Preface
Chapter 1 Introduction
1.1 Purposes and Tasks of the Course of Physics Experiment
1.2 Physics Experiment Rules for Students
1.3 How to Write Experiment Report
1.4 Measurements and Significant Figures
1.5 Errors in the Experiment
1.6 Uncertainty
1.7 Data Processing Method
Chapter 2 Basic Experiments
Experiment 1 Bohr Resonances Instrument - the Study of Forced
Oscillation
Experiment 2 Measurement of Young's Modulus of Metallic Wire by
Tension Method
Experiment 3 Measurement of Thermal Conductivity of Weak
Conductors
Experiment 4 Hall Effect
Experiment 5 Study on Electron Motion in Electric and Magnetic Fields
Experiment 6 Measurement of Sound Speed
Experiment 7 Use of Electronic Oscilloscope
Experiment 8 Measurement of Grating Spacing by Using Spectrometer
Experiment 9 Determination of the Moment of Inertia of An Object
by Torsion Pendulum Method
Experiment 10 Surveying and Mapping the Electrostatic Field
with Simulation Method
Experiment 11 Thin Film Interference with Equal Thickness
Newton's Ring and Wedge
Experiment 12 The Michelson Interferometer
Chapter 3 Comprehensive and Designing Experiments
Experiment 13 Millikan Oil Drop Test - Determination of Electronic
Charge
Experiment 14 Measuring Plank Constant by Photoelectric Effect
Experiment 15 Study on the Polarization Characteristics of Light
Experiment 16 Measuring the Basic Magnetization Curve and
Hysteresis Loop of Ferromagnetic Materials
Experiment 17 Dynamic Experiments on Magnetic Levitated Slideway
Experiment 18 Study of Basic Characteristics of Solar Cells
Experiment 19 Measurement of Current-Voltage Characteristics of
Linear and Nonlinear Resistor Components
Experiment 20 Frank-Hertz Experiment
References