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Harmonic Motion

Harmonic Motion

Product Details:

  • Measurement Range Amplitude A Time period T Frequency
  • Accuracy Precise measurements within sinusoidal motion equations
  • Core Components Spring Mass
  • Feature Illustration of harmonic motion principles
  • Model No HM-001
  • Automation Grade Manual
  • Frequency Depends on spring constant and mass ( = sqrt(k/m))
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Harmonic Motion Product Specifications

  • Illustration of harmonic motion principles
  • Harmonic Oscillator
  • HM-001
  • Graphical representation
  • Manual
  • Depends on spring constant and mass ( = sqrt(k/m))
  • Spring steel Mass block
  • Spring Mass
  • Precise measurements within sinusoidal motion equations
  • Educational purposes physics demonstrations
  • Amplitude A Time period T Frequency
  • Depends on the mass of the object in motion

Product Description



The Harmonic Motion HM-001 is a manual Harmonic Oscillator designed for educational physics demonstrations. It features precise measurements within sinusoidal motion equations, showcasing principles of harmonic motion through graphical representation. With core components like a spring and mass block made of spring steel, this equipment can measure amplitude, time period, and frequency () depending on the spring constant and mass ( = sqrt(k/m)). Ideal for understanding harmonic motion concepts, the device offers accurate results and versatile usage.

FAQs of Harmonic Motion:


Q: What is the core components of the Harmonic Motion HM-001?

A: The core components include a spring and a mass block made of spring steel.

Q: What type of measurements can be taken with this device?

A: The device can measure amplitude, time period, and frequency () based on the spring constant and mass.

Q: What is the accuracy level of the Harmonic Motion HM-001?

A: The device offers precise measurements within sinusoidal motion equations.

Q: What is the intended usage of this product?

A: The Harmonic Motion HM-001 is designed for educational purposes and physics demonstrations.

Q: What factors determine the frequency of the device?

A: The frequency of the device depends on the spring constant and the mass of the object in motion.

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SINGHLA SCIENTIFIC INDUSTRIES
GST : 06ACOPS0805K1ZD
No-5309/27, Punjabi Mohalla, Ambala Cantt - 133001, Haryana, India
Phone :07971191038
Mr Devender Singhla (Chief Executive)
Mobile :07971191038