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Brand: Reliant Lab
Reliant Lab Force Into Force Arm Apparatus
SKU: TB-FO-66461
Estimated Delivery By: Apr 16 - Apr 18 




MRP : ₹2209 ₹1399
37% OFF!
Estimated Delivery By: Apr 16 - Apr 18 
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₹1399 (Including GST)
MRP : ₹2209
37% OFF!
Get Extra ₹21 OFF on Prepaid Orders
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Short Description
Reliant Lab Force Into Force Arm Apparatus
Country of origin: India
Specifications
- Brand: Reliant Lab
- Number of Plastic Hook : 2
- Meter Scale Material : Aluminum
Description
The apparatus consists of a balanced horizontal meter scale or a graduated metal beam supported at its center by a low friction fulcrum (pivot). The beam features a series of precise holes or grooves along its length to hang weights at specific intervals. By placing different weights at varying distances from the center, students can observe the equilibrium conditions where the clockwise moments exactly cancel out the counter clockwise moments.
Features
:- Low Friction Fulcrum: Mounted on a sharp knife-edge or ball-bearing pivot to ensure maximum sensitivity and accuracy in balancing.
- Adjustable Leveling: Includes a heavy duty base with leveling screws to ensure the central pillar is perfectly vertical before starting the experiment.
- Balance Adjustment Nut: Features a fine threaded nut at one or both ends of the beam to calibrate the "zero" or perfectly horizontal starting position.
- Durable Construction: Built from anodized aluminum or plated steel to prevent corrosion and ensure the beam remains perfectly straight over time.
Applications
:- Verification of the Law of Moments: Proving that for a body in equilibrium, the sum of clockwise moments equals the sum of anticlockwise moments.
- Calculating Unknown Mass: Using a known weight and distance to mathematically determine the mass of an unknown object placed on the opposite arm.
- Study of Levers: Serving as a primary model for First Class Levers, helping students understand the mechanics of seesaws, crowbars, and balances.
- Statics and Equilibrium Training: A foundational experiment for civil and mechanical engineering students to understand torque and rotational stability.

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