Let's make a comparison of sound and light. Just like sound, light has a "pitch" that is determined by the length of the wave. Thinking in sound terms, would red colors be low notes or high notes? Why?

Question

Biology

Bradshaw

27 July, 09:00

Let's make a comparison of sound and light. Just like sound, light has a "pitch" that is determined by the length of the wave. Thinking in sound terms, would red colors be low notes or high notes? Why?

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Answers (1)

Know the Answer?

Silky · Answer 1

high

Explanation:

The resonant color of light that is 40 octaves above an F#4 at standard pitch A4=440 has a frequency of 406.81 THz. This color (drak red) has a wavelength of 736.93 nm. The frequency of an F#4 at standard pitch A4=440 is 369.99 Hz. At a temperature of 72°F (22.22°C), the speed of sound is 345.31 m/sec (1132.91 ft/sec). Under these conditions, an F#4 at standard pitch A4=440 has a wavelength of 93.33 cm (36.74 inches).

You can figure more out by using this equation

wavelength = speedOfLight / frequency