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Brand: Reliant Lab
Reliant Lab Fletcher Trolley for Friction Analysis and Motion Graphs
SKU: TB-RE-66571
Estimated Delivery By: Apr 16 - Apr 18 
MRP : ₹14099 ₹11999
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Estimated Delivery By: Apr 16 - Apr 18 Easy Return
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₹11999 (Including GST)
MRP : ₹14099
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Short Description
Reliant Lab Fletcher Trolley
For Friction Analysis and Motion Graphs
Country of origin: India
Specifications
- Brand: Reliant Lab
- Number of Steel Rods : 2
- Length of Rod : 150cm long
Description
The Reliant Lab Fletcher Trolley is a classic mechanics apparatus used to investigate the laws of motion, specifically Newton's Second Law . The setup consists of a high-quality, low-friction wooden or metal track and a specially designed trolley that carries various weights. By connecting the trolley to a falling mass via a string and pulley, students can observe uniform acceleration. Often equipped with a recording mechanism such as a vibrating ticker timer or an electromagnetic spark timer the apparatus allows for the precise calculation of velocity and acceleration by analyzing the displacement of a paper tape over fixed intervals of time.
Features
:- Precision Engineered Trolley: Features ultra-low friction ball-bearing wheels designed to minimize energy loss and ensure smooth travel along the track.
- Adjustable Inclined Track: The sturdy wooden or aluminum runway can be leveled or inclined using a fine adjustment screw to compensate for residual friction.
- Mass Loading Capacity: The trolley includes a recessed top or weight pins to securely hold additional masses for varying the total system inertia.
- Spring Buffer/End Stop: Equipped with a mechanical stop or buffer at the end of the runway to prevent the trolley from falling and sustaining damage.
Applications
:- Acceleration Due to Gravity: Facilitates the calculation of analyzing the motion of the trolley driven by a hanging weight.
- Work and Energy: Demonstrates the Work-Energy Theorem by comparing the potential energy of the falling mass to the kinetic energy of the trolley.
- Conservation of Momentum: Can be used in pairs to study elastic and inelastic collisions and the transfer of momentum.
- Friction Compensation: Teaches the practical method of "friction compensation" by tilting the track until the trolley moves at a constant velocity.
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