- #1
question dude
- 80
- 0
My textbook didn't include answers to these questions at the back.
Question 1:
my answer:
Question 2:
my answer:
part A and B of the question are shown by wavefronts A and B in the picture below,
Question 3:
my answer:
and just out of curiousity, if the direction of the refracted wave were closer to the direction of the incident waves than the boundary normal, would the gap between the wavefronts be bigger?
Question 4:
my answers:
a) reduced diffraction
b) increased diffraction
c) increased diffraction
d) I'm not sure here. Doesn't this depend on exactly how much the gap is widened by and how long the wavelengths have been increased to?
Question 1:
my answer:
Question 2:
my answer:
part A and B of the question are shown by wavefronts A and B in the picture below,
Question 3:
my answer:
and just out of curiousity, if the direction of the refracted wave were closer to the direction of the incident waves than the boundary normal, would the gap between the wavefronts be bigger?
Question 4:
my answers:
a) reduced diffraction
b) increased diffraction
c) increased diffraction
d) I'm not sure here. Doesn't this depend on exactly how much the gap is widened by and how long the wavelengths have been increased to?