John Tyndall produced Lissajous curves by attaching a small mirror to a tuning fork, and shining a bright light on the mirror. This produced a vertically oscillating bright dot. He then applied a …

Lissajous figure, also called Bowditch Curve, pattern produced by the intersection of two sinusoidal curves the axes of which are at right angles to each other. First studied by the …

Dec 22, 2025 · They were studied in more detail (independently) by Jules-Antoine Lissajous in 1857 (MacTutor Archive). Lissajous curves have applications in physics, astronomy, and other …

The Lissajous curves of parameter n (ratio between the frequencies of the two sinusoidal movements) are the projections on the planes passing by the axis of the cylindric sine waves …

May 17, 2025 · Discover the history, key properties, and applications of Lissajous curves in trigonometry, from basic definitions to advanced patterns.

The meaning of LISSAJOUS FIGURE is any of an infinite variety of curves formed by combining two mutually perpendicular simple harmonic motions, commonly exhibited by the oscilloscope, …

An interactive demonstration of Lissajous curves. A Lissajous curve, named after Jules Antoine Lissajous is a graph of the following two parametric equations: A and B represent amplitudes …

Lissajous figures are built from parametric equations. They can be seen on oscilloscopes when 2 signals are mixed. See the beauty of math in curves.

Lissajous curves are created by two simple harmonic motions — combinations of sine functions and/or cosine functions. Lissajous curve of two cosines with n = 5, k = 7. The curves are …

Two oscillations are used to produce a graph called a Lissajous curve (pronounced Liss-uh-joo). One oscillation determins the x coordinate and the other oscillation determines the y coordinate.