The energy and wavelengths for several colors of light are given in the table below. Graph energy vs, wavelength, energy vs the inverse of the wavelength and the logarithm of the energy vs the logarithm of the wavelength. a. Give an equation that relates the energy to the wavelength. Explain how you arrived at your equation. b. The very approximate energies of carbon - carbon single bonds and carbon - hydrogen bonds are 347 and 413kJ/mol respectively. Is light in the visible range energetic enough to break these bonds? Explain your answer. The energy and wavelengths for several colors of light are given in the table below. Graph energy vs, wavelength, energy vs the inverse of the wavelength and the logarithm of the energy vs the logarithm of the wavelength. a. Give an equation that relates the energy to the wavelength. Explain how you arrived at your equation. b. The very approximate energies of carbon - carbon single bonds and carbon - hydrogen bonds are 347 and 413kJ/mol respectively. Is light in the visible range energetic enough to break these bonds? Explain your