6262/9, 6262/26, Idgah Road, Ambala Cantt 133001. India.

Lissajous Curve Science Park Model

Lissajous Curve Science Park Model

How it’s formed: One wave controls the movement along the X-axis, and another wave controls the Y-axis. Depending on their frequency ratio and phase difference, different shapes appear — like ellipses, circles, figure-eights, or complex loops. Equation: xA=sin (at+δ),yB=sin (bt)frac{x}{A} = sin(at + delta), quad frac{y}{B} = sin(bt)Ax =sin(at+δ),By =sin(bt) where A and B are amplitudes, a and b are frequencies, and δ is the phase difference.

SKU: 129f1e1ecc59 Category:
Request a Quote

Science Park Equipment

Lissajous Curve Science Park Model

Lissajous Curve Science Park Model is part of the Science Park Equipment range from Interlabs. It is relevant to buyers sourcing educational products for science education, STEM learning, practical demonstrations and school activity areas.

Product Overview

How it’s formed: One wave controls the movement along the X-axis, and another wave controls the Y-axis. Depending on their frequency ratio and phase difference, different shapes appear — like ellipses, circles, figure-eights, or complex loops. Equation: xA=sin (at+δ),yB=sin (bt)frac{x}{A} = sin(at + delta), quad frac{y}{B} = sin(bt)Ax =sin(at+δ),By =sin(bt) where A and B are amplitudes, a and b are frequencies, and δ is the phase difference.

Product Highlights

Product Name

Lissajous Curve Science Park Model

Category

Science Park Equipment

Supplier

Interlabs

Applications and Learning Uses

This product is listed in the Science Park Equipment category and can be considered for relevant activities in science education, STEM learning, practical demonstrations and school activity areas. Its suitability should be assessed against the intended lesson, demonstration or institutional requirement.

What to Check Before Ordering

  • Review the product description and confirm that it supports your intended learning or practical application.
  • Request the latest dimensions, material details, components and available configurations, where applicable.
  • Confirm current price, stock availability, delivery charges and order quantity with the supplier.
  • For institutional purchases, check suitability for the relevant age group, curriculum or laboratory setup.

Enquire About Lissajous Curve Science Park Model

Contact Interlabs for product information and a quotation for Lissajous Curve Science Park Model. Share your required quantity, intended application and delivery location to help confirm the relevant details.

Frequently Asked Questions

What is Lissajous Curve Science Park Model?

How it’s formed: One wave controls the movement along the X-axis, and another wave controls the Y-axis. Depending on their frequency ratio and phase difference, different shapes appear — like ellipses, circles, figure-eights, or complex loops. Equation: xA=sin (at+δ),yB=sin (bt)frac{x}{A} = sin(at + delta), quad frac{y}{B} = sin(bt)Ax

Which category does this product belong to?

Lissajous Curve Science Park Model is listed under Science Park Equipment.

How can I get product details and pricing?

Contact Interlabs with your requirements to confirm current specifications, available configurations, pricing and delivery details.

Related products

  • Gyroscope Outdoor Educational Park Model
    Science Park Equipment

    Gyroscope Outdoor Educational Park Model

    A gyroscope is a rotating wheel or disc mounted so that it can spin freely in any direction. In a science park model, the wheel is rotated at high speed, and visitors can observe that the spinning gyroscope resists changes in its orientation. It appears to “balance itself” in ways that seem surprising. Based on the principle of conservation of angular momentum. A spinning object tends to keep its axis of rotation stable, resisting tilting or turning. Demonstrates precession – the slow circular movement of the gyroscope axis when an external force is applied.

  • World Time Globe Outdoor Science Park Model
    Science Park Equipment

    World Time Globe Outdoor Science Park Model

    Earth is split up into several time zones. A time zone is a region or area that observes the samestandard time. The world is divided longitudinally into time zones, with an hour difference roughly 15 degrees apart. India standard time has a time offset of UTC/GMT +05:30.

  • Persistence Of Vision Science Park Model
    Science Park Equipment

    Persistence Of Vision Science Park Model

    Human eye retains an image for about 1/16th of a second after it disappears. If pictures change faster than this, they overlap in our brain, creating the illusion of smooth motion. This is the principle behind movies, cartoons, and animations. Learning Outcome Explains how motion pictures and television work. Shows the link between science of vision and entertainment technology. Makes abstract concepts of optics and perception easy to understand.

  • Placeholder
    Science Park Equipment

    Pythagoras Theorem For Mathematics Science Park Outdoor Model

    Statement: In a right-angled triangle,(Hypotenuse)2=(Base)2+(Height)2text{(Hypotenuse)}^2 = text{(Base)}^2 +text{(Height)}^2(Hypotenuse)2=(Base)2+(Height)2Meaning:The hypotenuse is the longest side, opposite the right angle.If you know any two sides, you can calculate the third using this formula.

Scroll to Top