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Science graphics and animations for immediate download (buy academic, publishing, and commercial use licences). Published in Nature, Scientific American, New Scientist, BBC, Playboy, NASA, and more...

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Waves49/250
Wave superposition
Wave superposition1970-01-01T00:00:00+00:00Wave superposition (sum of two waves moving in opposite directions). This animation shows two transverse waves approaching each other from opposite sides of a liquid (blue-green block). The left wave is highlighted by a yellow sine wave, while the righ...PT10Shttps://d3e1m60ptf1oym.cloudfront.net/a882e8b1-5be2-46db-a92d-35f112e4ef65/WAVE-superposition-animation-FHD-Russell-Kightley_xlarge.jpghttps://d3e1m60ptf1oym.cloudfront.net/a882e8b1-5be2-46db-a92d-35f112e4ef65/WAVE-superposition-animation-FHD-Russell-Kightley_mp4_hd_video.mp4https://www.scientific.pictures/-/galleries/waves/-/medias/a882e8b1-5be2-46db-a92d-35f112e4ef65/pricehttps://www.scientific.pictures/-/galleries/waves/-/medias/a882e8b1-5be2-46db-a92d-35f112e4ef65/price
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Harmonics

Animation of harmonics: illustrating how an oscillator (such as a guitar string) can vibrate at different frequencies. The lowest frequency (in red at the bottom) is called the fundamental frequency. Increasingly higher harmonics are seen receding into the distance. The undulating strips are fixed at either end to boxes and so these points are nodes. Non-moving parts of the strips are also called nodes. The parts that move maximally are called antinodes. These oscillations are called standing waves because they do not progress anywhere. They are created inside an oscillator as the waves bounce back and forth, interfering with each other. This is how musical instruments produce pleasantly sounding harmonics.
Deakin, Australian Capital Territory, Australia
Animation ID: WAVE-Harmonics-box-FHD-Russell-Kightley
Duration: 0:02
copyright Russell Kightley
Animation resolution: 1920x1080 pixels @ 30.0 fps, ~86.7 Mbits/s
Animation keywords: amplitude, antinode, crest, frequency, functions, fundamental, harmonic, harmonics, mode, music, nodal, node, notes, oscillate, oscillating, oscillation, phase, physics, propagate, propagated, propagation, pulse, pulses, resonance, sinuoidal, standing, string, strings, transverse, trough, undulate, undulation, vibrating, vibration, wave, waveform, wavelength, waves
Harmonics2020-08-13T01:34:14ZAnimation of harmonics: illustrating how an oscillator (such as a guitar string) can vibrate at different frequencies. The lowest frequency (in red at the bottom) is called the fundamental frequency. Increasingly higher harmonics are seen receding into...PT2Shttps://d3e1m60ptf1oym.cloudfront.net/cbece698-01ec-4121-95e1-337f7785b531/WAVE-Harmonics-box-FHD-Russell-Kightley_xlarge.jpghttps://d3e1m60ptf1oym.cloudfront.net/cbece698-01ec-4121-95e1-337f7785b531/WAVE-Harmonics-box-FHD-Russell-Kightley_mp4_hd_video.mp4https://www.scientific.pictures/-/galleries/waves/-/medias/cbece698-01ec-4121-95e1-337f7785b531/pricehttps://www.scientific.pictures/-/galleries/waves/-/medias/cbece698-01ec-4121-95e1-337f7785b531/price
Tangent Graph UHD 4K
Tangent Graph UHD 4K1970-01-01T00:00:00+00:00Tangent graph: Animation of a tangent graph (y = tan x). These are produced when the tangent value (the sine divided by the cosine) is mapped to the y-axis and the rotation along the x-axis. This animation illustrates the relationship between a circle ...PT32Shttps://d38zjy0x98992m.cloudfront.net/e869bf4d-8cfa-4cd6-8312-33ed3c049b1c/TAN_GRAPH_UHD_265_xlarge.jpghttps://d38zjy0x98992m.cloudfront.net/e869bf4d-8cfa-4cd6-8312-33ed3c049b1c/TAN_GRAPH_UHD_265_mp4_hd_video.mp4https://www.scientific.pictures/-/galleries/waves/-/medias/e869bf4d-8cfa-4cd6-8312-33ed3c049b1c/pricehttps://www.scientific.pictures/-/galleries/waves/-/medias/e869bf4d-8cfa-4cd6-8312-33ed3c049b1c/price
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