Showing 10 of 10 Physics Experiments
Verification of Ohm's Law and Resistance Determination
Determine the resistance per unit length of a given wire by plotting a graph between potential difference (V) and current (I), verifying Ohm's Law (V = IR) at constant temperature.
Determination of Refractive Index of Glass Prism
Determine the angle of minimum deviation (Dm) for a given glass triangular prism by plotting the i-D curve and calculate the refractive index (μ) of the prism material.
Focal Length of Convex Lens using u-v Method
Determine the focal length of a thin convex lens by finding the image distance (v) for various object distances (u) on an optical bench, removing parallax.
Resistance Combination & Verification using Meter Bridge
Verify the laws of combination of resistances (series and parallel) using a Wheatstone meter bridge apparatus and determine unknown resistances.
Acceleration due to Gravity (g) using Simple Pendulum
Determine acceleration due to gravity (g) at a place by studying the variation of time period (T) with effective length (L) of a simple pendulum and plotting an L-T² graph.
Verification of Boyle's Law of Ideal Gases
Verify Boyle's Law (P × V = constant) at constant ambient room temperature using a Quill tube / Boyle's Law J-tube apparatus containing an enclosed dry air column.
Precision Measurement via Vernier Caliper and Screw Gauge
Measure the internal diameter, external diameter, and depth of a calorimeter using a Vernier Caliper, and measure the diameter of a thin wire using a Micrometer Screw Gauge.
Velocity of Sound in Air using Resonance Tube
Determine the speed of sound in air at room temperature using a resonance column tube apparatus and a set of standard tuning forks of known frequencies.
Internal Resistance of Primary Cell via Potentiometer
Determine the internal resistance (r) of a primary Leclanché/Daniel cell using a high-precision 10-wire electrical potentiometer.
Faraday's Law of Electromagnetic Induction
Investigate electromagnetic induction by demonstrating that relative motion between a bar magnet and a solenoid coil induces an electromotive force (EMF) and current according to Faraday's Law.
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