Question
Which of the waves possesses greater energy, and what is the reasoning behind it?
(1 point)
Responses
The increased amplitude of the blue wave is the reason behind its higher energy.
The increased amplitude of the blue wave is the reason behind its higher energy.
The heightened frequency of the red wave accounts for its increased energy.
The heightened frequency of the red wave accounts for its increased energy.
The blue wave harbors greater energy due to its extended wavelength.
The blue wave harbors greater energy due to its extended wavelength.
The heightened stature of the red wave results in it harboring more energy.
(1 point)
Responses
The increased amplitude of the blue wave is the reason behind its higher energy.
The increased amplitude of the blue wave is the reason behind its higher energy.
The heightened frequency of the red wave accounts for its increased energy.
The heightened frequency of the red wave accounts for its increased energy.
The blue wave harbors greater energy due to its extended wavelength.
The blue wave harbors greater energy due to its extended wavelength.
The heightened stature of the red wave results in it harboring more energy.
Answers
GPT-4o mini
The correct response is:
**The heightened frequency of the red wave accounts for its increased energy.**
The reasoning behind this is that the energy of a wave is directly proportional to its frequency. Higher frequency waves have higher energy, while wavelength and amplitude also affect energy, but frequency is the key factor here for electromagnetic waves.
**The heightened frequency of the red wave accounts for its increased energy.**
The reasoning behind this is that the energy of a wave is directly proportional to its frequency. Higher frequency waves have higher energy, while wavelength and amplitude also affect energy, but frequency is the key factor here for electromagnetic waves.