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Simple_and_Compound_Pendulum_Apparatus_(SMT-TM-00)

Simple_and_Compound_Pendulum_Apparatus_(SMT-TM-00)

Simple_and_Compound_Pendulum_Apparatus_(SMT-TM-00)

Model # (SMT-TM-00)
Category Mechanical Engineering, Electrical Engineering, Electronics and Telecommunication, Instrumentation and Control Engineering, Civil Engineering, Chemical Engineering, Automobile Engineering, Laboratory Hydraulic Presses, Physics Lab, Food Sciences, Environmental and Biotechnology
Sub Category Theory of Machines
The Simple and Compound Pendulum Apparatus is designed to study the oscillatory motion of both simple and compound pendulums, allowing determination of the time period, radius of gyration, and acceleration due to gravity. It consists of a wall-mounted pendulum bar with a movable mass that can be positioned at various points along its length to examine the effect of the fulcrum position on motion. The setup also includes a thread pendulum to compare simple pendulum behaviour and verify the equation of motion. A digital stopwatch ensures precise measurement of time intervals, while an attached ruler allows accurate mass positioning. This apparatus provides a clear understanding of principles related to oscillations, vibrations, and rotational dynamics.
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The Simple and Compound Pendulum Apparatus is designed to study the oscillatory motion of both simple and compound pendulums, allowing determination of the time period, radius of gyration, and acceleration due to gravity. It consists of a wall-mounted pendulum bar with a movable mass that can be positioned at various points along its length to examine the effect of the fulcrum position on motion. The setup also includes a thread pendulum to compare simple pendulum behaviour and verify the equation of motion. A digital stopwatch ensures precise measurement of time intervals, while an attached ruler allows accurate mass positioning. This apparatus provides a clear understanding of principles related to oscillations, vibrations, and rotational dynamics.

• Pendulum bar:
• Length: 1000mm.
• Bar W x H: 28 x 5mm
• Mass: 0.6kg (Approx.)
• 6 vibration pivot positions each 100mm
apart
• Thread for simple pendulum:
• Length: 2000mm (Max.)
• Digital Stopwatch.
• Dimensions and mass:
• L x W x H: 150 x 300 x 1100mm (Approx.)
• 5kg (Approx.)


• To experiment with simple and compound pendulum individually
• To calculate time period of vibration for simple and compound pendulum
• To determine effect of length of pendulum on vibration frequency and the time period
• To determine effect of simple and compound pendulum on period of vibration for same length of
pendulum
• To determine the radius of gyration of a compound pendulum
• To experimentally calculate gravitational acceleration 'g' using a simple pendulum
• To verify the equation of motion for a compound pendulum.
• To determine center of gravity on a rod pendulum

• Dimensions and mass:
• L x W x H: 150 x 300 x 1100mm (Approx.)
• 5kg (Approx.)

• Wall mounted.
• Self-contained apparatus.
• Both simple and compound pendulum in a single
unit.
• Adjustable length of pendulum.