William Whewell
History of the Inductive Sciences - Volume 2
William Whewell
History of the Inductive Sciences - Volume 2
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Volume 2 of Whewell's 1837 History covers the rise of modern mechanics and Newton's foundational contribution to physical astronomy.
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Volume 2 of Whewell's 1837 History covers the rise of modern mechanics and Newton's foundational contribution to physical astronomy.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 552
- Erscheinungstermin: 24. September 2010
- Englisch
- Abmessung: 216mm x 140mm x 33mm
- Gewicht: 770g
- ISBN-13: 9781108019255
- ISBN-10: 1108019250
- Artikelnr.: 30525446
- Verlag: Cambridge University Press
- Seitenzahl: 552
- Erscheinungstermin: 24. September 2010
- Englisch
- Abmessung: 216mm x 140mm x 33mm
- Gewicht: 770g
- ISBN-13: 9781108019255
- ISBN-10: 1108019250
- Artikelnr.: 30525446
Part I. The Mechanical Sciences
Book VI. History of Mechanics, Including Fluid Mechanics: 1. Prelude to the epoch of Galileo
2. Inductive epoch of Galileo. Discovery of the laws of motion in simple cases
3. Sequel to the epoch of Galileo. Period of verification and deduction
4. Discovery of the mechanical principles of fluids
5. Generalization of the principles of mechanics
6. Sequel of the generalization of the principles of mechanics. Period of mathematical deduction. Analytical mechanics
Book VII. History of Physical Astronomy: 1. Prelude to the inductive epoch of Newton
2. The inductive epoch of Newton. Discovery of the universal gravitation of matter, according to the law of the inverse square of the distance
3. Sequel to the epoch of Newton. Reception of the Newtonian theory
4. Sequel to the epoch of Newton, continued. Verification and completion of the Newtonian theory
5. Discoveries added to the Newtonian theory
6. The instruments and aids of astronomy during the Newtonian period
Part II. The Secondary Mechanical Sciences
Book VIII. History of Acoustics: 1. Prelude to the solution of problems in acoustics
2. Problem of the vibrations of springs
3. Problem of the propagation of sound
4. Problem of different sounds of the same string
5. Problem of the sounds of pipes
6. Problem of different modes of vibration of bodies in general
Book IX. History of Optics, Formal and Physical: 1. Primary induction of optics. Rays of light and laws of reflection
2. Discovery of the law of refraction
3. Discovery of the law of dispersion by refraction
4. Discovery of achromatism
5. Discovery of the laws of double refraction
6. Discovery of the laws of polarization
7. Discovery of the laws of the colours of thin plates
8. Attempts to discover the laws of other phenomena
9. Discovery of the laws of phenomena of dipolarized light
10. Prelude to the epoch of Young and Fresnel
11. Epoch of Young and Fresnel
12. Sequel to the epoch of Young and Fresnel. Reception of the undulatory theory
13. Confirmation and extension of the undulatory theory
Book X. History of Thermotics and Atmology
1. The doctrines of conduction and radiation
2. The laws of changes occasioned by heat
3. The relation of vapour and air
4. Physical theories of heat.
Book VI. History of Mechanics, Including Fluid Mechanics: 1. Prelude to the epoch of Galileo
2. Inductive epoch of Galileo. Discovery of the laws of motion in simple cases
3. Sequel to the epoch of Galileo. Period of verification and deduction
4. Discovery of the mechanical principles of fluids
5. Generalization of the principles of mechanics
6. Sequel of the generalization of the principles of mechanics. Period of mathematical deduction. Analytical mechanics
Book VII. History of Physical Astronomy: 1. Prelude to the inductive epoch of Newton
2. The inductive epoch of Newton. Discovery of the universal gravitation of matter, according to the law of the inverse square of the distance
3. Sequel to the epoch of Newton. Reception of the Newtonian theory
4. Sequel to the epoch of Newton, continued. Verification and completion of the Newtonian theory
5. Discoveries added to the Newtonian theory
6. The instruments and aids of astronomy during the Newtonian period
Part II. The Secondary Mechanical Sciences
Book VIII. History of Acoustics: 1. Prelude to the solution of problems in acoustics
2. Problem of the vibrations of springs
3. Problem of the propagation of sound
4. Problem of different sounds of the same string
5. Problem of the sounds of pipes
6. Problem of different modes of vibration of bodies in general
Book IX. History of Optics, Formal and Physical: 1. Primary induction of optics. Rays of light and laws of reflection
