Nguồn ngoài
Radically Modern Introductory Physics Text I
The idea for a “radically modern” introductory physics course arose out of frustration with the standard two-semester treatment of the subject. It is basically impossible to incorporate a significant amount of “modern physics” (meaning post-19th century!) in that format. The authors feel that an introductory physics course for non-majors should make an attempt to cover the great accomplishments of physics in the 20th century, since they form such an important part of our scientific culture.
- Tác giả
- David J. Raymond
- Nhà xuất bản
- New Mexico Tech
- Nguồn
- LibreTexts
- Giấy phép
- CC BY-NC-SA
- Ngôn ngữ
- EN
- Danh mục
- Khoa học cơ bản
Mục lục· 98 mục
- 01: Waves in One Dimension
- 1.01: Transverse and Longitudinal Waves
- 1.02: Sine Waves
- 1.03: Types of Waves
- 1.04: Superposition Principle
- 1.05: Beats
- 1.06: Interferometers
- 1.07: Thin Films
- 1.08: Math Review Derivatives
- 1.09: Group Velocity
- 1.10: Problems
- 02: Waves in Two and Three Dimensions
- 2.01: Math Tutorial Vectors
- 2.02: Plane Waves
- 2.03: Superposition of Plane Waves
- 2.04: Diffraction Through a Single Slit
- 2.05: Two Slits
- 2.06: Diffraction Gratings
- 2.07: Problems
- 03: Geometrical Optics
- 3.01: Reflection and Refraction
- 3.02: Total Internal Reflection
- 3.03: Anisotropic Media
- 3.04: Thin Lens Equation and Optical Instruments
- 3.05: Fermats Principle
- 3.06: Problems
- 04: Special Relativity
- 4.01: Galilean Spacetime Thinking
- 4.02: Spacetime Thinking in Special Relativity
- 4.03: Postulates of Special Relativity
- 4.04: Time Dilation
- 4.05: Lorentz Contraction
- 4.06: Twin Paradox
- 4.07: Problems
- 05: Applications of Special Relativity
- 5.01: Waves in Spacetime
- 5.02: Math Tutorial Four-Vectors
- 5.03: Principle of Relativity Applied
- 5.04: Characteristics of Relativistic Waves
- 5.05: The Doppler Shift
- 5.06: Addition of Velocities
- 5.07: Problems
- 06: Acceleration and General Relativity
- 6.01: Acceleration
- 6.02: Circular Motion
- 6.03: Acceleration Force and Mass
- 6.04: Acceleration in Special Relativity
- 6.05: Accelerated Reference Frames
- 6.06: Gravitational Red Shift
- 6.07: Event Horizons
- 6.08: Problems
- 07: Matter Waves
- 7.01: Braggs Law
- 7.02: X-Ray Diffraction Techniques
- 7.03: Meaning of Quantum Wave Function
- 7.04: Sense and Nonsense in Quantum Mechanics
- 7.05: Mass Momentum and Energy
- 7.06: Heisenberg Uncertainty Principle
- 7.07: Problems
- 08: Geometrical Optics and Newtons Laws
- 8.01: Fundamental Principles of Dynamics
- 8.02: Potential Energy
- 8.03: Work and Power
- 8.04: Mechanics and Geometrical Optics
- 8.05: Math Tutorial Partial Derivatives
- 8.06: Motion in Two and Three Dimensions
- 8.07: Kinetic and Total Momentum
- 8.08: Problems
- 09: Symmetry and Bound States
- 9.01: Math Tutorial Complex Waves
- 9.02: Symmetry and Quantum Mechanics
- 9.03: Confined Matter Waves
- 9.04: Problems
- 10: Dynamics of Multiple Particles
- 10.01: Momentum and Newtons Second Law
- 10.02: Newtons Third Law
- 10.03: Conservation of Momentum
- 10.04: Collisions
- 10.05: Rockets and Conveyor Belts
- 10.06: Problems
- 11: Rotational Dynamics
- 11.01: Math Tutorial Cross Product
- 11.02: Torque and Angular Momentum
- 11.03: Two Particles
- 11.04: The Uneven Dumbbell
- 11.05: Many Particles
- 11.06: New Page
- 11.07: Statics
- 11.08: Problem
- 12: Harmonic Oscillator
- 12.01: Energy Analysis
- 12.02: Analysis Using Newtons Laws
- 12.03: Forced Oscillator
- 12.04: Complex Exponential Solutions
- 12.05: Quantum Mechanical Harmonic Oscillator
- 12.06: Problems
- 13: Appendix A Constants Units and Conversions
- 13.01: Appendix A Constants Units and Conversions