What does increasing the frequency of light correspond to in terms of energy?

What does increasing the frequency of light correspond to in terms of energy?

• A. Decreased energy
• B. Constant energy
• C. Increased energy
• D. No correlation

Answer: (C)

Increasing the frequency of light corresponds to increased energy because of the relationship between frequency and energy described by Planck's equation: \(E = hf\), where \(E\) represents energy, \(h\) is Planck's constant, and \(f\) is the frequency of the light wave. According to this equation, as the frequency \(f\) increases, the energy \(E\) also increases proportionally. This relationship illustrates that higher frequency light, such as ultraviolet light, has more energy than lower frequency light, such as infrared light. Thus, the correct understanding of the relationship between light frequency and energy concludes that an increase in frequency results in an increase in energy. This principle is fundamental in fields such as quantum mechanics and optics, where understanding the nature of electromagnetic radiation and its interaction with matter is crucial.

Increasing the frequency of light corresponds to increased energy because of the relationship between frequency and energy described by Planck's equation: (E = hf), where (E) represents energy, (h) is Planck's constant, and (f) is the frequency of the light wave. According to this equation, as the frequency (f) increases, the energy (E) also increases proportionally.

This relationship illustrates that higher frequency light, such as ultraviolet light, has more energy than lower frequency light, such as infrared light. Thus, the correct understanding of the relationship between light frequency and energy concludes that an increase in frequency results in an increase in energy. This principle is fundamental in fields such as quantum mechanics and optics, where understanding the nature of electromagnetic radiation and its interaction with matter is crucial.