Part I Introduction to Physics Experiment
1 Measurement and Uncertainty
2 Experimental Uncertainties and Error Analysis
3 Significant Figures
4 Data Processing Methods
Part II Experiments
1 Young's Modulus
2 Measuring the Moment of Inertia of a Rigid Body by Torsional Pendulum Method
3 Measurement of the Ratio of Specific Heat Capacity of Air
4 The Ideal Gas Equation of State
5 Measurement of Thermal Conductivity and Specific Heat Capacity by Quasi-steady State(QSS) Method
6 Measurement of the Ultrasonic Velocity in Air
7 Positioning and Imaging by Ultrasound
8 Adjustment and Application of Spectrometer
9 Measurement of the Wavelength of Light by Diffraction Grating and Spectrometer
10 Measurement of the Acute Angle and Refractive Index of Biprism
11 Michelson Interferometer
12 Equal Thickness Interference
13 Measuring the Concentration of Sugar Solutions by Polarimeter
14 Oscilloscope
15 Volt-Ampere Characteristics of Circuit Elements
16 Wheatstone Bridge
17 Transient Processes in RLC Series Circuit
18 Screening Resistors
19 Holography
20 Determination of Photoelectric Effect and Planck Constant
21 Characteristics of Semiconductive Thermistors
22 Electro-optic Effect of Liquid Crystal
23 Hall Effect
24 Test of Hearing Curves
25 Monochromator
References
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