9. The table shows the number of wavelengths and frequencies of some visible lights
Are wavelength and frequency of visible light inversely proportional to each other?
A. No, because the longer the wavelength the longer its frequency
B. No, because the wavelength and frequency of visible light are not equal
C. Yes, because the lower the frequency of visible light the longer its wavelength
D. Yes, because the higher the frequency of visible
Answers & Comments
Answer:
A
Explanation:
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9. The table shows the number of wavelengths and frequencies of some visible lights
9. The table shows the number of wavelengths and frequencies of some visible lightsAre wavelength and frequency of visible light inversely proportional to each other?
9. The table shows the number of wavelengths and frequencies of some visible lightsAre wavelength and frequency of visible light inversely proportional to each other?A. No, because the longer the wavelength the longer its frequency
9. The table shows the number of wavelengths and frequencies of some visible lightsAre wavelength and frequency of visible light inversely proportional to each other?A. No, because the longer the wavelength the longer its frequencyB. No, because the wavelength and frequency of visible light are not equal
C. Yes, because the lower the frequency of visible light the longer its wavelength
C. Yes, because the lower the frequency of visible light the longer its wavelengthD. Yes, because the higher the frequency of visible
ANSWER~
C. Yes, because the lower the frequency of visible light the longer its wavelength
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