TO VERIFY FRESNELS FORMULA FOR THE REFLECTION OF LIGHT BY SPECTROMETERS

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TO VERIFY FRESNELS FORMULA FOR THE REFLECTION OF LIGHT BY SPECTROMETERS Specification

Type
Optical Demonstration Instrument

Material
Optical glass, Aluminum body

Size
Standard Laboratory Size

Input Voltage
230 V AC, 50 Hz

Color
Silver/Grey

Dimension (L*W*H)
350 mm x 250 mm x 200 mm

Capacity
Suitable for Single Prism Spectrometer

Noise Level
Silent Operation

Base
Heavy Cast Iron for Stability

Weight
Approx. 5 kg

Accessories Included
One Prism, User Manual, Adjustment Wrenches

Readout
Vernier Scale for Precision Measurement

Packing Type
Secure Foam Packaging

Reading Telescope
Fitted with cross-wire adjustable focusing

Reflecting Surface
High Quality Polished Glass

Application
To verify Fresnels Formula for Reflection of Light

Illumination
Requires external light source

Compliant Standards
Conforms to International Laboratory Standards

Model
Advanced Spectrometer for Fresnel Formula

Least Count
0.01 degree

Spectrometer Range
6 inches to 7 inches

Prism Table
Rotatable, with multiple adjustment screws

About TO VERIFY FRESNELS FORMULA FOR THE REFLECTION OF LIGHT BY SPECTROMETERS

Grab this advanced spectrometer, ingeniously designed for verifying Fresnel's Formula for Light Reflection. This first-rate instrument boasts a resplendent combination of high-quality optical glass and a superb aluminum body. With favorable reviews from leading laboratories, it features a 6 to 7-inch precision range, least count of 0.01, and a rotatable prism table. The reading telescope, equipped with cross-wire adjustable focusing, ensures accurate alignment. Offered by a trusted India-based distributor and exporter, this superbly engineered device promises reliable, silent operation and conforms to international standards-an exceptional offer for academic and research labs.

Application and Directions for Use

Used primarily to verify Fresnel's Formula for the reflection of light, this spectrometer is ideal for physics labs and educational settings. Simply place the provided prism on the rotatable table, align with the reading telescope, and secure crystal clear readings using the vernier scale. First-rate adjustment screws allow for fine tuning, while the heavy cast iron base ensures unwavering stability, making optical demonstrations seamless and highly accurate.

Packaging, Main Market & Certification Details

Each spectrometer is safely charged in secure foam packaging to prevent damage during transport or drop-off. Our distributors provide high valuation for product safety, especially across India, the main domestic market. Every unit comes with detailed certifications for international laboratory standards, assuring buyers of its global compatibility and reliability from manufacturer to supplier.

FAQ's of TO VERIFY FRESNELaS FORMULA FOR THE REFLECTION OF LIGHT BY SPECTROMETERS:

Q: How is this spectrometer used to verify Fresnel's Formula for the Reflection of Light?

A: The spectrometer is set up by placing the prism on the rotatable table and aligning it using the adjustable reading telescope. By measuring reflection angles precisely with the vernier scale, users can effectively verify Fresnel's Formula in laboratory experiments.

Q: What accessories are included with the instrument?

A: The package includes one optical glass prism, a user manual, adjustment wrenches, and a secure foam case for safe transport and storage.

Q: Where can this advanced spectrometer be utilized?

A: This model is suitable for universities, research institutes, and educational laboratories seeking precision in optical demonstration and verification experiments.

Q: When should an external light source be used with this spectrometer?

A: An external illumination source is required during all experiments to ensure accurate visibility and measurement, as the spectrometer itself does not include built-in lighting.

Q: What are the main benefits of choosing this spectrometer model?

A: Users benefit from its first-rate build quality, international compliance, noise-free operation, and highly precise measurement capability, making it ideal for both instructional and research applications.

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