num_pages: 358
description: This introductory text looks at the biomedical applications of physics.Ch. 1. IntroductionCh. 2. Kinematics in One DimensionCh. 3. Kinematics in Two DimensionsCh. 4. Forces and Newton's Laws of MotionCh. 5. Dynamics and Uniform Circular MotionCh. 6. Work and EnergyCh. 7. Impulse and MomentumCh. 8. Rotational KinematicsCh. 9. Rotational DynamicsCh. 10. Elasticity and Simple Harmonic MotionCh. 11. FluidsCh. 12. Temperature and HeatCh. 13. Transfer of HeatCh. 14. Ideal Gas Law and Kinetic TheoryCh. 15. ThermodynamicsCh. 16. Waves and SoundCh. 17. Principle of Liner Super Position and Interference PhenomenonCh. 18. Electric Forces and Electric FieldsCh. 19. Electric Potential Energy and Electrical PotentialCh. 20. Electric CircuitsCh. 21. Magnetic Forces and Magnetic FieldsCh. 22. Electromagnetic InductionCh. 23. Alternating Current CircuitsCh. 24. Electromagnetic WavesCh. 25. Reflection of Light: MirrorsCh. 26. Refraction of Light, Lenses, and Optical InstrumentsCh. 17. Interferences and Wave Nature of LightCh. 28. Particles and WavesCh. 29. Nature of the AtomCh. 30. Nuclear Physics and RadioactivityCh. 31. Dose of Ionizing Radiation, Nuclear Diagnostics, and Radiation Therapy.
language: English
title: Biomedical Applications for Introductory Physics
titlecomplete: Biomedical Applications for Introductory Physics
ratings_count: 5
publisher: Wiley