
- 454 pages
- English
- PDF
- Available on iOS & Android
About this book
Newnes Physical Science: Pocket Book for Engineers presents an extensive examination of the essential physical sciences formulae, definitions, and general information on general science, physics, electrical science, and chemistry. Some of the topics covered in the book are the metric table; definition and formulation of density; scalar and vector quantities; determination of speed and velocity; linear momentum and impulse; characteristics of sound waves; principle of superposition; the effects of forces on materials; and center of gravity and equilibrium. The evaluation of coplanar forces acting at a point is completely presented. A chapter is devoted to the examination of shearing force and bending moments. Another section focuses on the kinetic energy of rotation, identification of simple machines, and measurement of temperature. The advantages and disadvantages of using mercury in a thermometer and types of saturated and super-saturated solutions are briefly covered. The book serves as a handy reference guide for engineers, scientists, technicians, students, and researchers.
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Table of contents
- Front Cover
- Newnes Physical Science: Pocket Book for Engineers
- Copyright Page
- Table of Contents
- Preface
- Chapter 1. SI units
- Chapter 2. Density
- Chapter 3. Scalar and vector quantities
- Chapter 4. Standard quantity symbols and units
- Chapter 5. Speed and velocity
- Chapter 6. Acceleration and force
- Chapter 7. Linear momentum and impulse
- Chapter 8. Linear and angular motion
- Chapter 9. Friction
- Chapter 10. Waves
- Chapter 11. Interference and diffraction
- Chapter 12. Light rays
- Chapter 13. The effects of forces on materials
- Chapter 14. Centre of gravity and equilibrium
- Chapter 15. Goplanar forces acting at a point
- Chapter 16. Simply supported beams
- Chapter 17. Work, energy and power
- Chapter 18. Simple machines
- Chapter 19. Heat energy
- Chapter 20. Thermal expansion
- Chapter 21. Measurement of temperature
- Chapter 22. Solutions
- Chapter 23. Pressure in fluids
- Chapter 24. Surface tension and viscosity
- Chapter 25. Ideal gas laws
- Chapter 26. Simple harmonic motion and resonance
- Chapter 27. Basic d.c. circuit theory
- Chapter 28. D.G. circuit analysis
- Chapter 29. Electrolysis
- Chapter 30. Electrode potentials, cells and corrosion
- Chapter 31. Capacitors and capacitance
- Chapter 32. Electromagnetísm and magnetic circuits
- Chapter 33. Electromagnetic induction and inductance
- Chapter 34. Alternating currents and voltages
- Chapter 35. Single phase series a.c. circuits
- Chapter 36. Electrical measuring instruments and measurements
- Chapter 37. Semiconductor diodes
- Chapter 38. Transistors
- Chapter 39. Atoms, molecules, compounds and mixtures
- Chapter 40. The laws of chemical combination
- Chapter 41. Relative atomic masses, molecular masses and the 'mole'concept
- Chapter 42. Atomic structure of matter
- Chapter 43. Radioactivity
- Chapter 44. Chemical bonding of the elements
- Chapter 45. Chemical bonding in compounds
- Chapter 46. The kinetic theory of matter
- Chapter 47. Chemical reactions
- Chapter 48. Rates of chemical reaction
- Chapter 49. Energy of chemical reactions
- Chapter 50. Chemical equilibrium in liquids and solutions
- Chapter 51. Chemical equilibrium in gaseous reactions
- Chapter 52. Ionic equilibrium reactions
- Chapter 53. The structure of materials
- Chapter 54. Organic chemistry
- Chapter 55. Inorganic chemistry
- Index