Academic Integrity: tutoring, explanations, and feedback — we don’t complete graded work or submit on a student’s behalf.

Could someone help me with these relationships?? a. How does the incident freque

ID: 2116752 • Letter: C

Question

Could someone help me with these relationships??


a. How does the incident frequency compare to the reflected frequency? How do you know?


b. How does the incident wavelength compare to the reflected wavelength? How do you know?


c. How does the incident wavespeed compare to the reflected wavespeed? How do you know?


d. How does the incident frequency compare to the refracted frequency? How do you know?


e. How does the incident wavelength compare to the refracted wavelength? How do you know?


f. How does the incident wavespeed compare to the refracted wavespeed? How do you know?

Explanation / Answer

a) same

b) same

c) same

d) same

e) depends on which medium is denser

f) same as e