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pendulum bob

15.00 INR/Piece

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Product Details:

Core Components Pendulum Bob Body and Suspension Hook/Loop
Model No Varies by supplier/product
Automation Grade Manual
Feature High density for accuracy, Smooth finish, Corrosion resistant
Power Source None required (mechanical object)
Accuracy High stability for time/displacement measurement; depends on shape & material
Equipment Materials Brass or Cast Iron (commonly used for pendulum bobs)
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Product Description

pendulum bob Price And Quantity

Price 15.00 INR/Piece
Minimum Order Quantity 1 Piece

pendulum bob Product Specifications

Type Pendulum Bob
Equipment Materials Brass or Cast Iron (commonly used for pendulum bobs)
Feature High density for accuracy, Smooth finish, Corrosion resistant
Power Source None required (mechanical object)
Accuracy High stability for time/displacement measurement; depends on shape & material
Automation Grade Manual
Model No Varies by supplier/product
Usage Physics Laboratory, School & College Experiments, Testing Simple Pendulum Laws
Core Components Pendulum Bob Body and Suspension Hook/Loop
Weight Typically ranges from 50g to 2kg depending on application
Dimension (L*W*H) Varies by model, commonly circular with diameters of 25mm to 75mm

pendulum bob Trade Information

FOB Port delhi
Payment Terms Telegraphic Transfer (T/T), Cash Advance (CA), Cash in Advance (CID)
Supply Ability 5000 Piece Per Month
Delivery Time 2 Days
Sample Policy Sample costs shipping and taxes has to be paid by the buyer
Packaging Details box
Main Export Market(s) Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Central America, Asia
Main Domestic Market All India

Product Description

to measure the effects of gravity. Galileo observed that the reason a pendulum moves back towards the resting position is due to the gravitational pull of the earth. The spinning of the earth can be demonstrated using a pendulum

Precision Engineering for Accurate Experiments

Our pendulum bob, finished in polished gold, is meticulously crafted from brass or cast iron to provide high-density performance and robust stability. Its round shape and smooth surface ensure minimal air resistance, making it ideal for repeating precise time or displacement measurements in simple pendulum experiments. The central suspension hole offers reliable mounting for consistent oscillations.

Versatile and Durable Laboratory Tool

Designed to meet the requirements of physics laboratories in schools, colleges, and research settings, this equipment is resistant to corrosion and built for enduring regular usage. Its compatibility with a variety of mounting setups and different weights makes it suitable for experiments ranging from basic educational demonstrations to advanced scientific studies.

Ease of Use and Broad Application Range

No power source is required, as the device operates entirely mechanically. Simply suspend the bob using the center hole to initiate experiments. Its manual operation and adaptability make it a practical choice for physics educators, students, and researchers looking for efficient, accurate, and easy-to-maintain apparatus.

FAQs of pendulum bob:

Q: How do I mount the pendulum bob for a simple pendulum experiment?

A: Mounting the pendulum bob is straightforward: attach a string or thin wire through the center suspension hole and secure it to a fixed support. Ensure the bob hangs freely to allow for undisturbed swinging.

Q: What is the benefit of using a polished, round, brass or cast iron pendulum bob?

A: A polished, round bob made from brass or cast iron offers high density and a smooth surface, minimizing friction and air resistance. This enhances measurement accuracy for time and displacement in physics experiments.

Q: Where is this pendulum bob commonly used?

A: This pendulum bob is primarily used in physics laboratories, schools, and colleges for educational experiments, as well as scientific research involving the laws of simple pendulums.

Q: When should I choose a heavier or lighter pendulum bob?

A: Select the bobs weight (ranging from 50g to 2kg) based on the experimental requirements. Heavier bobs tend to be more stable, while lighter ones may suit demonstrations and classroom use.

Q: What is the process for maintaining the pendulum bobs finish and accuracy?

A: To preserve its polished, corrosion-resistant finish, wipe the bob with a clean, dry cloth after use and store it in a dry environment. Periodic inspection ensures the suspension hook or loop remains secure and intact.

Q: How does the shape and finish affect the pendulums performance?

A: The round shape and smooth, polished finish reduce air drag, allowing for consistent oscillations and accurate data when testing the laws of pendulums.

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