Book contents
- Frontmatter
- PEEFACE TO VOL. III
- Contents
- ERRATA
- ART. XCII ELASTICITY AND HEAT
- ART. XCIII ON THE REDUCTION OF OBSERVATIONS OF UNDERGROUND TEMPERATURE
- ART. XCIV ON THE SECULAR COOLING OF THE EARTH
- ART. XCV ON THE RIGIDITY OF THE EARTH
- ART. XCVI DYNAMICAL PROBLEMS REGARDING ELASTIC SPHEROIDAL SHELLS AND SPHEROIDS OF INCOMPRESSIBLE LIQUID
- ART. XCVII MOLECULAR CONSTITUTION OF MATTER
- ART. XCVIII FIVE APPLICATIONS OF FOURIER'S LAW OF DIFFUSION
- ART. XCIX MOTION OF A VISCOUS LIQUID
- ART. C ON A GYROSTATIC ADYNAMIC CONSTITUTION FOR ‘ETHER’
- ART. CI ON AN ACCIDENTAL ILLUSTRATION OF THE SHALLOWNESS OF A TRANSIENT ELECTRIC CURRENT IN AN IRON BAR
- ART. CII ETHER, ELECTRICITY, AND PONDERABLE MATTER
- ART. CIII PROFESSOR TAIT'S EXPERIMENTAL RESULTS REGARDING THE COMPRESSIBILITY OF FRESH WATER AND SEA WATER AT DIFFERENT TEMPERATURES
- ART. CIV VELOCITIES OF WAVES OF DIFFERENT CHARACTER
- INDEX
ART. XCIX - MOTION OF A VISCOUS LIQUID
Published online by Cambridge University Press: 05 June 2013
- Frontmatter
- PEEFACE TO VOL. III
- Contents
- ERRATA
- ART. XCII ELASTICITY AND HEAT
- ART. XCIII ON THE REDUCTION OF OBSERVATIONS OF UNDERGROUND TEMPERATURE
- ART. XCIV ON THE SECULAR COOLING OF THE EARTH
- ART. XCV ON THE RIGIDITY OF THE EARTH
- ART. XCVI DYNAMICAL PROBLEMS REGARDING ELASTIC SPHEROIDAL SHELLS AND SPHEROIDS OF INCOMPRESSIBLE LIQUID
- ART. XCVII MOLECULAR CONSTITUTION OF MATTER
- ART. XCVIII FIVE APPLICATIONS OF FOURIER'S LAW OF DIFFUSION
- ART. XCIX MOTION OF A VISCOUS LIQUID
- ART. C ON A GYROSTATIC ADYNAMIC CONSTITUTION FOR ‘ETHER’
- ART. CI ON AN ACCIDENTAL ILLUSTRATION OF THE SHALLOWNESS OF A TRANSIENT ELECTRIC CURRENT IN AN IRON BAR
- ART. CII ETHER, ELECTRICITY, AND PONDERABLE MATTER
- ART. CIII PROFESSOR TAIT'S EXPERIMENTAL RESULTS REGARDING THE COMPRESSIBILITY OF FRESH WATER AND SEA WATER AT DIFFERENT TEMPERATURES
- ART. CIV VELOCITIES OF WAVES OF DIFFERENT CHARACTER
- INDEX
Summary
- Type
- Chapter
- Information
- Mathematical and Physical Papers , pp. 436 - 465Publisher: Cambridge University PressPrint publication year: 2011