TO FIND THE DISPERSIVE POWER OF A GIVEN PRISM USING HYDROGEN DISCHARGE TUBE
TO FIND THE DISPERSIVE POWER OF A GIVEN PRISM USING HYDROGEN DISCHARGE TUBE

TO FIND THE DISPERSIVE POWER OF A GIVEN PRISM USING HYDROGEN DISCHARGE TUBE

TO FIND THE DISPERSIVE POWER OF A GIVEN PRISM USING HYDROGEN DISCHARGE TUBE Specification

  • Type
  • Physics Laboratory Equipment
  • Material
  • Optical Glass, Metal, Plastic Components
  • Size
  • Standard Laboratory Size
  • Input Voltage
  • 220-240V AC, 50Hz
  • Color
  • Prism: Transparent; Base & Components: Silver and Black
  • Dimension (L*W*H)
  • Prism: Approx. 32 mm Equilateral Face; Setup Tray: 40 x 25 x 15 cm
  • Capacity
  • Single-user Operation
  • Noise Level
  • Negligible
  • Resolution
  • High-precision for Accurate Angular Measurements
  • Spectrometer Range
  • 300 nm to 900 nm (Approx., Dependent on Spectrometer)
  • Application
  • Measurement of Dispersive Power using Hydrogen Spectrum Lines
  • Mounting
  • Stable Metal Base with Adjustable Holders
  • Hydrogen Discharge Tube
  • Standard Laboratory Tube with Electrodes and Protective Housing
  • Included Accessories
  • Adjustable Collimator, Telescope, and Viewing Screen
  • Prism Angle
  • 60 Degrees (Nominal)
  • Power Cord Length
  • 1.5 meters
  • Safety Features
  • Insulated Tube Holders, Power Switch, Ventilated Lamp Housing
  • Operating Environment
  • Indoor Laboratory, 10°C to 35°C, Relative Humidity < 70%
  • Prism Type
  • Equilateral Glass Prism, Highly Polished
 
 

About TO FIND THE DISPERSIVE POWER OF A GIVEN PRISM USING HYDROGEN DISCHARGE TUBE



Jump on the best-seller for discerning academics and laboratory professionals: TO FIND THE DISPERSIVE POWER OF A GIVEN PRISM USING HYDROGEN DISCHARGE TUBE. Featuring a prime equilateral glass prism (60 nominal), highly polished for impeccable angular accuracy. Enjoy high-precision, lofty resolution with a spectrometer range of approximately 300 nm to 900 nm. This kit includes all essentials-adjustable collimator, telescope, and viewing screen. Mounted on a stable, insulated base and built for safety in indoor labs, it's tailored for single-user operation. Get it now from India's leading distributor, manufacturer, supplier, and exporter!

Comprehensive Usage & Features

To find the dispersive power of a given prism using a hydrogen discharge tube, set up the prime laboratory apparatus on the stable metal base and use the adjustable holders to direct light through the highly polished prism. Benefit from additional features like high-resolution collimator and ventilated lamp housing. Used as a top-notch educational and research tool, it ensures impeccable, repeatable results for physics laboratory experiments.


Swift Delivery & Reliable Transport Services

Expect your equipment to be delivered promptly through reputable transport services, ensuring quick arrival and careful drop-off at your site. Standard order lead time varies by location, but is streamlined to avoid delays. FOB Port options typically include major Indian ports, with all products supporting recognized quality certifications for your peace of mind. Rely on our experience for hassle-free handling from packaging to arrival.


FAQ's of TO FIND THE DISPERSIVE POWER OF A GIVEN PRISM USING HYDROGEN DISCHARGE TUBE:


Q: How can I use this apparatus to measure dispersive power?

A: Simply set up the equilateral glass prism and hydrogen discharge tube on the stable metal base, align the collimator and telescope, direct the spectrum onto the viewing screen, and analyze the angular separation to calculate dispersive power.

Q: What extra features make this product stand out for laboratory use?

A: The system offers a highly polished prism, insulated tube holders, ventilated lamp housing, precise angular measurement, and a robust base with adjustable holders, ensuring rigorous safety and performance standards.

Q: When is it best to utilize this apparatus in physics research?

A: It is ideal for use during laboratory experiments involving optical dispersion, and whenever accurate measurement of spectrum lines from hydrogen is essential for research or academic demonstrations.

Q: Where can I have this equipment delivered?

A: We deliver across India and internationally, utilizing established transport services to ensure your order reaches your desired drop-off location securely and promptly.

Q: What certifications accompany this product upon delivery?

A: Each order is delivered with all required certifications, confirming adherence to industry safety and quality standards expected in scientific equipment supply.

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