Product Description
To verify the relationship between forces action at a point. on clamp, for mounting in any position. and 12 slotted weights of 50 gms. each.
| Specification :- | Parallelogram Of Forces Apparatus |
| Board Size | 65 x 50cm |
| Accessory | Two aluminium pulleys 50 mm dia Three hanger iron nickel plated 50 gm |
| Make | Ajanta |
Robust Construction for Reliable ExperimentsFeaturing a rectangular heavy metal base and powder-coated, anti-corrosive finish, this apparatus promises durability and stability during use. The inclusion of high-quality stainless steel pulleys, detachable arms, and brass weights ensures the equipment withstands frequent handling and delivers smooth, accurate demonstrations in any educational environment.
Accurate and Versatile DemonstrationsThe clearly marked protractor scale, combined with adjustable arms and pulleys, allows users to explore a wide range of force directions and magnitudes. Designed for ease of setup and quick adjustments, it provides both students and educators with high precision analog readings, supporting detailed, hands-on learning of mechanical physics principles.
FAQ's of Parallelogram Of Forces Apparatus:
Q: How is the Parallelogram of Forces Apparatus set up for experiments?
A: Begin by placing the heavy metal base on a stable surface. Attach the adjustable arms and pulleys to the base, ensuring they are secure. Place the weight hangers with slotted weights on the arms as required. Move the pulleys and arms to set the desired angles using the protractor scale, then begin your demonstration.
Q: What experiments can be performed using this apparatus in a laboratory setting?
A: The apparatus is primarily used to demonstrate the parallelogram law of forces, enabling students to visualize and analyze vector addition of forces. It also helps illustrate concepts such as force resolution, equilibrium, and resultant force direction in physics education.
Q: When is the Parallelogram of Forces Apparatus typically used?
A: This apparatus is most commonly used during physics laboratories in high school and undergraduate courses to support hands-on learning and reinforce theoretical concepts related to mechanical forces and vector addition.
Q: Where should this apparatus be stored when not in use?
A: For lasting durability, the apparatus should be stored in a dry laboratory cabinet or on a dedicated shelf free from moisture and corrosive agents. Detachable arms can be removed for compact storage if needed.
Q: What is the process for adjusting the force directions in an experiment?
A: Simply loosen the adjustment knobs on the arms and pulleys, then set them to the desired angle as indicated by the analog protractor scale. Secure the arms and pulleys in place, attach the weights, and proceed with your experiment for precise demonstrations.
Q: What are the benefits of using this particular apparatus in physics education?
A: The heavy metal base and precision scale provide stable and accurate results, while the adjustable configuration offers flexibility for multiple experiment setups. Its durable, anti-corrosive design ensures longevity, and the manual, analog controls foster a hands-on understanding crucial for educational demonstrations.