1.The color of white light ranges from ___, 430 trillion hertz, to ___, 750 trillion hertz.
2.The more energy in a wave, the ___ its frequency. The lower the frequency is,the ___ energy in the wave.
3. ___ has the highest energy color while ___ has the lowest energy.
4.The shortest wavelenght is ___, and the longest wavelenght is ___.
5.The ___ energy of the wave, the fastet its moves from one medium to another.On the other hand, the ___ energy of the wave, the slower it travels from one medium to another.
Answers
Answer:
1. 430 trillion Hertz (which is red) to 750 trillion Hertz (which is violet).
2.A higher-frequency wave has more energy than a lower-frequency wave with the same amplitude.
3.violet is the highest energy colour while red has the lowest energy
4 shortest wavelength is violet and the longest wavelength is red
Explanation:
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The answer to the given blanks are as follows:
1. The color of white light ranges from red, 430 trillion hertz, to violet, 750 trillion hertz.
- It is the frequency range of white light or visible height in which violet light has the highest frequency and red light has the lowest frequency.
2. The more energy in a wave, the higher its frequency. The lower the frequency is the lower energy in the wave.
- The energy of the light wave is the function of its frequency. This is because waves carry energy.
3. Violet has the highest energy color while red light has the lowest energy.
- The violet color has the highest energy and highest frequency with 3.10 eV and the red color has the lowest energy with the lowest frequency of 1.91 eV.
4. The shortest wavelength is violet light and the longest wavelength is red light.
- Violet light has the shortest wavelength 380 nanometer and red light has the longest wavelength of 700 nanometers.
5. The higher is the energy of the wave, the fastest its moves from one medium to another. On the other hand, the lower is the energy of the wave, the slower it travels from one medium to another.