Reversible Pendulum

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Reversible Pendulum Specification

Features
Corrosion Resistant, Stable Base, Easy to Use, Adjustable Pivot, High Durability

Technology
Precision Mechanical

Machine Type
Manual Laboratory Instrument

Accuracy
Up to 0.001 s in time measurement

Automation Grade
Manual

Accessories Type
Set Includes Weights, Knife-Edges, Adjustable Bracket, and Rigid Stand

Surface Treatment
Powder Coated Finish

Control System
Mechanical Adjustable Knife-Edges

Type
Reversible Pendulum Apparatus

Material
Mild Steel (MS) and Brass Attachments

Function
Determination of Acceleration due to Gravity (g)

Application
Physics Laboratory, Engineering Lab Experiments

Colour
Blue & Metallic Grey

Suitable For
Educational Institutes, Colleges, Research Labs

Pendulum Length Range
50 cm to 100 cm (Adjustable)

Graduated Scale
Provided on Pendulum Bar

Knife-edge Material
Hardened Steel

Base Material
Heavy Cast Iron

Mounting
Bench/Platform Mountable

Mass of Pendulum Bar
1.2 kg (approx.)

Finish
Smooth, Anti-Rust Coating

About Reversible Pendulum

Reversible Pendulum

Consisting of 120x1.2 cm brass bar with painted unto, Carrying two cats of adjustable knife edges and two large and small brass weights. Two Similes hard wood weights are provided. Complete with cast iron wall bracket.

Robust Design for Accurate Results

Built with a heavy cast iron base and mild steel pendulum bar, the apparatus offers exceptional stability and longevity. The anti-rust powder-coated finish and corrosion-resistant components make it ideal for long-term use in academic and research settings. The precise graduated scale and hardened steel knife-edges enable accurate measurements for advanced gravity experiments.

Versatile and Adjustable Pendulum Length

With an adjustable pendulum length ranging from 50 cm to 100 cm, this apparatus caters to various experimental requirements. Its mechanical control system and adjustable bracket make setup and modifications straightforward, accommodating both basic and advanced physics lab experiments.

Complete Kit with Quality Accessories

The set includes all necessary accessories: weights, adjustable bracket, knife-edges, and a rigid stand. Designed for easy mounting on benches or platforms, the kit ensures user-friendly assembly and operation. Each component is constructed for optimal performance, supporting comprehensive educational use and research applications.

FAQ's of Reversible Pendulum:

Q: How is the pendulum length adjusted on the reversible pendulum apparatus?

A: The pendulum length can be adjusted between 50 cm and 100 cm using the graduated scale and the mechanical adjustable bracket provided on the pendulum bar. This allows users to achieve precise lengths required for different experimental setups.

Q: What materials are used for the pendulum bar and knife-edges, and why?

A: The pendulum bar is made from mild steel (MS) for strength and durability, while the knife-edges are constructed from hardened steel. This combination ensures minimal wear on the critical pivot points and provides robust performance during repeated use.

Q: When is this apparatus typically used in laboratories?

A: The reversible pendulum apparatus is commonly used in physics laboratories, engineering labs, and research facilities during experiments that aim to determine the acceleration due to gravity (g) with high precision. It is particularly suitable for educational demonstrations and academic projects.

Q: Where can the apparatus be mounted for stable operation?

A: It is designed for bench or platform mounting, ensuring a stable and secure setup. The heavy cast iron base adds further stability, making it ideal for use in both classroom and laboratory environments.

Q: What is the main process for conducting experiments with this apparatus?

A: To use the apparatus, set the desired pendulum length, align the knife-edges with the pivot points, and mount the pendulum on the rigid stand. Measure the period of oscillation using a chronometer with up to 0.001 s accuracy, and calculate acceleration due to gravity (g) based on experimental data.

Q: How does the apparatus benefit educational institutes and research labs?

A: Its precision, durability, and user-friendly features make it an excellent tool for teaching and experimentation. The apparatus promotes hands-on learning in physics concepts while supporting advanced research applications with reliable, accurate results.

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