Bifilar Pendulum (Iron)

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Bifilar Pendulum (Iron) Specification

Style
Laboratory instrument

Features
Detachable rods, Adjustable rod spacing, Stable design

Surface Finish
Polished iron, painted base

Use
Physics Experiment, Determining Moment of Inertia

Assembly
Requires minor assembly before use

Model No
BIFA-IR-01

Size
Standard lab size, compact

Power Type
Manual (Non-Electric)

Weight
Approx. 1.6 kg

Type
Mechanical Pendulum Apparatus

Material
Iron Rods, Metal Base

Dimensions
Rod length approx. 30 cm, Base approx. 18 x 12 x 2 cm

Shape
Rectangular base with cylindrical rods

Color
Black and Metallic Grey

Function
Demonstrates oscillatory motion between rods

Age
For Physics Students (Age 14+)

Advantage
Durable construction, Reusable, Accurate results

Bifilar Pendulum (Iron) Trade Information

FOB Port
MUMBAI

Payment Terms
Cash Against Delivery (CAD), Cash on Delivery (COD), Letter of Credit (L/C), Telegraphic Transfer (T/T), Western Union, Paypal, Letter of Credit at Sight (Sight L/C), Delivery Point (DP), Days after Acceptance (DA), Cash in Advance (CID), Cheque, Cash Advance (CA)

Supply Ability
50 Per Week

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
card board packing

Main Export Market(s)
Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Central America, Asia, Africa

Main Domestic Market
All India

Certifications
ISO Certified product

About Bifilar Pendulum (Iron)

Elevate your physics experiments with the Bifilar Pendulum (Iron). This enviable laboratory paragon features two parallel iron rods mounted on a solid, rust-resistant metal base with anti-slip pads, ensuring stability and safety. Adaptable rod spacing allows for incomparable value in experimental accuracy when studying torsional motion and determining moment of inertia. Designed for physics students and educators, its durable construction, reusable design, and accurate measurement capacity make it a preferred choice across classrooms and labs. Add to Cart today at a special rate!

Versatile Usage and Easy Application

The Bifilar Pendulum (Iron) offers reliable manual operation for studying oscillatory motion and moment of inertia. Ideal for hands-on demonstrations, its adjustable rod spacing provides flexibility for different physics concepts. Designed for regular lab use, the apparatus suits classroom lessons and advanced practical sessions, delivering accurate results whether exploring basic principles or complex experimental theories.

Domestic Market Reach and Fast Delivery

Serving the pan-India domestic market, we estimate supply capabilities for both bulk and single orders. Samples are available on request, allowing buyers to assess the product before purchase. Express shipping options ensure swift delivery, supporting institutional and distributor needs nationwide. We maintain ready stock for prompt fulfillment, accommodating urgent requirements and regular academic procurement cycles.

FAQs of Bifilar Pendulum (Iron):

Q: How do you assemble the Bifilar Pendulum (Iron) for experiments?

A: Assembly requires attaching the detachable parallel iron rods to the solid metal base using the included mounting hardware. Minor set-up ensures the apparatus is ready for physics demonstrations.

Q: What experiments can be performed with this bifilar pendulum?

A: This apparatus is primarily used to study torsional motion, calculate moment of inertia, and demonstrate oscillatory motion principles in physics labs and classrooms.

Q: When is the ideal time to use this instrument in the curriculum?

A: The pendulum is best incorporated during physics lessons focusing on rotational dynamics, mechanical systems, or laboratory practicals involving motion analysis.

Q: Where should the bifilar pendulum be placed for optimal results?

A: Place the instrument on a flat, stable surface in classrooms or labs, ensuring the anti-slip rubber pads contact the table to maximize stability during experiments.

Q: What benefits are provided by the adjustable rods and rust-resistant finish?

A: Adjustable rods offer experimental flexibility, while the rust-resistant finish ensures the product remains durable and easy to maintain for recurring academic use.

Q: How can physics students make the most of this bifilar pendulum?

A: Students can vary rod spacing, use standard lab weights, and observe torsional oscillations to reinforce theoretical learning with practical, accurate results.

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