Light of a single colour (single wavelength and frequency) is emitted from a spaceship that is stationary relative to the Earth. If the spaceship were to blast off, racing away from Earth at high speed, the light emitted from the spaceship would be observed on the Earth as now havinga.a higher frequency and longer wavelengthb.the same frequency and wavelengthc.a higher frequency and shorter wavelengthd.a lower frequency and shorter wavelengthe.a lower frequency and longer wavelength

The shorter the wavelength of light, the higher its frequency.

When we look at the color of light, which one is the correct answer?a. red: medium wavelengthb. yellow: long wavelengthc. green: non-visible wavelengthd. blue: short wavelengthe. purple: between long and medium wavelength

Determine which of the following statements about the wavelength of light are true.Shorter wavelength light waves are brighterViolet light has a shorter wavelength than red lightWhite light has one specific wavelengthThe separated colours will always be found in the same orderI'm not sure

Which of the following describes the relationship between the wavelength of light and itsperceived color according to the information provided?A) Longer wavelengths are perceived as blue.B) Medium wavelengths are perceived as green.C) Shorter wavelengths correspond to the color red.D) All wavelengths are perceived as white light.

Red light has a ......... wavelength than violet light. Longer Shorter  Equal