Physics for the Life Sciences 3rd Edition Allmang Solutions Manual

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Product Details:

• ISBN-10 ‏ : ‎ 9780176558697
• ISBN-13 ‏ : ‎ 978-0176558697
• Author: Martin Zinke-Allmang

Physics for the Life Sciences, Third Edition, brings the beauty of physics to life. Physics represents an enormous body of knowledge and methodology, and almost all of it has a huge impact on understanding the life sciences. Physics for the Life Sciences provides a comprehensive synopsis of the vast subject matter and delivers it in a way that is relevant to students’ interests and career aspirations and that encourages retaining acquired knowledge. Taking an algebra-based approach to the selective use of calculus, the third edition provides a concise approach to basic physics concepts using an engaging layout, a consistent and student-tested art program, extensive use of conceptual examples, analytical problems, and instructive and engaging case studies. Breathe life into your Introductory Physics course with Physics for the Life Sciences.

Table of contents:

1. PART 1 THE MECHANICS OF BIOLOGICAL SYSTEMS
2. CHAPTER 1 Physics and the Life Sciences
3. 1.1: The Predictable Universe
4. 1.2: Significant Figures
5. 1.3: Scientific Notation
6. 1.4: Units of Measure
7. 1.5: Dimensional Analysis
8. 1.6: Proportionality
9. 1.7: Order of Magnitude Estimation
10. CHAPTER 2 Kinematics
11. 2.1: Setting Up the Coordinate System
12. 2.2: Motion in One Dimension
13. 2.3: Motion in Two Dimensions
14. 2.4: Uniform Circular Motion
15. 2.5: Physiological Detection of Velocity
16. 2.6: Physiological Detection of Acceleration
17. CHAPTER 3 Forces
18. 3.1: What Is a Force?
19. 3.2: Properties of a Force
20. 3.3: Action of a Force
21. 3.4: Measuring Forces
22. 3.5: Categories of Forces
23. 3.6: Fundamental Forces
24. 3.7: Non-fundamental Forces
25. 3.8: Free Body Diagram
26. 3.9: Equilibrium
27. 3.10: Muscles as Origin of Forces
28. 3.11: Can Our Bodies Detect Forces?
29. CHAPTER 4 Newton’s Laws
30. 4.1: Newton’s Laws of Motion
31. 4.2: Free Body Diagram, Revisited
32. 4.3: Newton’s First Law
33. 4.4: Newton’s Second Law
34. 4.5: Newton’s Third Law
35. 4.6: Application of Newton’s Laws, Non-fundamental Forces Revisited
36. 4.7: Weight and Apparent Weight
37. 4.8: Dynamics of Uniform Circular Motion and Centripetal Force
38. 4.9: Physiological Applications of Newton’s Laws
39. CHAPTER 5 Centre of Mass and Linear Momentum
40. 5.1: Centre of Mass Definition
41. 5.2: Linear Momentum and Impulse
42. 5.3: Newton’s Third Law Applied to Internal Forces
43. 5.4: Conservation of Linear Momentum
44. CHAPTER 6 Torque and Equilibrium
45. 6.1: Force and Extended Object
46. 6.2: Torque
47. 6.3: Mechanical Equilibrium for a Rigid Object
48. 6.4: Classes of Levers and Physiological Applications
49. 6.5: Torque and Rotational Motion
50. 6.6: Since When Did Hominids Walk on Two Legs?
51. PART 2 ENERGY, THERMODYNAMICS, AND TRANSPORT PHENOMENA

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