Understanding Wavelength, Frequency, and Velocity - AP Physics B
Card 0 of 2
In the electromagnetic spectrum, __________ have the highest frequency and __________ have the greatest energy per photon.
In the electromagnetic spectrum, __________ have the highest frequency and __________ have the greatest energy per photon.
The relationship between frequency and energy is determined by Planck's constant in a direct relationship. This means that as frequency increases, energy increases as well.
The electromagnetic waves with the highest frequency will have the greatest energy per photon, and vice versa.
In the electromagnetic spectrum, radio waves have the lowest frequency (largest wavelength) and gamma rays have the highest frequency (shortest wavelength). Gamma rays will thus have the highest frequency and greatest energy.
The relationship between frequency and energy is determined by Planck's constant in a direct relationship. This means that as frequency increases, energy increases as well.
The electromagnetic waves with the highest frequency will have the greatest energy per photon, and vice versa.
In the electromagnetic spectrum, radio waves have the lowest frequency (largest wavelength) and gamma rays have the highest frequency (shortest wavelength). Gamma rays will thus have the highest frequency and greatest energy.
Compare your answer with the correct one above
In the electromagnetic spectrum, __________ have the highest frequency and __________ have the greatest energy per photon.
In the electromagnetic spectrum, __________ have the highest frequency and __________ have the greatest energy per photon.
The relationship between frequency and energy is determined by Planck's constant in a direct relationship. This means that as frequency increases, energy increases as well.
The electromagnetic waves with the highest frequency will have the greatest energy per photon, and vice versa.
In the electromagnetic spectrum, radio waves have the lowest frequency (largest wavelength) and gamma rays have the highest frequency (shortest wavelength). Gamma rays will thus have the highest frequency and greatest energy.
The relationship between frequency and energy is determined by Planck's constant in a direct relationship. This means that as frequency increases, energy increases as well.
The electromagnetic waves with the highest frequency will have the greatest energy per photon, and vice versa.
In the electromagnetic spectrum, radio waves have the lowest frequency (largest wavelength) and gamma rays have the highest frequency (shortest wavelength). Gamma rays will thus have the highest frequency and greatest energy.
Compare your answer with the correct one above