complex numbers

Chemist's Toolkit 15: Integration by parts

Chemist's Toolkit 16: Euler's formula

Chemist's Toolkit 17: Vectors

Chemist's Toolkit 18: The classical harmonic oscillator

Chemist's Toolkit 19: Cylindrical coordinates

Chemist's Toolkit 20: Angular momentum

Chemist's Toolkit 21: Spherical polar coordinates

Chemist's Toolkit 22: The manipulation of vectors

Chemist's Toolkit 23: Determinants

Chemist's Toolkit 24: Matrices

Chemist's Toolkit 25: Matrix methods for solving eigenvalue equations

Chemist's Toolkit 26: Exponential and Gaussian functions

Chemist's Toolkit 27: Dipolar magnetic field

Chemist's Toolkit 28: The Fourier transform

Chemist's Toolkit 29: Electrostatics

Chemist's Toolkit 30: Integration by the method of partial fractions

A deeper look 10: Establishing the relation between bulk and molecular properties

A deeper look 11: The random walk

A deeper look 12: The RRK model

A deeper look 13: The BET isotherm