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| Experiment No. | Lab Report | Download |
| Table of Contents for Volume 1 | ||
| PART A | Mechanics | |
| A1 | Vector Addition of Forces | |
| A2 | Studying Centripetal Force | |
| A3 | Timing Oscillations | |
| A4 | Study of Simple Harmonic Oscillations | |
| A5 | Mechanical Resonance | |
| A6 | Moment of Inertia of a Vertical Flywheel | |
| PART B | Properties of Matter and Heat | |
| B1 | Young Modulus of Copper | |
| B2 | Density and Buoyancy | |
| B3 | Water and Ice | |
| B4 | Boiling | |
| B5 | Gas Pressure and Boyle's Law | |
| B6 | Absolute Zero | |
| PART C | Waves and Optics | |
| C1 | Stationary Waves | |
| C2 | Polarization and Brewster's Angle | |
| C3 | Diffraction Grating with White Light Source | |
| C4 | Study of Interference of Light by Laser |
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| C5 | Newton's Ring | |
| C6 | Refractive Index by a Travelling Microscope | |
| C7 | Refractive Index by Tracing Light Rays | |
| C8 | The Focal Length of a Concave Mirror | |
| C9 | The Focal Length of a Convex Mirror | |
| C10 | The Focal Length of a Convex Lens | |
| C11 | The Focal Length of a Concave Lens | |
| PART D | Data-Logger | |
| DL1 | Atwood Machine | |
| DL2 | Free Fall Acceleration | |
| DL3 | Force and Acceleration | |
| DL4 | Impulse |
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| DL5 | Centripetal Force on a Pendulum | |
| DL6 | Simple Harmonic and Damped Oscillations | |
| DL7 | Simple Harmonic and Forced Oscillations | |
| DL8 | Conservation of Angular Momentum | |
| DL9 | Speed of Sound in Air | |
| DL10 | Qualtity of Sound and Harmonics |
| Experiment No. | Lab Report | Download |
| Table of Contents for Volume 2 | ||
| PART E | Electricity and Electromagnetism | |
| E1 | Electric Field Lines and Equipotential Lines | |
| E2 | Familiar With Capacitors | |
| E3 | Measuring Capacitance Using a Reed Switch | |
| E4 | Charge and Discharge Waveforms of a Capacitor | |
| E5 | Measuring Time Constant for Charging and Discharging Circuits | |
| E6 | Charging and Discharging a Capacitor at a Constant Rate | |
| E7 | Measuring Resistance Using V-A Method and Multimeter | |
| E8 | Light Bulb and Electrical Power | |
| E9 | Internal Resistance of a Cell | |
| E10 | Magnetic Force on a Current-carrying Conductor | |
| E11 | Law of Electromagnetic Induction (A) | |
| E12 | Law of Electromagnetic Induction (B) | |
| E13 | Investigating a Transformer | |
| E14 | Self-Inductance | |
| E15 | Investigation of Low Voltage Power Supplies | |
| E16 | Measuring Reactances of a Capacitor and an Inductor | |
| E17 | Variation of current and phase with frequency in CR & LR Circuits | |
| E18 | Electromagnetic Oscillation and Resonance | |
| E19 | Investigation of the Characteristics of a Transistor (A) | |
| E20 | Investigation of the Characteristics of a Transistor (B) | |
| E21 | Transistor as a Linear Voltage Amplifier | |
| E22 | Transistor as a Switch | |
| E23 | Operational Amplifier: Open-loop Configuration | |
| E24 | Inverting Amplifier | |
| E25 | Non-Inverting Amplifier | |
| PART D | Data-Logger | |
| DL11 | Ohm's Law | |
| DL12 | Light Intensity and Electrical Power | |
| DL13 | Maximum Power Output and Efficiency of a DC Circuit | |
| DL14 | RC Circuit - Charge and Discharge |
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| DL15 | LR Circuit - Growth of Current and Sudden Power Off | |
| DL16 | LC Oscillator | |
| DL17 | Magnet Falling Through a Coil | |
| DL18 | Phase Relationship | |
| DL19 | Input Characteristics of Diode and Transistor | |
| DL20 | Operational Amplifier |
Home | Book Information | CAL Programs | Solutions to Problems | Online Quiz | Order Information | Discussion Group |Log outThis web site is best viewed by using IE 4.0 or above set at 800 x 600 or higher. Problems may arise if your browser is Netscape.Copyright © 2000 Raymond W.N Chan |