Rutherfords scattering MV² = Pf particle y 6 D nudens →→ Scattering angle = 90°- £ P D= distance of closest approach = 411/²0 MV ² b= impact parameter = 1/cot & distance of x-particle to nuclens += S b + D (Cos4-1) Solve when (r. 4= 11-0) you get (b= 1 cot £) explain this phenomenon
Rutherfords scattering MV² = Pf particle y 6 D nudens →→ Scattering angle = 90°- £ P D= distance of closest approach = 411/²0 MV ² b= impact parameter = 1/cot & distance of x-particle to nuclens += S b + D (Cos4-1) Solve when (r. 4= 11-0) you get (b= 1 cot £) explain this phenomenon
Related questions
Question

Transcribed Image Text:Rutherfords scattering
mV₂ = Pf
글
particle
y
10
4
D
r
nudeus.
scattering angle
p=90²-1/2
D= distance of closest approach = 477²0 MV²
b= impact parameter = Cot &
r=distance of x-particle to nuclens
++ (Coup-1)
X
Solve when (+3.4=11-0)
you get (b= £cot £)
explain this phenomenon
Expert Solution

This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 3 steps with 3 images
