Overhead Transparencies to accompany.
I
A Practical andConceptualApproach
SECOND EDITION
WILSON
@ 1989 Saunders College Publishing
ISBN 0-03-023768-8
Saunders Golden Sunburst Series
SAUNDERS COLLEGE PUBLISHING
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WilsonPHYSICS: A PRACTICAL AND CONCEPTUAL APPROACH4/E
OverheadTransparencies
No. Identification Page Topic-
1. Fig. 1.2 6 Average speed and constant speed
2. Fig. 1.4 7 Acceleration
3. Fig. 1.5 8 Unbalanced or net force
4. Fig. 1.9 11 Acceleration is proportional to Flm
5. Fig. 1.10 13 Friction
6. Fig. 1.18 20 Newton's third law force pairs
7. Fig. 2.1 28 Work is force times distance
8. Fig. 2.9 33 Conservation of energy
9. Fig. 2.10 34 Other examples of conservation of energy
10. Fig. 3.8 52 Collisions and conservation of momentum
11. Fig. 3.9 52 Momentum transfer in elastic collisions
12. Fig. 4.2 63 Horizontal projection
13. Fig. 4.3 64 Projection at an angle
14. Fig. 4.5 66 Centripetal "center-seeking" acceleration
15. Fig. 5.7. 83 Weight and gravity
16. Fig. 5.12 86 Weight in an elevator
17. Fig. 6.12 103 Zero net torque
18. Fig. 7.5 123 Atomic structure
19. Fig. 7.13 131 Elements as solid, liquid, or gas
20. Fig. 8.9 141 Ice lattice
21. Fig. 9.5 154 Mechanical advantage and Pascal's principle
22. Fig. 9.7 156 Archimedes' principle
23. Fig. 10.3 169 Pressure, volume, and temperature
24. Fig. 10.13 176 The heart as a force pump
25. Fig. 11.7 192 Fahrenheit and Celsius temperature scales
Transparencies Page 2
No. Identification Page Topic-
26. Fig. 11.8 193 Some Celsius-Fahrenheit comparative temperatures
27. Fig. 11.11 196 Units of thermal energy
28. Fig. 12.6 212 Change of phase
29. Fig. 14.5 243 Wave characteristics
30. Fig. 14.6 244 Longitudinal waves
31. Fig. 15.11 267 The decibal scale
32. Fig. 16.14 291 Lines of force
33. Fig. 17.1 298 Flows require differences in conditions
34. Fig. 17.12 307 Series circuit
35. Fig. 17.14 309 Parallel circuit
36. Fig. 18.6 322 Magnetic field around a straight wire
37. Fig. 19.13 348 The EMspectrum
38. Fig. 20.6 362 Thin filminterference
39. Fig. 21.16 386 Converging and diverging lenses
40. Fig. 2, SF 22.1 394 Some geometrical illusions
41. Fig. 22.17 408 More optical illusions
42. Fig. 24.12 439 Transitions and line spectra
43. Fig. 25.5 453 Isotopes
44. Fig. 25.13 460 Radioactive decay series (uranium)
45. Fig. 1, SF 25.1 462 Carbon-14 in the environment
46. Fig. 26.9 477 Fission chain reaction
47. Fig. 26.13 482 Plutonium-breeding reaction
48. Fig. 27.3 499 Expansion
49. Fig. 27.17 510 Comparison of stellar densities
50. Fig. 1, SF 27.1 511 Light and a shrinking star