TO DETERMINE THE FREQUENCY OF ELECTRICALLY DRIVEN TUNING FORK BY MELDES EXPERIMENT

Get a Price/Quote

TO DETERMINE THE FREQUENCY OF ELECTRICALLY DRIVEN TUNING FORK BY MELDES EXPERIMENT Specification

Type
Electric Tuning Fork Apparatus (Meldes Experiment)

Material
Metal alloy and Bakelite base

Size
Standard laboratory size

Input Voltage
220V AC, 50 Hz

Color
Silver tuning fork, black base

Dimension (L*W*H)
35 cm x 15 cm x 20 cm (approx.)

Capacity
For demonstration, student & laboratory use

Noise Level
Low operating noise

Movement Mechanism
Electromagnetic vibrator

Safety Features
Protective shield on vibrating components

Compliance
Meets standard laboratory safety and educational guidelines

Display
Graduated scale for amplitude measurement

String Type
Cotton or nylon thread

Application
Physics experiment, frequency determination, resonance studies

Accessories Included
Thread, weights, stand, scale, manual

Frequency Range
Typically 50 Hz to 500 Hz

Tuning Fork Size
100 mm (length), 7 mm (prong width)

Mount Type
Rigid cast alloy stand with vibration-absorbing feet

About TO DETERMINE THE FREQUENCY OF ELECTRICALLY DRIVEN TUNING FORK BY MELDES EXPERIMENT

Seize this extraordinary clearance deal on a venerable laboratory classic-TO DETERMINE THE FREQUENCY OF ELECTRICALLY DRIVEN TUNING FORK BY MELDE'S EXPERIMENT. In demand among first-string physics educators, this lavishly equipped apparatus offers a frequency range of 50 Hz to 500 Hz via an electromagnetic vibrator, set on a robust cast alloy stand with vibration-absorbing feet. Accessories include precision weights, thread, and a clear display for amplitude measurement. Its safety features and compliance with laboratory standards make it an unrivaled choice for student demonstrations and resonance studies. Available in standard size, crafted from durable alloy and Bakelite, it is ideal for performance, reliability, and safety. Distributed, exported, and supplied from India.

Features and Applications of the Melde's Experiment Electric Tuning Fork Apparatus

Manufactured with exemplary metal alloy and a sturdy Bakelite base, this apparatus ensures both durability and accuracy. Specifically designed for physics laboratories, it enables resonance and frequency determination in educational experiments. Suitable for demonstration and laboratory use, it is highly valued by students, teachers, and researchers for its precision, versatility, and ease of use. The robust construction and vibration-absorbing design provide reliable operation and a professional experience.

Packaging, Pricing, and Sample Policy for Melde's Experiment Apparatus

Each unit is delivered securely packaged to ensure safe shipment and includes all listed accessories. The list price is competitive, with flexible payment terms available to meet institutional requirements. Samples can be provided upon request, subject to the sample policy of the manufacturer or distributor. Reliable and timely delivery is guaranteed, and all products are dispatched in accordance with educational and safety standards for laboratory equipment.

FAQ's of TO DETERMINE THE FREQUENCY OF ELECTRICALLY DRIVEN TUNING FORK BY MELDEaS EXPERIMENT:

Q: How does the apparatus determine the frequency of the tuning fork?

A: The apparatus uses an electromagnetic vibrator to set the tuning fork in motion, creating standing waves on the attached string. By adjusting the tension and measuring the amplitude, you can precisely determine the frequency within the 50 Hz to 500 Hz range using the provided graduated scale.

Q: What accessories are included with the Melde's Experiment Electric Tuning Fork Apparatus?

A: Each unit comes complete with a stand, protective shield, weights, cotton or nylon thread, scale for measurement, and a detailed manual to guide your experiments.

Q: Where is this apparatus typically used?

A: This apparatus is primarily used in physics laboratories for educational demonstrations, frequency determination, and resonance studies by students, teachers, and researchers.

Q: What safety features does the product offer?

A: The vibrating components are shielded by a protective cover, and the base features vibration-absorbing feet to minimize movement and ensure the user's safety during experiments.

Q: When can I expect the product to be delivered after purchase?

A: Once your payment is processed under the agreed terms, the product is shipped promptly. Typical delivery times depend on your location, but every shipment is securely packaged to ensure the apparatus arrives in excellent condition.

Tell us about your requirement