Simple Pendulum – Depend on Time Period
Product Specification Sheet
Simple Pendulum – Depend on Time Period
Model Number: MT-1278
The Simple Pendulum – Depend on Time Period from Micro Technologies is a comparative physics laboratory apparatus designed to demonstrate the relationship between pendulum length and time period of oscillation. The MT-1278 incorporates multiple pendulums of different effective lengths mounted on a common supporting frame, allowing their oscillatory behaviour to be conveniently observed and compared.
Product Specification
The Simple Pendulum – Depend on Time Period from Micro Technologies is designed for practical investigations of one of the fundamental relationships in oscillatory mechanics: the dependence of the time period of a simple pendulum on its effective length.
The MT-1278 features multiple pendulums suspended from different heights on a common supporting structure. This arrangement provides pendulums of different effective lengths, enabling their oscillations to be observed under comparable experimental conditions.
When the pendulum bobs are displaced through suitable small angles and released, each pendulum oscillates about its equilibrium position. Because their effective lengths are different, their respective time periods are also different.
The apparatus provides a particularly clear demonstration that a longer simple pendulum generally has a greater time period, while a shorter pendulum completes its oscillations more quickly under otherwise comparable conditions.
The experimental arrangement allows the time taken for a selected number of complete oscillations to be measured for each pendulum. Dividing this measured time by the number of oscillations provides the average time period for that pendulum.
The results obtained at different lengths can then be compared to investigate the mathematical relationship between pendulum length and time period. For small oscillations, the standard simple-pendulum model predicts that the time period is proportional to the square root of the effective pendulum length.
This multi-pendulum configuration provides an advantage over a single adjustable pendulum when the objective is a quick visual comparison. Different pendulum lengths are available simultaneously, making changes in oscillation rate easier to observe.
The apparatus is also useful for introducing periodic motion and simple harmonic motion. For sufficiently small angular displacements, simple-pendulum motion provides an important approximate example of SHM.
For quantitative experiments, the effective length should be considered according to the applicable laboratory procedure, and timing over several oscillations is recommended to reduce the effect of reaction-time errors.
The stable frame keeps the individual suspension points arranged at defined positions while the base provides support during demonstrations. The open construction allows the movement of all pendulum bobs to remain clearly visible.
The MT-1278 can complement simple pendulum, compound pendulum and bifilar pendulum apparatus for broader laboratory investigations involving oscillation, periodic motion and time-period relationships.
Manufactured and supplied by Micro Technologies, the Simple Pendulum – Depend on Time Period apparatus is suitable for physics laboratories, mechanics laboratories, experimental facilities and other scientific applications involving pendulum and oscillation studies.
Features
- Multiple simple pendulum arrangement
- Pendulums of different effective lengths
- Common supporting frame
- Multiple suspension heights
- Individual pendulum bobs
- Suitable for comparative oscillation experiments
- Demonstrates length and time-period relationship
- Supports time-period measurements
- Useful for periodic motion studies
- Suitable for simple harmonic motion demonstrations
- Clearly visible pendulum movement
- Stable supporting base
- Mechanical laboratory configuration
- No electrical power required
- Suitable for repeated laboratory experiments
Benefits
- Clearly demonstrates the effect of pendulum length on time period
- Allows simultaneous comparison of different pendulums
- Helps explain why longer pendulums oscillate more slowly
- Supports quantitative time-period measurements
- Useful for verifying theoretical pendulum relationships
- Provides practical understanding of periodic motion
- Supports introductory simple harmonic motion studies
- Multiple pendulums reduce repeated setup changes
- Open frame provides clear observation of oscillations
- Suitable for repeated physics laboratory demonstrations
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Simple Pendulum – Depend on Time Period |
| Model No. | MT-1278 |
| Product Type | Oscillation Demonstration Apparatus |
| Pendulum Type | Multiple Simple Pendulums |
| Pendulum Lengths | Different Effective Lengths |
| Suspension | Multiple Fixed Positions |
| Oscillating Elements | Pendulum Bobs |
| Motion | Periodic Oscillation |
| Primary Study | Dependence of Time Period on Length |
| Measurement | Oscillation Time / Time Period |
| Related Study | Simple Harmonic Motion |
| Supporting Arrangement | Rigid Laboratory Frame |
| Operation | Mechanical |
| Power Requirement | Not Required |
| Use | Physics / Mechanics Laboratory |
Available Model
| Model No. | Product |
|---|---|
| MT-1278 | Simple Pendulum – Depend on Time Period |
Applications
- Pendulum time-period experiments
- Pendulum length comparison
- Length and period relationship studies
- Simple pendulum experiments
- Comparative oscillation studies
- Periodic motion investigations
- Time-period measurements
- Simple harmonic motion demonstrations
- Oscillation frequency comparison
- Classical mechanics experiments
- Physics laboratory practicals
- Mechanics laboratory experiments
- Experimental oscillation studies
Available Variants
Simple Pendulum Time Period Apparatus, Multiple Simple Pendulum, Multiple Pendulum Apparatus, Pendulum Length Experiment Apparatus, Comparative Pendulum Apparatus, Time Period Pendulum, Simple Harmonic Motion Pendulum Apparatus, Physics Pendulum Demonstrator
SKU System
MT-SPTP-1278
FAQs
What is the Simple Pendulum – Depend on Time Period apparatus used for?
The apparatus is used to demonstrate and investigate the relationship between the effective length of a simple pendulum and its time period of oscillation.
What is the Micro Technologies model number?
The Micro Technologies model number is MT-1278.
Why are pendulums of different lengths provided?
Different lengths allow their oscillation periods to be compared directly, demonstrating how pendulum length influences time period.
How does pendulum length affect the time period?
For small oscillations under standard simple-pendulum assumptions, the time period is proportional to the square root of the effective pendulum length. Therefore, increasing the length increases the time period.
Which pendulum oscillates faster, shorter or longer?
Under comparable conditions, the shorter pendulum has a smaller time period and therefore completes oscillations more quickly than a longer pendulum.
Can the time period be measured experimentally?
Yes. The time for several complete oscillations can be recorded and divided by the number of oscillations to determine the average time period.
Can this apparatus demonstrate simple harmonic motion?
Yes. For sufficiently small angular displacements, simple-pendulum motion approximately follows simple harmonic motion.
Why should small angular displacements be used?
Small displacements help the motion more closely satisfy the assumptions used in the standard mathematical relationship for a simple pendulum.
Does the apparatus require electricity?
No. The MT-1278 is a completely mechanical laboratory apparatus and does not require electrical power for normal experiments.
Where can this apparatus be used?
It is suitable for physics laboratories, mechanics laboratories and experimental facilities conducting pendulum, oscillation and periodic-motion investigations.
Why Choose Our Products
- Manufactured and supplied by Micro Technologies
- Multiple pendulums in one experimental setup
- Different effective lengths for direct comparison
- Suitable for time-period investigations
- Useful for oscillation and periodic-motion studies
- Stable and reusable laboratory construction
- No electrical power required
- Suitable for institutional and bulk procurement
- OEM supply requirements supported
Call to Action
Choose the Simple Pendulum – Depend on Time Period – MT-1278 from Micro Technologies for practical comparison of pendulum length, oscillation and time period. Contact us for competitive pricing, institutional procurement, physics laboratory equipment supply, bulk requirements, OEM orders and customized quotations.
