Experiments List

Click the Check Boxes to select experiments for use with the Laboratory Schedule Program.



Mechanics
A01 Vector Addition of Forces
A02 Studying Centripetal Force
A03 Timing Oscillations
A04 Study of Simple Harmonic Oscillators
A05 Mechanical Resonance
A06 Moment of Inertia of a Vertical Flywheel

Properties of Matter and Heat
B01 Young Modulus of Copper
B02 Density and Buoyancy
B03 Water and Ice
B04 Boiling
B05 Gas Pressure and Boyle's Law
B06 Absolute Zero

Waves and Optics
C01 Stationary Waves
C02 Polarization and Brewster's Angle
C03 Diffraction Grating with White Light Source
C04 Study of Interference of Light by Laser
C05 Newton's Rings
C06 Refractive Index by a Travelling Microscope
C07 Refractive Index by Tracing Light Rays
C08 The Focal Length of a Concave Mirror
C09 The Focal Length of a Convex Mirror
C10 The Focal Length of a Convex Lens
C11 The Focal Length of a Concave Lens

Data-logger
DL01 Atwood Machine
DL02 Free Fall Acceleration
DL03 Force and Acceleration
DL04 Impulse
DL05 Centripetal Force on a Pendulum
DL06 Simple Harmonic and Damped Oscillations
DL07 Simple Harmonic and Forced Oscillations
DL08 Conservation of Angular Momentum
DL09 Speed of Sound in Air
DL10 Quality of Sound and Harmonics
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
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

Electricity, Electromagnetism and Electronics
E01 Electric Field Lines and Equipotential Lines
E02 Familiar With Capacitors
E03 Measuring Capacitance Using a Reed Switch
E04 Charge and Discharge Waveforms of a Capacitor
E05 Measuring Time Constant for Charging and Discharging Circuits
E06 Charging and Discharging a Capacitor at a Constant Rate
E07 Measuring Resistance Using V-A Method and Multimeter
E08 Light Bulb and Electrical Power
E09 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 and 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

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