Physics Laboratory Equipment (Applied Mech)
Showing 41–60 of 64 results
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Physics Laboratory Equipment (Applied Mech)
Lee?s Disc Apparatus
Lee’s Disc Apparatus is a scientific instrument used to determine the thermal conductivity of a bad conductor (such as glass, rubber, wood, or plastic). It is widely used in physics and material science laboratories for heat transfer experiments. it is also used to determine thermal conductivity of a bad conductor (glass) in form of a disc using Lee’s method.
SKU: DSS-00147 -
Physics Laboratory Equipment (Applied Mech)
Linear Expansion Apparatus
The linear expansion apparatus has all of the tools for the study of thermal expansion through experimentation. The high-quality dial allows for precise measurements with 0.01mm resolution and the attached metal tube has fittings for steam inlet, steam outlet, and thermometer placement (thermometer not included).
SKU: DSS-00148 -
Physics Laboratory Equipment (Applied Mech)
Magnetizing And Demagnetizing Coil
A 270-turn coil of insulated copper wire is wound on a square-ended plastic spool. Binding posts are conveniently mounted on each square end of the plastic spool with shrouded sockets. The operating voltage 6-12VAC/DC, 5A max.
SKU: TJS-00271 -
Physics Laboratory Equipment (Applied Mech)
Malus Law Experiment
The Malus’ Law Experiment is a fundamental optics experiment used to study the polarization of light and verify Malus’ Law, which describes how the intensity of polarized light changes when passing through a second polarizer (analyzer) at different angles.
SKU: DSS-00152 -
Physics Laboratory Equipment (Applied Mech)
Maxwell Needle Apparatus
For experiment on rigidity. Two solid and two hollow cylinders each 10cm long accurately fitting the bore of a hollow brass tube 40cm long are provided. The tube is also fitted with wire chuck and mirror, graduated scales and verniers on sliding weights. Complete with ceiling attachment without stand.
SKU: DSS-00154 -
Physics Laboratory Equipment (Applied Mech)
Melde`s Apparatus
The Melde’s Apparatus is a great way to teach students about standing waves. It’s a simple device that includes a string and an oscillator that can produce different frequencies. Melde’s experiment is perfect for studying the behaviour of standing waves. With this tool, students can easily determine the wavelength, period, and amplitude of waves, which makes it easier to comprehend the concept.
SKU: DSS-00155 -
Physics Laboratory Equipment (Applied Mech)
Michelson Interferometer
The Michelson interferometer is a common configuration for optical interferometry using a beam splitter, a light source is split into two arms. Each of those light beams is reflected back toward the beam splitter which then combines their amplitudes using the superposition principle, the Michelson interferometer is a superb instrument for measuring the optical properties of a medium.
e. g. Refractive index, phase shifts, visualization of interferenceSKU: DSS-00156 -
Physics Laboratory Equipment (Applied Mech)
Michelson Interferometer with He-Ne Laser
To Determine the wavelength of Sodium Light/Laser Light using a Michelson Interferometer with arrangement to micro measure Highly polished plane slabs are placed parallel at 45 and mirrors are placed right angle. Laser light with power supply fitted. Fringes formed are easily visible on wall or paper.
SKU: DSS-00157 -
Physics Laboratory Equipment (Applied Mech)
Newton?s Ring Experiment Kit
Features
- Compact, Steady, and Easy to Perform.
- All components including Sodium Light, Microscope, Power Supply & Optics are housed in single piece compact body (Stand alone setup).
- Very fine scale to measure the fringes
- Smooth moving Collimating Facility.
- Microscope and Reflecting units are provided with X-V-Z direction motions within a compact body
SKU: DSS-00160 -
Physics Laboratory Equipment (Applied Mech)
Newtonian Demonstrator or Collision Balls on Metal Frame
Newtonian Demonstration on Metal Frame with 6 Steel Balls of 19mm Diameter.The unit comes completely assembled and consists of a frame with steel balls, suspended on the frame through lightweight cord. By pulling and releasing the different number of balls, collision results among the balls can be observed to draw many interpretations.
SKU: TJS-00164 -
Physics Laboratory Equipment (Applied Mech)
Primary & Secondary Coils
For exploring the concept of electromagnetic induction. Comprises two coils – primary coil wound from thicker gauge enameled copper wire with lesser number of turns; and secondary coil wound from thinner gauge, fine enameled copper wire with more number of turns. Both coils wound on a insulated plastic former and fitted with 4mm sockets. Primary slides into secondary for electromagnetic coupling. Includes soft iron cylindrical core that slides into primary.
SKU: TJS-00276 -
