Photons are scattered through a thin aluminum foil. Find the change in wavelength of the photons, in pm, if they are detected at an angle o = 79.3° from their original direction.
Photons are scattered through a thin aluminum foil. Find the change in wavelength of the photons, in pm, if they are detected at an angle o = 79.3° from their original direction.
Related questions
Question
Question in the Attachments
There are two parts.
Transcribed Image Text:Photons are scattered through a thin aluminum foil. Find the change in wavelength of the photons, in pm, if they are detected at an angle p = 79.3° from their
original direction.
Transcribed Image Text:Suppose. as in the last problem, photons are scattered through a thin aluminum foil. A detector starts at 0° and is slowly moved around in a circle around the
target foil, at e = 4.36 degrees per second. Find dlAA), the rate at which the change in wavelength is changing, in pm/s, at the moment the detector is at angle o
dt
dt
= 24.30. The sign will indicate if it is increasing or decreasing.
HINT:
must be changed to radians/second- why?
dt
Expert Solution
Step 1
We’ll answer the first question since the exact one wasn’t specified. Please submit a new question specifying the one you’d like answered.
The change in wavelength is given by the formula,
is the angle of scattering=
Thus,
Step by step
Solved in 2 steps
