Format:
XV, 582 S
,
Ill., graph. Darst
,
26 cm
Edition:
3. ed.
ISBN:
0813529077
,
0813529085
Uniform Title:
Introduction to concepts and theories in physical science
Note:
Includes bibliographical references (p. [555]-558) and index
,
1. - 2. Aufl. u.d.T.: Holton, Gerald James: Introduction to concepts and theories in physical science
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ch. 1. The astronomy of ancient Greece -- ch. 2. Copernicus' heliocentric theory -- ch. 3 On the nature of scientific theory -- ch. 4. Kepler's laws -- ch. 5. Galileo and the new astronomy -- ch. 6. Mathematics and the description of motion -- ch. 7. Galileo and the kinematics of free fall -- ch. 8. Projectile motion -- ch. 9. Newton's laws of motion -- ch. 10. Rotational motion -- ch. 11. Newton's law of universal gravitation -- ch. 12. On the nature of concepts -- ch. 13. On the duality and growth of science -- ch. 14. On the discovery of laws -- ch. 15. The law of conservation of mass -- ch. 16. The law of conservation of momentum -- ch. 17. The law of conservation of energy -- ch. 18. The law of dissipation of energy -- ch. 19. The physics of gases -- 20. The atomic theory of chemistry -- ch. 21. The periodic table of elements -- ch. 22. The kinetic-molecular theory of gases -- ch. 23. The wave theory of light -- ch. 24. Electrostatics -- ch. 25. Electromagnetism, x-rays, and electrons -- ch. 26. The quantum theory of light -- ch. 27. Radioactivity and the nuclear atom -- ch. 28. Bohr's model of the atom -- ch. 29 Quantum mehcanics -- ch. 30. Einstein's theory of relativity -- ch. 31. The origin of the solar system and the expanding universe -- ch. 32. Construction of the elements and the universe -- ch. 33. Thematic elements and styles in science.
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ch. 1. Theastronomy of ancient Greece -- ch. 2.Copernicus' heliocentric theory -- ch. 3On the nature of scientific theory -- ch. 4.Kepler's laws -- ch. 5.Galileo and the new astronomy -- ch. 6.Mathematics and the description of motion -- ch. 7.Galileo and the kinematics of free fall -- ch. 8.Projectile motion -- ch. 9.Newton's laws of motion -- ch. 10.Rotational motion -- ch. 11.Newton's law of universal gravitation -- ch. 12.On the nature of concepts -- ch. 13.On the duality and growth of science -- ch. 14.On the discovery of laws -- ch. 15. Thelaw of conservation of mass -- ch. 16. Thelaw of conservation of momentum -- ch. 17. Thelaw of conservation of energy -- ch. 18. Thelaw of dissipation of energy -- ch. 19. Thephysics of gases -- 20. Theatomic theory of chemistry -- ch. 21. Theperiodic table of elements -- ch. 22. Thekinetic-molecular theory of gases -- ch. 23. Thewave theory of light -- ch. 24.Electrostatics -- ch. 25.Electromagnetism, x-rays, and electrons -- ch. 26. Thequantum theory of light -- ch. 27.Radioactivity and the nuclear atom -- ch. 28.Bohr's model of the atom -- ch. 29 Quantum mehcanics -- ch. 30.Einstein's theory of relativity -- ch. 31. Theorigin of the solar system and the expanding universe -- ch. 32.Construction of the elements and the universe -- ch. 33.Thematic elements and styles in science.
Language:
English
Subjects:
Physics
Keywords:
Physik
;
Geschichte
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