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Physics for Health Sciences Students



Text book: Physics, Kane and Sternheim

Third edition,  Wiley,  ISBN 0-471-63845-5



Syllabus  

 

Chapter 1 (1): Motion in a Straight Line

1.2 Displacement, Average Velocity

1.3 Instantaneous velocity

1.4 Acceleration

1.5 Finding the motion of an object

 

Chapter 2 (2): Vectors

2.1 An Introduction to Vectors

 

Chapter 3 (3): Newton's Laws of Motion

3.3 Newton's First Law

3.4 Equilibrium

3.5 Newton's Third Law

3.6 Newton's Second Law

3.8 Some Examples of Newton's Laws

3.12 Friction

 

Chapter 4 (6): Work, Energy, and Power

6.1 Work and Energy

6.2 Kinetic energy

6.3 Potential energy

6.4 Dissipative Forces

6.6 Solving Problems using Work and Energy

6.9 Power

 

Chapter 5 (13): The Mechanics of Nonviscous Fluids

13.2 The Equation of Continuity; Streamline Flow

13.3 Bernoulli's Equation

13.4 Static Consequences of Bernoulli's Equation

13.7 Dynamic Consequences of Bernoulli's Equation

 

Chapter 6 (17): Direct Currents

17.1 Electric Current

17.2 Resistance

17.5 Series and Parallel Resistors; Kirchhoff's Rules

17.12 Kirchhoff's Rules in Complex Circuits

 

Chapter 7 (24): Mirrors, Lenses and Imaging Systems

24.1 Mirrors

24.2 Lenses

24.3 Image Formation

24.4 The Power of a Lens; Aberrations

 

Chapter 8 (26): Particle Properties of Light: The Photon

26.1 The Photoelectric Effect

26.3 X-Rays

 

Chapter 9 (30): Nuclear Physics

30.1 Radioactivity

30.2 Half-Life

30.9 Radioactive Decays

 

Chapter 10 (31): Ionizing Radiation

31.1 The interaction of Radiation with Matter

31.2 Radiation Units