Electromagnetic radiation can be specified by its wavelength ($\lambda$), its frequency ($\nu$) or its period (). The period is the time it takes one complete wavelength to pass a point in space. Based on this information, what is the mathematical relationship between $\nu$ and ?
A) ($\nu$ = 1/)
B) ($\nu$= )
C) ( = $\nu$/c)
D) (c = *$\nu$)
E) ( = c/$\nu$)

Question

Electromagnetic radiation can be specified by its wavelength ($\lambda$), its frequency ($\nu$) or its period (). The period is the time it takes one complete wavelength to pass a point in space. Based on this information, what is the mathematical relationship between $\nu$ and ?
A) ($\nu$ = 1/) 
B) ($\nu$= ) 
C) ( = $\nu$/c) 
D) (c = *$\nu$) 
E) ( = c/$\nu$)

Quizplus · Accepted Answer

The Answer of Electromagnetic radiation can be specified by its wavelength ($\lambda$), its frequency ($\nu$) or its period (). The period is the time it takes one complete wavelength to pass a point in space. Based on this information, what is the mathematical relationship between $\nu$ and ?
A) ($\nu$ = 1/) 
B) ($\nu$= ) 
C) ( = $\nu$/c) 
D) (c = *$\nu$) 
E) ( = c/$\nu$)

Electromagnetic Radiation Can Be Specified by Its Wavelength λ\lambdaλ ), Its Frequency

Electromagnetic Radiation Can Be Specified by Its Wavelength $\lambda$ ), Its Frequency