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So using the standard equation: E = hf, we can find the relationship between light intensity and wavelength as follows: c = lambda x f Therefore, f = c/lambda substitute this in the standard equation to get: E = (h c)/lambda Where h = planks constant, and c = speed of light.
Best Answer: Wavelength and energy are inversely related; as the wavelength of a photon INCREASES, its energy DECREASES. Color is a psychological response to the frequency of light. Light doesn't have an inherent color; it's all in how our brain interprets the light we see. Nevertheless, you could say that the shorter the wavelength of visible light, the more VIOLET it appears to be, and the longer the wavelength, the more RED it appears.