Maxwell Vibration Needle For Physics Lab

Price 2900.00 INR/ Piece

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Maxwell Vibration Needle For Physics Lab Specification

Power Source
Manual

Model No
Maxwell-VN-01

Automation Grade
Manual

Accuracy
High (Suitable for Physics Demonstration)

Feature
Sturdy Construction, Precision Fittings

Capacity
Standard Lab Use

Core Components
Needle, Stand, Fittings

Temperature Range
Ambient

Frequency
Electromechanical Vibration

Measurement Range
Demonstration Purpose

Equipment Materials
Brass and Steel

Type
Physics Lab Apparatus

Usage
Demonstrating Mechanical Vibrations

Dimension (L*W*H)
Approx 12 cm x 3 cm x 3 cm

Weight
Approx 250 g

Safety
Rounded Edges for Safe Handling

Application
Physics Laboratory, Classroom Experiment

Color
Brass/Steel metallic

Packing Type
Individual Box, Foam Protected

Operation
Manual mechanical vibration

Stand Material
Solid Brass

Needle Material
Steel

Surface Finish
Polished

Compliance
Meets standard curriculum requirements

About Maxwell Vibration Needle For Physics Lab

MaxwellVibration Needle

Graduated, All Brass 40 cm. Two solid brass cylinder and two hollow brass cylinder all over length 10 cm. long, to fil the brass tube and pipe open at both end.

Cat. No.	Price
DDRI-292	2900.00

Reliable Physics Demonstration Tool

The Maxwell Vibration Needle provides an accurate and safe platform for teachers and students to visualize and measure mechanical vibrations. Its polished steel needle and robust brass stand are engineered for repeated laboratory use, while the manual operation allows direct engagement in physics experiments.

Thoughtful Design for Classroom Safety

Rounded edges and foam protection ensure secure handling and minimize accidental injuries during classroom demonstrations. The product's compliance with academic standards means it is suitable for a wide range of school and college-level physics curricula.

Precision and Durability You Can Trust

Constructed with high-quality brass and steel, the Maxwell Vibration Needle is designed to maintain stability and precision over time. Its individual packaging, sturdy fittings, and reliable performance make it an excellent investment for educational institutions and training environments.

FAQ's of Maxwell Vibration Needle For Physics Lab:

Q: How do you operate the Maxwell Vibration Needle in classroom experiments?

A: To operate the Maxwell Vibration Needle, manually induce mechanical vibrations by gently flicking or tapping the steel needle mounted on the solid brass stand. Observe the resulting vibrations to demonstrate and study physical concepts such as resonance and frequency.

Q: What is the primary usage of this apparatus in physics labs?

A: The primary usage of the Maxwell Vibration Needle is to demonstrate and explore mechanical vibrations and oscillations, allowing students to visualize and measure these phenomena during physics demonstrations and classroom experiments.

Q: When should educators use the Maxwell Vibration Needle during curriculum activities?

A: Educators should use this apparatus when teaching lessons related to mechanical vibrations, resonance, and oscillatory motion, particularly during practical sessions that require hands-on demonstration and engagement.

Q: Where can the Maxwell Vibration Needle be set up for experiments?

A: The Maxwell Vibration Needle is suitable for use in standard physics laboratories or classroom settings. Its compact design and foam-protected packaging allow for convenient storage, setup, and transport within educational environments.

Q: What process is involved in preparing the apparatus for demonstration?

A: Preparation involves unpacking the individually boxed, foam-protected apparatus, placing it on a stable surface, and ensuring the steel needle and brass stand are securely fitted. Check that all rounded edges are intact for safe handling before starting the demonstration.

Q: How does this apparatus benefit physics students?

A: This device enables students to directly observe and analyze mechanical vibration principles, enhancing their conceptual understanding through interactive learning, while its accurate measurements and standard compliance enrich classroom education.

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