12. The higher the frequency, the (higher / lower) the energy This is an example of a/an (inverse/direct) relationship. 13. The higher the wavelength, the (higher / lower) the energy This is an example of a/an (inverse/direct) relationship. 14. Which color has the most energy? 15. Which color has the least energy? 16. On the EM Spectrum, which type of wave has the most energy? 17. On the EM Spectrum, which type of wave has the least energy?

Question

12. The higher the frequency, the (higher / lower) the energy This is an example of a/an (inverse/direct) relationship. 13. The higher the wavelength, the (higher / lower) the energy This is an example of a/an (inverse/direct) relationship. 14. Which color has the most energy? 15. Which color has the least energy? 16. On the EM Spectrum, which type of wave has the most energy? 17. On the EM Spectrum, which type of wave has the least energy?

Answer 1

12. Direct; the higher the frequency, the higher the energy.13. Inverse; the higher the wavelength, the lower the energy.14. Violet.15. Red.16. Gamma rays.17. Radio waves.

Answer 2

12. According to the relationship between frequency and energy in physics, the energy of a wave is directly proportional to its frequency. Hence, higher frequency corresponds to higher energy. This is a direct relationship.13. The relationship between wavelength and energy is inverse in nature. A wave with a higher wavelength has lower energy.14. In the visible spectrum, violet light has the highest energy because it has the shortest wavelength.15. In the visible spectrum, red light has the least energy because it has the longest wavelength.16. On the electromagnetic spectrum, gamma rays have the most energy due to their extremely high frequency.17. Radio waves have the least energy on the electromagnetic spectrum since they have the lowest frequency.

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