PULLEY DEMONSTRATION SET ADVANCED

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PULLEY DEMONSTRATION SET ADVANCED Specification

Core Components
Pulleys, Supporting Frame, Cord, Weights, Stand

Model No
Not Specified

Capacity
Not Specified

Measurement Range
Mechanical advantage, load and effort (practical demonstration)

Accuracy
100 %

Temperature Range
Ambient

Power Source
Manual (No electrical supply required)

Feature
Highly Efficient

Automation Grade
Manual

Equipment Materials
Metal frame with plastic and metal pulleys

Type
Pulley Demonstration Set (Advanced)

Usage
Laboratory

Dimension (L*W*H)
Approx. 400 mm x 250 mm x 150 mm

Weight
Approx. 4-5 kg

About PULLEY DEMONSTRATION SET ADVANCED

A highly versatile apparatus for the demonstration of various concepts associated with pulleys and their configuration. Consists of a formica-covered, rectangular, wooden base, 81 X 20cm, with two sockets on its top of the vertical rods, two right-angled clamps support a horizontal rod of the same size. Eight collars with hook are provided and can be inserted on the horizontal rod for suspending various pulleys. A capstan is fitted on the wooden base at one end, with a hook for attaching a pulley at the other end of the base. All items housed in cardboard box. Instruction included. Set included.

1.) Pulleys: 7 single, 2 triple tandem, 2 quadruple

2.) Wooden base: 81 X 20cm, fitted with 2 sockets, a capstan, and an eye-hook.

3.) Rods: 3 (Diameter 12.5mm and length 81cm)

4.) Collars with hook: 8

5.) Right angled clamps: 3

6.) Wheel & Axle: 1

7.) Cord: 1 roll

8.) Tommy bar for tightening vertically rods: 1

9.) Masses: Brass, Slotted, 2 X 10g, 2 X 20g, 2 X 50g, 4 X 100g, 4 X 200g, 1 X 500g, Total 15 weights.

10) Weight hangers: Brass.5 X 50g, 1 X 20g, 1 X 10g. Total 7 hangers.

Flexible Configurations for Comprehensive Learning

This advanced pulley demonstration set is engineered to adapt to a variety of experimental setups with both fixed and movable pulleys. Students and instructors can explore different mechanical advantage scenarios, reinforcing core physics concepts through direct, hands-on experience.

Highly Durable and User-Friendly Design

The demonstration set boasts a rugged, powder-coated finish and corrosion-resistant components for longevity. The anti-slip heavy-duty base provides solid stability. Assembly is tool-free, making it ideal for quick setup and repeated classroom use without the hassle of extra equipment.

Enhancing Physics Education with Practical Demonstrations

This set is specifically crafted for laboratory environments, offering manual operation to practically illustrate mechanical principles. By observing real-time effects of load distribution and pulley type, users gain a robust understanding of force, work, and efficiency, supporting theoretical learning with practical application.

FAQs of PULLEY DEMONSTRATION SET ADVANCED:

Q: How can I assemble the Pulley Demonstration Set Advanced?

A: The set is designed for simple, tool-free assembly. All components, including the frame, pulleys, cord, and base stand, can be securely fitted together by hand, allowing you to quickly set up experiments in your laboratory or classroom.

Q: What types of physics experiments can I perform with this pulley set?

A: You can use the set to demonstrate and measure mechanical advantage, efficiency, load distribution, and force calculations with both fixed and movable pulleys. It is particularly useful for experiments on simple machines in physics and engineering courses.

Q: Where is this demonstration set most effectively used?

A: The Pulley Demonstration Set Advanced is ideal for educational settings such as school and college laboratories, university physics departments, and engineering workshops, providing a robust platform for practical learning.

Q: What is the maximum load capacity for this set?

A: The system can support up to 5 kg, distributed appropriately among the pulleys. This allows safe and effective demonstrations of mechanical advantage across a range of experimental configurations.

Q: How does using this set benefit students understanding of mechanical advantage?

A: By offering direct, visual, and tactile demonstrations, students can observe and measure how pulleys multiply force, clarifying theoretical concepts and fostering deeper comprehension of mechanical advantage and efficiency.

Q: What materials are used in the construction of the demonstration set?

A: This apparatus features a metal supporting frame, powder-coated for durability, along with both metal and plastic pulleys. The cords are made of strong, low-stretch nylon or polyester, ensuring reliability and accuracy during repeated classroom use.

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