profile-img
Dhruv Verma Asked a Question
June 17, 2020 11:39 ampts 30 pts
Please explain this question and give a suitable Answer
  • 2 Answer(s)
  • 0 Likes
  • 10 Comments
  • Shares
  • Chandra dhawan
    put lambda c it's Compton wave length
    • cropped-684985678.jpg
    Likes(1) Reply(0)
  • Chandra dhawan
    dear solve like this.... if you have any doubt regarding this prob u can ask
    • cropped-442965014.jpg
    Likes(1) Reply(2)
    Chandra dhawan
    see attached file it's very helpful for you
  • Dhruv Verma
    Is numerical ko solve kaise kiya hai yeah zra koi bata do
    Likes(1) Reply(3)
    Chandra dhawan
    wait
  • Chandra dhawan
    dear u can find kinetic energy like this.. read carefully.. KE (Max) = (hv- hv') and u also know about v (neu) = c/ lemda. so put this value and solve it...... where hv = enrgy...
    Show more
    Likes(0) Reply(0)
  • Dhairya sharma
    similar case
    • cropped2447501626149476190.jpg
    Likes(1) Reply(0)
  • Dhairya sharma
    examples, that will clearify your doubts.
    • cropped8882446535063145102.jpg
    • cropped7830551783224090522.jpg
    Likes(1) Reply(0)
  • Dhairya sharma
    see attached
    • cropped6896270535361962469.jpg
    • cropped7038361773844810135.jpg
    Likes(1) Reply(0)
  • Chandra dhawan thankyou
    where Φ is scattering angle....
    Likes(1) Reply(0)
  • Chandra dhawan
    dear it's Compton scattering in which.. change the wave length Δlemba = h/mc ( 1-cos Φ)
    Likes(0) Reply(0)
  • Dhairya sharma thankyou
    dear we can solve it by Compton scattering
    Likes(1) Reply(0)