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7.You should have found that the as the frequency increases, the wavelength decreases. The same relationship exists with different coloured light waves.

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7.You should have found that the as the frequency increases, the wavelength decreases. The same relationship exists with different coloured light waves.

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6. We can infer that frequency and wavelengths have inversee relationship. So when frequency increases, the wavelength decrease. When wavelength increases, the frequency decreases.

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6. We can infer that frequency and wavelengths have inversee relationship. So when frequency increases, the wavelength decrease. When wavelength increases, the frequency decreases.

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7. The relationship of frequency and energy are DIRECTLY PROPORTIONAL, whilst frequency and wavelength are INVERSELY PROPORTIONAL.

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7. The relationship of frequency and energy are DIRECTLY PROPORTIONAL, whilst frequency and wavelength are INVERSELY PROPORTIONAL.

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5. we observed that the Red light has the longest wavelength and the least energy, while violet light has the shortest wavelength and the most energy.

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5. we observed that the Red light has the longest wavelength and the least energy, while violet light has the shortest wavelength and the most energy.

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6. I can say that each colour has a different wavelength. Red has the longest wavelength, and violet has the shortest wavelength. When all the waves are seen together, they make white light.

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5. I have observed that Red light has the longest wavelength and the least energy, while violet light has the shortest wavelength and the most energy.

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5. I have observed that Red light has the longest wavelength and the least energy, while violet light has the shortest wavelength and the most energy.

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4. Yes, because the frequency is inversely proportional to the wavelength in which when the frequency of the light and the energy increases the wavelengths of the colors from red to violet decreases.

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4. Yes, because the frequency is inversely proportional to the wavelength in which when the frequency of the light and the energy increases the wavelengths of the colors from red to violet decreases.

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3. As we move from red to violet in the visible light spectrum, the wavelength decreases, and the frequency increases.

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4. yes because the Wavelength decreases and energy increases as you move from red to violet light across the spectrum in the following order: red, orange,

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5.It goes higher as the as the wavelength is shorter and as the frequency is higher

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5.It goes higher as the as the wavelength is shorter and as the frequency is higher

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4.Yes, because their wavelengths corresponds to the number of their frequencies

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4.Yes, because their wavelengths corresponds to the number of their frequencies

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3. we observed that the wavelength decreases, and the frequency increases. 

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3. we observed that the wavelength decreases, and the frequency increases. 

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2. The color that has the lowest frequency is Red. It is also the color that has the longest wavelength.

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2. The color that has the lowest frequency is Red. It is also the color that has the longest wavelength.

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3.The relation of wavelength and frequencies is that they are inversely proportional, thus this mean that the longer wavelengths corresponds to low frequency and shorter the wavelength the higher the frequency 

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3.The relation of wavelength and frequencies is that they are inversely proportional, thus this mean that the longer wavelengths corresponds to low frequency and shorter the wavelength the higher the frequency 

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2. The color that have the lowest frequency is red and the longest wavelength is also red

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2. The color that have the lowest frequency is red and the longest wavelength is also red

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1. The color that have a highest frequency is violet while the shortest wavelength is also a violet

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1. The color that have a highest frequency is violet while the shortest wavelength is also a violet

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2.The color that has the lowest frequency is Red, Red also has the longest wavelength 

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2.The color that has the lowest frequency is Red, Red also has the longest wavelength 

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1. The color that has the highest frequency is, Violet! It is also the color that has the shortest wavelength.

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1. The color that has the highest frequency is, Violet! It is also the color that has the shortest wavelength.

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1. The color that has the highest frequency is Violet, Violet also has the shortest wavelength 

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1. The color that has the highest frequency is Violet, Violet also has the shortest wavelength 

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1. The color that has the highest frequency is the color VIOLET. Additionally, it also has the shortest wavelength. 

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1. The color that has the highest frequency is the color VIOLET. Additionally, it also has the shortest wavelength. 

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2. The color that has the lowest frequency and longest wavelength is the color RED.

3. We observed that the relationship of wavelength and frequency is inversely proportional, which means that as the frequency increases, the wavelength decreases.

4. Yes, the frequencies of colors of light increase from red to violet.

5. We observed that the energies increases from red to violet.

6. We infer that the frequencies and wavelengths of each colors of light is inversely proportional.