Young's Modulus Of Wire Apparatus

Get a Price/Quote

Young's Modulus Of Wire Apparatus Specification

Feature
High stability, easy scale reading, precise measurement, spirit level adjustment

Temperature Range
Ambient laboratory conditions

Capacity
Up to 2 kg (maximum weight capacity for loading)

Power Source
None (manual operation)

Measurement Range
Elongation measurement up to 25 mm

Core Components
Base, wire clamps, spirit level, micrometer screw, scale, loading hanger

Automation Grade
Manual

Accuracy
Up to 0.01 mm (micrometer pitch)

Equipment Materials
Heavy cast iron base, metallic scale, stainless steel wire

Type
Physics laboratory apparatus

Usage
To determine Youngs modulus of a wire by Searles method

Dimension (L*W*H)
Approx. 400 mm x 150 mm x 100 mm

Scale Graduations
Least count 1 mm

Number of Wires
2 (control and experimental)

Wire Length Range
1 m to 1.5 m (recommended)

Material Compatibility
Copper, steel, brass wires

Suitable For
School and college laboratories

Packing
Box packed with foam cushioning

Finish
Anticorrosive paint finish

Micrometer Type
Screw gauge with lock arrangement

About Young's Modulus Of Wire Apparatus

Young's Searle's Pattern. Sprit Level mounted in two rectangular cast iron frame with one end resting on point of micrometer screw,fitted in one frame, the second end of sprit level pivoted in the second frame. The micrometer is provided with vertical scale 10 mm, on either sides of the zero and vernier reading 0.01 mm. complete with ceiling bracket having two self centering chucks and tension weight. supplied in case.

High-Precision Measurements for Accurate Results

Equipped with a micrometer screw gauge featuring a lock arrangement and a least count of 1 mm, this apparatus allows for highly precise elongation measurements up to 25 mm, ensuring accurate calculation of Youngs modulus. The inclusion of a spirit level provides easy and reliable adjustments for dependable results every time.

Versatile Material Compatibility & Robust Build

Designed to accommodate copper, steel, and brass wires, the apparatus is constructed with a heavy cast iron base and stainless steel wires, finished with anticorrosive paint for long-lasting durability. Its suitable for regular use in demanding laboratory environments, providing both stability and precision.

Ready-to-Use and Safe for Education

Manual operation with no power source required makes the apparatus simple and safe for handling by students. Box packing with foam cushioning protects the equipment during transport, while the devices high stability and easy scale reading make it an excellent choice for both schools and colleges in India.

FAQs of Youngs Modulus Of Wire Apparatus:

Q: How does the Youngs Modulus of Wire Apparatus determine Youngs modulus?

A: The apparatus measures the elongation of a test wire (copper, steel, or brass) under varying loads using a secure micrometer screw gauge. By comparing these measurements against the known force and original length, you can calculate Youngs modulus using Searles method.

Q: What is the recommended range for the length of wire used in this apparatus?

A: The apparatus is designed for wire lengths ranging from 1 meter to 1.5 meters, which are optimal for accurate results as recommended.

Q: When should you use the control and experimental wires?

A: The control wire serves as a reference to compensate for any external factors or apparatus deformation, while the experimental wire is subjected to varying loads to measure elongation. Both wires should be installed simultaneously for correct experimental outcomes.

Q: Where is this apparatus best suited for use?

A: This equipment is particularly suitable for school and college physics laboratories that follow the Searles method for determining Youngs modulus, and is commonly distributed, exported, or supplied throughout India.

Q: What materials are compatible with this Youngs modulus testing apparatus?

A: You can use copper, steel, or brass wires with this device, making it versatile for different experimental requirements and material studies.

Q: What are the benefits of using this apparatus in laboratory experiments?

A: The apparatus provides stable, precise measurements with its sturdy construction and fine micrometer screw gauge. It simplifies the observation and analysis process, is easy to read and adjust, and is built to last with an anticorrosive paint finish.

Q: How does the spirit level and locking micrometer enhance the experiment process?

A: The spirit level ensures the device is perfectly aligned for accurate measurements, while the locking micrometer prevents measurement drift during reading or loading, improving reliability and repeatability.

Tell us about your requirement