Each electromagnetic wave in the electromagnetic spectrum can be described using its fundamental properties. How does each property affect each other?

a. The longer is the wavelength of the wave, the higher would be its frequency and the greater would be the energy of the photons of the wave,

b. The longer is the wavelength of the wave, the lower would be its frequency and the greater would be the energy of the photons of the wave.

c. The shorter is the wavelength of the wave, the higher would be its frequency and the greater would be the energy of the photons of the wave,

d. The shorter is the wavelength of the wave, the lower would be its frequency and the greater would be the energy of the photons of the wave.​