Physics Laboratory Instruments

Physics laboratory instruments are essential tools used in scientific research, experimentation, and data analysis within the field of physics. These instruments encompass a wide range of devices designed to measure, observe, and analyze various physical phenomena. They include equipment such as spectrometers for studying light and electromagnetic radiation, oscilloscopes for visualizing electrical signals, microscopes for examining microscopic structures, balances for measuring mass, and sensors for detecting and recording different quantities like temperature, pressure, and force. Physics laboratory instruments enable scientists and researchers to gather accurate data, conduct experiments, verify theories, and deepen our understanding of the fundamental principles and laws that govern the physical world.

 

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Wave Machine, Transverse & Longitudinal Waves, 18 Pulleys

For demonstrating the movement of progressive transverse and longitudinal waves. Comprises a number of circular discs mounted equidistant from each others on a horizontal shaft in gradually varying degrees of eccentricity, with each disc having a vertical rod of same length supported on top and sliding up and down into a pair of guides. Complete assembly mounted on a wooden base.

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Force Table, Economical

Economical Force Table is a scientific apparatus used to study the principles of vector addition and the laws of equilibrium. The force table typically consists of a circular table with a calibrated protractor, a set of weights or masses, and strings or pulleys to apply forces to the table.

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Optical Bench 1 meter

A 1 Meter Optical Bench is a scientific apparatus used to perform experiments and demonstrations in optics. The optical bench typically consists of a long, straight track with a series of movable mounts and accessories that can be adjusted and positioned along the length of the track.

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Motor Model, Open Type

Open type simple DC motor showing conversion of electrical energy into mechanical energy. Mounted on base, works on 4 to 6 volts DC.

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Force Table, Laboratory

Used for verifying the laws of composition and resolution of forces utilizing vector diagrams of several concurrent forces. Comprising a thick aluminium circular table, about 30cm in diameter and finished with powder coating paint.

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Elementary Planetarium, Wooden Box, Motorized

Tellurium of high-quality conceived to show on large scales the relative movements of the Sun, Earth and the Moon.

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Kinetic Theory Model

Kinetic Theory Model is a scientific apparatus used to illustrate the principles of kinetic theory, which explains the behavior of gases in terms of the motion of their constituent particles. The model typically consists of a set of small spheres or balls, representing the gas particles, suspended in a transparent container or box.

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Ripple Tank Apparatus

Ripple Tank Apparatus is a scientific instrument used to study the behavior of waves, particularly the properties of surface waves in liquids. It consists of a shallow tank filled with water, which is illuminated from above by a light source. One of the advantages of the ripple tank apparatus is that it provides a clear and visual way to study the behavior of waves, using simple and easily accessible materials. This can also be used to study the practical applications of wave behavior, such as the design of acoustic devices and the use of waves in medical imaging and communication systems.

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Van de Graaff Generator - Hand Driven

Hand operated, mounted on base. For the generation of electric charge, useful in electrostatics and for studying various phenomena associated with electric charge. Comprises a near spherical dome supported on top of an insulated, clear Perspex pillar on the base.

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Linear Expansion Apparatus

Linear Expansion Apparatus is a scientific instrument used to study the thermal expansion of solids. It typically consists of a long, thin metal rod or bar, which is fixed at one end and free to expand at the other end. The rod is usually made of a material such as brass, copper, or aluminum, which is known for its good thermal conductivity and low coefficient of thermal expansion.

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Electroscope, Circular Shape

An annular metal ring frame of diameter about 125mm, carries an insulating bush at the top, which has circular metal disc electrode about it and a conducting metal strip on the underside. The smaller, lightweight metal strip is pivoted at the center of bigger strip to provide deflection with the charging of electrode. The metal frame also has an earthing terminal at one side. Complete assembly mounted on base.

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Solar Energy Kit

An interesting solar energy kit for practical experiment. A solar panel mounted on a metal panel with 4mm banana sockets for output, a low consumption motor with fan, a buzzer and an LED are all included for conducting a series of solar powered activities.

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Light Box with Optics Kit

Light Box With Optics Kit is a scientific apparatus used to study the principles of optics, which is the branch of physics that deals with the behavior and properties of light. The kit typically consists of a light box, a set of lenses, mirrors, prisms, filters, and other optical components, as well as accessories such as slides, lenses holders, and screen holders. This can also be used to study the practical applications of these principles, such as the design of optical systems for imaging, communications, and other applications in science, technology, and industry. Light Box With Optics Kit is a valuable tool for teaching and learning about the principles of optics, and for promoting a deeper understanding of the nature of light and the physical world around us.

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Solar System Model (The Orbit Orrery)

Solar System Model Orbit Orrery is a mechanical model of the solar system that demonstrates the relative motions and positions of the planets and other objects in the solar system. It is often used as a teaching tool in astronomy and physics classes, as well as in planetariums and museums. This consists of a central sun or light source, around which the planets are arranged on rotating arms or gears. Solar System Model Orbit Orrery is a fascinating and informative way to explore the workings of our solar system, and can provide a captivating visual representation of the celestial dance that takes place among the planets and other objects in our cosmic neighborhood.

