Higher Science

Pin Diode Characteristics Experiment

OBJECTIVES To study the response of PIN diode, in the following conditions: Photocurrent (Iph) vs Applied voltage at constant irradiance (Φ) under Reverse biased condition of the PIN diode. Current (I

£600.00

Planck Constant Experiment

BJECTIVES To determine Planck’s constant using LED. PRINCIPLE KEY FEATURES Built-In Heater: The heating element is built into the system and is powered by 12V input. The efficient heating mechanism he

£480.00

Single Slit Experiment

OBJECTIVES To find the wavelength of a given laser using the slit of known width. To find the slit width knowing the wavelength of light used. Proving the concept of the Heisenberg uncertainty princip

£940.00

Quinck’s Tube Experiment

Objectives To measure the magnetic susceptibility of a given paramagnetic sample (FeCl3). Principle The Quinck’s method is used to determine magnetic susceptibility of diamagnetic or paramagnetic subs

£1,590.00

Faraday Effect Experiment, Complete set

Objectives Observe the effect of a magnetic field on plane of polarization of polarized light as it passes through a dispersive medium. Measure the Verdet's constant of a given dispersive material. Pr

£1,500.00

Atomic Spectra Experiment

OBJECTIVES To understand the concept of diffraction of light. To measure and analyze the emission spectral lines of different elements. PRINCIPLE The source of electromagnetic radiation is atoms. When

£1,050.00

Photoconductivity Experiment

Objectives To study the photoconductivity of CdS Photoresistor, in the following conditions: Applied voltage vs photocurrent (IPH) at constant irradiance (Φ). Photocurrent (IPH) vs irradiance (Φ) at a

£650.00

Beer Lambert’s Law Experiment

Objectives To find the concentration of a liquid using the samples of known concentration using Beer Lambert’s Law. Principle Beer Lambert’s law relates the attenuation of light through a substance an

£1,190.00

Interferometer Experiment

Objectives To produce and observe the interference pattern. To measure the wavelength of laser source using the interferometer. Principle Phenomena of interference can be explained by the principle of

£1,090.00

Brewster Angle Experiment

Objectives Measurement of Brewster's angle for a given dielectric dispersive medium. Principle When un-polarized light is incident on the surface of a dielectric (such as a glass), at a certain angle

£1,150.00

Biot-Savart's Law Experiment

Objectives Measuring the magnetic field of a straight conductor and of circular conductor loops as a function of the current. Measuring the magnetic field of a straight conductor as a function of the

£800.00

Malus Law Experiment

OBJECTIVES To experimentally verify malus’s law. PRINCIPLE Light, when modeled as a wave phenomenon, can be classified as a transverse electromagnetic wave consisting of oscillating electric and magne

£850.00

Size of Particle Experiment

OBJECTIVES To measure the width/thickness of the given samples by analyzing the diffraction pattern. PRINCIPLE The characteristics of light such as interference and diffraction can be understood when

£700.00

Energy Band Gap Experiment

OBJECTIVES To find the energy band gaps for different semiconductor diodes and LEDs PRINCIPLE At an absolute zero-degree temperature, semiconductors are pure insulators. As the temperature is increase

£480.00

Quarter and Half Wave Plate Experiment

OBJECTIVES To study the effect of wave plates on polarized light Quarter wave plate Half wave plate PRINCIPLE Waveplates are optical devices that resolve a light wave into two orthogonal linear polari

£1,650.00

BH Curve Experiment

Objectives To observe and study the magnetization behaviour of the ferromagnetic magnetic materials provided. Principle The B-H curve is the curve characteristic of the magnetic properties of a materi

£685.00