Question

1) which of the following relationships is true? a) higher-energy light has a higher frequency than lower-energy light does b) higher-energy light has a longer wavelength than lower energy light does c) higher-energy light travels at a faster speed than lower-energy light does. d) higher-frequency light travels at a slower speed than lower-energy light does.

Answer 1

Wavelength and frequency are related to energy in the same way that they are to light. Shorter wavelengths and higher frequencies are associated with more energy.

Therefore, lower energy is produced by longer wavelengths and lower frequencies.

Does light with higher energy have a longer wavelength than light with lower energy?

Energy decreases with increasing wavelength length and vice versa. Visible light is more energetic than infrared radiation or radio waves and less energetic than, for example, ultraviolet light or X-rays.

Does increased frequency result in increased energy?

The amount of energy they carry is dependent on both their frequency and amplitude. The amount of energy increases with frequency and amplitude, respectively.

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