YOUNG MODULUS OF A WIRE BY OPTICAL LEVER METHOD

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YOUNG MODULUS OF A WIRE BY OPTICAL LEVER METHOD Specification

Type
Physics Laboratory Equipment

Material
Mild Steel, Polished Brass, Glass (Mirror), Aluminium (Scale)

Size
Standard laboratory size

Input Voltage
Not Required (Manual Operated)

Color
Metallic Grey with Brass Components

Dimension (L*W*H)
60 cm x 20 cm x 25 cm (approx.)

Capacity
Suitable for single wire specimens, max load up to 10kg

Noise Level
Silent operation

Wire Length Supported
Typically up to 1 meter

Finish
Powder coated and polished for corrosion resistance

Accessories Included
Spirit Level, Set of Slotted Weights (1g to 1kg)

Wire Specimen Type
Steel or Brass wire

Base
Heavy Cast Iron for Stability

Measuring Device
Vernier Scale with Optical Lever Attachment

Usage
Educational & Demonstration Purposes in College/School Labs

Application
Determining Young's Modulus of wire using Optical Lever Method

Optical Path Length
Approximately 30 cm (Adjustable)

Scale Division
Precision Marked, Least Count 0.01 mm

Weight Hanger
Supplied, Can Hold Standard Slotted Weights

Mirror Type
Front Surface Mirror (High Precision)

YOUNG MODULUS OF A WIRE BY OPTICAL LEVER METHOD About

Highly recommended for academic and research settings, the Young Modulus of a Wire by Optical Lever Method apparatus is a hot deal for those seeking noble precision and efficient results. This potent laboratory instrument features a choice of steel or brass wire specimens, a Vernier scale with an unprecedented optical lever attachment, and a high-precision front surface mirror. Jump on this offer for a heavy cast-iron base ensuring unmatched stability, supplied weight hangers for standard slotted weights, and accessory kit including a spirit level and complete weights set. Designed for silent operation, powder-coated for durability, and supporting up to 1-meter wire lengths, this is the laboratory instrument you don't want to miss.

Versatile Laboratory Instrument for Young's Modulus Measurement

The Young Modulus of a Wire by Optical Lever Method is expertly engineered for precise measurement in educational and demonstration scenarios. This apparatus employs advanced optical lever techniques and supports both steel and brass specimen wires. Its robust, heavy cast-iron base and precision-marked aluminium scale guarantee stable, reliable readings. Essential in university or school labs, it is well-suited for demonstrating material properties and introducing students to real-world physics concepts and commercial testing applications.

Sample Availability and Packaging/FOB Details for Young's Modulus Apparatus

Suppliers provide samples of the Young Modulus of a Wire by Optical Lever Method upon request, ensuring you evaluate its build and capability before purchase. Carefully packed for secure shipping at the lowest price, each unit includes all necessary accessories. With reliable transport services covering major Indian cities and international destinations, FOB ports are typically Mumbai or Chennai, facilitating efficient supply for distributors, exporters, and laboratories worldwide.

FAQ's of YOUNG MODULUS OF A WIRE BY OPTICAL LEVER METHOD:

Q: How does the Optical Lever Method enhance accuracy when measuring Young's Modulus?

A: The Optical Lever Method amplifies small deflections in the wire using a front surface mirror and lever setup, allowing minute elongations to be measured with high precision via a Vernier scale, providing more reliable and sensitive results.

Q: What types of wire specimens can be used with this apparatus?

A: This device is compatible with both steel and brass wire specimens, supporting typical wire lengths up to 1 meter for flexibility in experiments.

Q: Where is this equipment typically utilized?

A: The Young Modulus of a Wire by Optical Lever Method apparatus is widely used in college and school laboratories for educational demonstrations and basic material science research.

Q: What are the commercial and educational benefits of using this instrument?

A: It provides invaluable practical experience in physics, helps validate theoretical material properties, and is suitable for commercial quality assurance in wire production industries.

Q: What process is followed to determine the Young's Modulus using this apparatus?

A: The process involves loading the wire specimen with incremental weights and measuring the resulting elongation through the optical lever and Vernier scale system to accurately calculate Young's Modulus.

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