Centrifugal Force Apparatus

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Centrifugal Force Apparatus Specification

Accessories Type
Weights, Scale, Pulleys

Features
Sturdy construction, Clear scale display, Compact design, Transparent enclosure

Accuracy
0.01 Newton

Control System
Hand operated with calibrated scale

Technology
Mechanical

Automation Grade
Manual

Machine Type
Bench Mounted Apparatus

Power Source
Manual

Surface Treatment
Powder Coated

Type
Laboratory Testing Apparatus

Material
Mild Steel and Acrylic

Function
To demonstrate and measure centrifugal force

Application
Physics Laboratory, Educational Institutes, Research

Number of Arms
2 (standard)

Specimen Type
Removable masses

Enclosure Material
Transparent Acrylic

Mounting
Benchtop

Finish
Epoxy Powder Coated

Rotation Speed Range
0 to 1200 RPM (manual control)

Display Type
Graduated Scale

Weight Capacity
Up to 1 kg

Dimensions
Approx. 500 mm x 250 mm x 350 mm

Operational Method
Hand Crank Drive

Calibration
Factory calibrated for laboratory accuracy

Color
Multicolor (as per manufacturer)

About Centrifugal Force Apparatus

CentrifugalForce Apparatus

With this trouble free unit mathematical expression for the centripetal force developed by a body moving uniformly in circular motion can be verified with good precision. In this design two masses moving on bail bearing are carefully pre-production so that equilibrium can be obtained at moderate speed. Complete with revolution counter specially made spring dynamo meter and with hand rotating device.

Versatile Laboratory Demonstration Tool

Engineered for physics laboratories and academic settings, the Centrifugal Force Apparatus enables students and researchers to visibly investigate the principles of centrifugal force. The hand crank and removable masses make operation interactive and intuitive, while the transparent acrylic enclosure enhances safety and observation for all users.

Precision Measurements with Durable Construction

This apparatus achieves accurate readings with its graduated scale and factory calibration, ensuring repeatable results within 0.01 Newton. Its sturdy mild steel frame and powder-coated finish deliver long-term resilience, supporting up to 1 kg in removable specimens for a broad range of experimental setups and demonstrations.

FAQ's of Centrifugal Force Apparatus:

Q: How does the Centrifugal Force Apparatus operate?

A: The apparatus operates manually by turning a hand crank, which rotates the arm holding the removable masses. As the speed increases, users can observe and measure the resulting centrifugal force using the graduated scale, facilitating hands-on learning and experimentation.

Q: What experiments can be performed using this apparatus?

A: It is primarily used for physics demonstrations to show the relationship between mass, rotation speed, and centrifugal force. Users can change the weight or speed to study and quantify force, making it suitable for educational experiments and research activities.

Q: When is this apparatus typically used in an academic setting?

A: The Centrifugal Force Apparatus is commonly used during physics lessons or lab sessions focused on rotational dynamics, mechanical forces, or introductory engineering principles. It helps students visualize and measure centrifugal force concepts in real time.

Q: Where can the apparatus be installed in a laboratory?

A: This device is designed for benchtop installation, making it suitable for placement on any sturdy lab table or workstation within classrooms, laboratories, or research facilities that require compact yet stable equipment.

Q: What is the correct process for setting up and using the apparatus?

A: To set up, secure the apparatus on a bench, attach the necessary mass, and ensure the acrylic enclosure is in place for safety. Use the hand crank to rotate the arms to the desired speed as indicated on the graduated scale. Observe and record the centrifugal force measurements as required for the experiment.

Q: What are the main benefits of using this centrifugal force apparatus?

A: Key benefits include manual control for hands-on learning, clear visual observation due to the transparent enclosure, high measurement accuracy (0.01 Newton), and ease of use. Its compact and sturdy design makes it practical for regular laboratory or classroom use.

Q: Is the apparatus suitable for professional laboratory research?

A: Yes, its factory-calibrated, accurate readings make it appropriate for both educational and professional settings, including research laboratories. The robust construction and flexibility in modifying experimental variables enhance its suitability for a wide range of testing and demonstration purposes.

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