Cycloidal path model

Name: Cycloidal path model
Brand: SAMTECH INSTRUMENTS
Price: 750.0 INR
Availability: InStock

Price 750.0 INR/ Piece

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MOQ : 50 Pieces

Cycloidal path model Specification

Temperature Range
Ambient laboratory temperature

Model No
PHY-141

Automation Grade
Manual

Accuracy
Designed for visual accuracy in path demonstration

Feature
Visualizes cycloidal motion, reusable, easy handling

Power Source
Manual operation (no electricity required)

Measurement Range
Length of path as per model scale

Capacity
Single model demonstration

Core Components
Cycloidal plate, Roller wheel, Base stand

Equipment Materials
Durable Acrylic and Metal Parts

Type
Demonstration Model

Usage
Educational, Physics Project, Mechanics Demonstration

Display Type
Physical model (no electronic display)

Dimension (L*W*H)
Approx. 30 cm x 15 cm x 20 cm

Weight
Approx. 2-3 kg

Finish
Smooth, polished edges for classroom safety

Demonstration Focus
Physics of cycloidal motion, tautochrone, and brachistochrone properties

Safety Compliance
Yes - smooth surfaces and edges for classroom use

Assembly Requirement
Ready to use, minimal assembly required

Path Type
Cycloidal path (curve traced by a point on a rolling circle)

Educational Level
Suitable for school and college physics laboratories

Maintenance
Low, easy to clean and handle

Transparency
Clear acrylic allows easy viewing of moving parts

Mobility
Portable and lightweight

Cycloidal path model Trade Information

Minimum Order Quantity
50 Pieces

Delivery Time
5-7 Days

About Cycloidal path model

Cycloidal Path Model

Samtech Instruments is a leading manufacturer, supplier, and exporter of Cycloidal Path Models, designed to demonstrate the concept of cycloidal motion and the principle of the quickest descent path. This educational physics model helps students compare the motion of balls traveling along different tracks and understand the relationship between path shape, time, velocity, and acceleration.

The model provides a clear visual demonstration of cycloidal curves, making it an ideal teaching aid for physics laboratories, STEM classrooms, science exhibitions, and engineering education.

Visualizing Cycloidal Motion

This model is specifically engineered to demonstrate the fascinating properties of cycloidal curves, such as the tautochrone and brachistochrone phenomena. Students and teachers can directly observe how a point on a rolling circle traces a cycloid, enhancing conceptual understanding through real-time, tactile exploration.

Safe and Durable Construction

The Cycloidal Path Model is manufactured from transparent, high-strength acrylic with smoothed, polished edges to ensure safety even in active classroom environments. Metal components add extra durability, making the model suitable for repeated educational use. The clear design enables effortless observation of all moving parts.

Ready for Immediate Use

With minimal assembly required out of the box, this demonstration tool is portable, lightweight (approximately 2-3 kg), and convenient to move between classrooms or lab settings. Its compact design ensures easy handling and swift setup, allowing more time for practical experiments.

FAQ's of Cycloidal path model:

Q: How does the Cycloidal Path Model demonstrate cycloidal motion?

A: The model features a roller wheel moving along a clear cycloidal plate, visually tracing the distinct cycloidal curve formed by a point on a rolling circle. This allows students to directly observe and study the concepts of cycloidal motion, including tautochrone and brachistochrone properties.

Q: What educational levels is this model best suited for?

A: The Cycloidal Path Model is suitable for both school and college physics laboratories. It is designed to meet core curriculum requirements for mechanics, making complex concepts more accessible to students at varying levels of study.

Q: When and where can this demonstration model be used?

A: This apparatus can be used during physics classes, laboratory sessions, or as part of science exhibitions or project demonstrations. Its portability and compact size make it ideal for use in multiple learning environments without the need for permanent installation.

Q: What is the assembly process for this model?

A: The model arrives mostly assembled, requiring only minimal setup-typically attaching the cycloidal plate to the base stand. No specialized tools or expertise are needed, allowing educators to prepare the model quickly for classroom demonstrations.

Q: How should the model be maintained for classroom use?

A: Maintenance is simple: just wipe the acrylic and metal parts with a soft, damp cloth to remove dust or fingerprints. Its durable construction and polished surfaces help keep it in good condition for repeated use and handling.

Q: What benefits does this model offer for physics demonstrations?

A: The Cycloidal Path Model provides a hands-on, visual approach to understanding cycloidal motion, helping students grasp essential principles through interactive observation. Its transparent construction and easy handling also promote safe, collaborative learning experiences.

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