Question

Consider the two waves shown here representing electromagnetic radiation. In the figure, the wavelength of the
blue wave is 4.5 angstroms, what is the wavelength of the green wave?​

Answer 1

Explanation:

All electromagnetic waves have wavelength and ... One wave—or cycle —per second is called a Hertz (Hz). ... A photon of green light has a frequency, ν of 5.75 x ...

Answer 2

The waveLength of Green wave:

Explanation:

Electromagnic Radiation:

• In physics, nonparticulate radiation consists of waves of the electromagnetic field, propagating through space, carrying electromagnetic energy. It includes the radio waves, and the microwaves, also the infrared, light, with the  ultraviolet, X-rays, and gamma rays. All of the above written  waves form the  part of the spectrum.
• Wavelength: the gap within the line of advance of a wave from anybody point to the following point of corresponding phase. a selected course or line of thought especially as associated with mutual affection two people on different wavelengths.
• The wavelength of green light from a traffic light is about 520nm.
• The wavelength of green light is 5150 angstroms. The wavelength of blue light is 4700 angstroms. The wavelength of indigo light is 4400 angstroms. The wavelength of violet light is 4100 angstrom