Originally published in 1950, this book was designed to practically teach upper-level school students the properties and behaviours of materials in elementary physics.
Originally published in 1950, this book was designed to practically teach upper-level school students the properties and behaviours of materials in elementary physics.
Note J. L. Brereton Preface Introduction. The reduction of observations Part I. Mechanics: 1. Stretched elastic string, I 2. Stretched elastic string, II 3. Rigid pendulum 4. Simple pendulum 5. Bending of a lath, I 6. Bending of a lath, II 7. Bending of a lath, III 8. Compound pendulum 9. Resonance 10. Bifilar suspension 11. Torsional oscillations of a suspended bar 12. Moments of inertia 13. Effects of fluid friction 14. Measurement of viscosity of water 15. Steady flow through a siphon 16. Emptying a vessel of liquid 17. Measurement of surface tension Part II. Light: 18. Critical angle 19. Wave fronts 20. Planning for agency 21. Newton's lens formula 22. Lens and plane mirror 23. Focal length of a convex mirror 24. Lens formula for a concave lens 25. Focal length of a concave lens 26. Oblique incidence on a lens 27. Focal lines 28. Focal length of a compound lens, I 29. Focal length of a compound lens, II 30. Principal points of a compound lens 31. Camera lens giving variable magnification 32. Telescopes 33. Thick lenses in contact Part III. Heat and Electricity: 34. Change of viscosity with temperature 35. Cooling graphs 36. Thermal capacity of a vacuum flask 37. Newton's law of cooling 38. Immersion heater 39. Change of resistance with temperature 40. Resistance of a coil carrying a current 41. Resistance of a voltameter 42. Resistances in parallel 43. Errors due to inadequate voltameter resistance 44. Resistance of a stretched wire 45. E.M.F. in galvanometer circuit of a Wheatstone's bridge, I 46. E.M.F. in galvanometer circuit of a Wheatstone's bridge, II 47. E.M.F. in galvanometer circuit of a Wheatstone's bridge, III 48. Kirchhoff's laws 49. Uniformity of a bridge wire 50. Effect of an oblique magnet on a magnetometer Appendix A. Parallax methods with lenses Appendix B. Thick lenses Appendix C. Bending of a beam Index.
Note J. L. Brereton Preface Introduction. The reduction of observations Part I. Mechanics: 1. Stretched elastic string, I 2. Stretched elastic string, II 3. Rigid pendulum 4. Simple pendulum 5. Bending of a lath, I 6. Bending of a lath, II 7. Bending of a lath, III 8. Compound pendulum 9. Resonance 10. Bifilar suspension 11. Torsional oscillations of a suspended bar 12. Moments of inertia 13. Effects of fluid friction 14. Measurement of viscosity of water 15. Steady flow through a siphon 16. Emptying a vessel of liquid 17. Measurement of surface tension Part II. Light: 18. Critical angle 19. Wave fronts 20. Planning for agency 21. Newton's lens formula 22. Lens and plane mirror 23. Focal length of a convex mirror 24. Lens formula for a concave lens 25. Focal length of a concave lens 26. Oblique incidence on a lens 27. Focal lines 28. Focal length of a compound lens, I 29. Focal length of a compound lens, II 30. Principal points of a compound lens 31. Camera lens giving variable magnification 32. Telescopes 33. Thick lenses in contact Part III. Heat and Electricity: 34. Change of viscosity with temperature 35. Cooling graphs 36. Thermal capacity of a vacuum flask 37. Newton's law of cooling 38. Immersion heater 39. Change of resistance with temperature 40. Resistance of a coil carrying a current 41. Resistance of a voltameter 42. Resistances in parallel 43. Errors due to inadequate voltameter resistance 44. Resistance of a stretched wire 45. E.M.F. in galvanometer circuit of a Wheatstone's bridge, I 46. E.M.F. in galvanometer circuit of a Wheatstone's bridge, II 47. E.M.F. in galvanometer circuit of a Wheatstone's bridge, III 48. Kirchhoff's laws 49. Uniformity of a bridge wire 50. Effect of an oblique magnet on a magnetometer Appendix A. Parallax methods with lenses Appendix B. Thick lenses Appendix C. Bending of a beam Index.
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