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Ray Optics Box

Ray Optics Box is a scientific apparatus used to study the principles of geometric optics. It consists of a rectangular box with a small opening at one end and a lens at the other end. The box is usually made of plastic or metal and has a series of movable components that allow the user to manipulate the light passing through it. One common use of the ray optics box is to study the behavior of light as it passes through lenses of different shapes and sizes. Ray Optics Box is a useful tool for exploring the principles of geometric optics and for gaining a better understanding of how light interacts with optical components.

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Tangent Galvanometer

Tangent Galvanometer is a scientific instrument used to measure the strength and direction of electrical currents. It consists of a circular coil of wire, usually several hundred turns, mounted on a circular base. The wire is wrapped around a core made of soft iron, which enhances the magnetic field produced by the current flowing through the wire. This is demanded for scientific and technical applications, such as measuring the strength of electrical currents in telegraph lines and other electrical systems. Tangent Galvanometer remains an important historical instrument in the development of electrical measurement and its use provides a valuable insight into the evolution of scientific instrumentation.

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Inclined Plane One meter, Metal

1 Meter Metal Inclined Plane is a simple machine that consists of a flat surface that is tilted at an angle relative to the ground. It allows a force to be applied to an object in a direction that is parallel to the ground, rather than directly against gravity, making it easier to move the object. 1 Meter Metal Inclined Plane is a useful tool for exploring the principles of simple machines and the forces that affect the movement of objects. It can be used in physics and engineering classrooms, as well as in science museums and educational exhibits.

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Inclined Plane, Wooden, 600x100mm

Wooden Inclined Plane is a simple scientific apparatus used to study the principles of mechanics, particularly the relationship between force, mass, and motion. It consists of a wooden board or ramp that is inclined at an angle to the horizontal surface. One of the advantages of the wooden inclined plane is that it provides a simple and intuitive way to explore the principles of mechanics, using everyday objects and materials. Wooden Inclined Plane can also be used to study the practical applications of these principles, such as the design of ramps and chutes in industrial processes or the use of inclined planes in transportation systems.

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Ticker Tape Timer AC

For timing motion in one dimension on a piece of paper in the form of dots spaced at equal interval of time. An electromagnet enclosed in a box operates on 6-12V AC through a pair of 4mm sockets. The screw shaped hammer on the armature mounted at the top of enclosure moves up/down with the changing polarity of electromagnet and leaves well defined dot on paper strip moving beneath Carbon paper disc. Guides on top of enclosure assure smooth and straight movement of paper strip.

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Ticker Tape Timer DC

Similar to Cat No. 1528010 in construction and operation, but operates on 12V DC Produces dots at 1/50 seconds intervals only. It has an electromagnet with spring-loaded armature, which vibrates above a support table.

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Ticker Tape Timer 6-12V AC, 2 Speed

This 2 speed ticker timer is a modern version of the tried and tested method of measuring velocity and acceleration. A vibrating striker prints dots on the tape using Carbon discs. The rate can be adjusted to 25 or 40 dots per second. The unit is housed in a durable, scratch proof, shock absorbing plastic case. It has a unique method of adjusting the position of the Carbon disc. Includes 100 Carbon Discs and one 50m roll of tape.

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Wave Machine, Powell's, Transverse Waves, 18 Pulleys

For demonstrating the movement of progressive transverse waves. Comprises a number of circular discs mounted equidistant from each others on a horizontal shaft in gradually varying degrees of eccentricity, with each disc having a vertical rod of same length supported on top and sliding up and down into a pair of guides. Complete assembly mounted on a wooden base.

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Wave Apparatus Plastic, 24 Pulleys

Completely made of plastic with basic design and functionality similar to Cat No. 1742901. The plastic highlighted tips provide easy observation of wave motion. The rotating handle is fitted with a circular scalemarked in degrees to indicate the rotation

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Wave Apparatus Plastic, 18 Pulleys

Completely made of plastic with basic design and functionality similar to Cat No. 1742901. The plastic highlighted tips provide easy observation of wave motion.

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Linear Air Track Apparatus

Linear Air Track Apparatus is a scientific instrument used to study the principles of mechanics, particularly the laws of motion and momentum. It consists of a long, narrow track that is made of a flat, smooth surface and is usually made of aluminum. The apparatus typically includes a set of carts, or gliders, that can be placed on the track and propelled along it using a variety of methods, such as a spring-loaded launcher or a pulley system. It also provides a visual and tangible representation of the principles of mechanics, making it a useful teaching tool for students at all levels. Linear Air Track Apparatus is a valuable tool for studying mechanics and the laws of motion, and for promoting a deeper understanding of the physical world around us.

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