Franklin, Muir, Scott, Yates:

Introduction to Biological Physics for the Health and Life Sciences, 2nd Edition

Student Companion Site

Table Of Contents

Chapter 1: Kinematics

Chapter 2: Force and Newton’s Laws of Motion

Chapter 3: Motion in a Circle

Chapter 4: Statics

Chapter 5: Energy

Chapter 6: Momentum

Chapter 7: Simple Harmonic Motion

Chapter 8: Waves

Chapter 9: Sound and Hearing

Chapter 10: Elasticity: Stress and Strain

Chapter 11: Pressure

Chapter 12: Buoyancy

Chapter 13: Surface Tension and Capillarity

Chapter 14: Fluid Dynamics of Non-viscous Fluids

Chapter 15: Fluid Dynamics of Viscous Fluids

Chapter 16: Molecular Transport Phenomena

Chapter 17: Temperature and the Zeroth Law

Chapter 18: Ideal Gases

Chapter 19: Phase and Temperature Change

Chapter 20: Water Vapour and the Atmosphere

Chapter 21: Heat Transfer

Chapter 22: Thermodynamics and the Body

Chapter 23: Thermodynamic Processes in Ideal Gases

Chapter 24: Heat Engines and Entropy

Chapter 25: Energy Availability and Thermodynamic Potentials

Chapter 26: Static Electricity

Chapter 27: Electric Force and Electric Field

Chapter 28: Electrical Potential and Energy

Chapter 29: Capacitance

Chapter 30: Direct Currents and DC Circuits

Chapter 31: Time Behaviour of RC Circuits

Chapter 32: The Nature of Light

Chapter 33: Geometric Optics

Chapter 34: The Eye and Vision

Chapter 35: Wave Optics

Chapter 36: Advanced Geometric Optics

Chapter 37: Optical Instruments

Chapter 38: Atoms and Atomic Physics

Chapter 39: The Nucleus and Nuclear Physics

Chapter 40: Production of Ionising Radiation

Chapter 41: Interactions of Ionising Radiation

Chapter 42: Biological Effects of Ionising Radiation

Chapter 43: Medical Imaging

Chapter 44: Magnetism and MRI

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