2. Discovery of the law of refraction
3. Discovery of the law of dispersion by refraction
4. Discovery of achromatism
5. Discovery of the laws of double refraction
6. Discovery of the laws of polarization
7. Discovery of the laws of the colours of thin plates
8. Attempts to discover the laws of other phenomena
9. Discovery of the laws of phenomena of dipolarized light
10. Prelude to the epoch of Young and Fresnel
11. Epoch of Young and Fresnel
12. Sequel to the epoch of Young and Fresnel. Reception of the undulatory theory
13. Confirmation and extension of the undulatory theory
Book X. History of Thermotics and Atmology
1. The doctrines of conduction and radiation
2. The laws of changes occasioned by heat
3. The relation of vapour and air
4. Physical theories of heat.
Part I. The Mechanical Sciences
Book VI. History of Mechanics, Including Fluid Mechanics: 1. Prelude to the epoch of Galileo
2. Inductive epoch of Galileo. Discovery of the laws of motion in simple cases
3. Sequel to the epoch of Galileo. Period of verification and deduction
4. Discovery of the mechanical principles of fluids
5. Generalization of the principles of mechanics
6. Sequel of the generalization of the principles of mechanics. Period of mathematical deduction. Analytical mechanics
Book VII. History of Physical Astronomy: 1. Prelude to the inductive epoch of Newton
2. The inductive epoch of Newton. Discovery of the universal gravitation of matter, according to the law of the inverse square of the distance
3. Sequel to the epoch of Newton. Reception of the Newtonian theory
4. Sequel to the epoch of Newton, continued. Verification and completion of the Newtonian theory
5. Discoveries added to the Newtonian theory
6. The instruments and aids of astronomy during the Newtonian period
Part II. The Secondary Mechanical Sciences
Book VIII. History of Acoustics: 1. Prelude to the solution of problems in acoustics
2. Problem of the vibrations of springs
3. Problem of the propagation of sound
4. Problem of different sounds of the same string
5. Problem of the sounds of pipes
6. Problem of different modes of vibration of bodies in general
Book IX. History of Optics, Formal and Physical: 1. Primary induction of optics. Rays of light and laws of reflection
2. Discovery of the law of refraction
3. Discovery of the law of dispersion by refraction
4. Discovery of achromatism
5. Discovery of the laws of double refraction
6. Discovery of the laws of polarization
7. Discovery of the laws of the colours of thin plates
8. Attempts to discover the laws of other phenomena
9. Discovery of the laws of phenomena of dipolarized light
10. Prelude to the epoch of Young and Fresnel
11. Epoch of Young and Fresnel
12. Sequel to the epoch of Young and Fresnel. Reception of the undulatory theory
13. Confirmation and extension of the undulatory theory
Book X. History of Thermotics and Atmology
1. The doctrines of conduction and radiation
2. The laws of changes occasioned by heat
3. The relation of vapour and air
4. Physical theories of heat.
Book VI. History of Mechanics, Including Fluid Mechanics: 1. Prelude to the epoch of Galileo
2. Inductive epoch of Galileo. Discovery of the laws of motion in simple cases
3. Sequel to the epoch of Galileo. Period of verification and deduction
4. Discovery of the mechanical principles of fluids
5. Generalization of the principles of mechanics
6. Sequel of the generalization of the principles of mechanics. Period of mathematical deduction. Analytical mechanics
Book VII. History of Physical Astronomy: 1. Prelude to the inductive epoch of Newton
2. The inductive epoch of Newton. Discovery of the universal gravitation of matter, according to the law of the inverse square of the distance
3. Sequel to the epoch of Newton. Reception of the Newtonian theory
4. Sequel to the epoch of Newton, continued. Verification and completion of the Newtonian theory
5. Discoveries added to the Newtonian theory
6. The instruments and aids of astronomy during the Newtonian period
Part II. The Secondary Mechanical Sciences
Book VIII. History of Acoustics: 1. Prelude to the solution of problems in acoustics
2. Problem of the vibrations of springs
3. Problem of the propagation of sound
4. Problem of different sounds of the same string
5. Problem of the sounds of pipes
6. Problem of different modes of vibration of bodies in general
Book IX. History of Optics, Formal and Physical: 1. Primary induction of optics. Rays of light and laws of reflection
2. Discovery of the law of refraction
3. Discovery of the law of dispersion by refraction
4. Discovery of achromatism
5. Discovery of the laws of double refraction
6. Discovery of the laws of polarization
7. Discovery of the laws of the colours of thin plates
8. Attempts to discover the laws of other phenomena
9. Discovery of the laws of phenomena of dipolarized light
10. Prelude to the epoch of Young and Fresnel
11. Epoch of Young and Fresnel
12. Sequel to the epoch of Young and Fresnel. Reception of the undulatory theory
13. Confirmation and extension of the undulatory theory
Book X. History of Thermotics and Atmology
1. The doctrines of conduction and radiation
2. The laws of changes occasioned by heat
3. The relation of vapour and air
4. Physical theories of heat.