2.1×10^7 m/s is scattered by a gold (Z=79) nuclei. Find out specific charge (charge/mass) of this particle if this distance of closest approach is 2.5×10^−14 m?

Sahay Sir > Question Answers > 2.1×10^7 m/s is scattered by a gold (Z=79) nuclei. Find out specific charge (charge/mass) of this particle if this distance of closest approach is 2.5×10^−14 m?
A beam of specific kind of particles of velocity, 2.1×10^7 m/s is scattered by a gold (Z=79) nuclei. Find out specific charge (charge/mass) of this particle if this distance of closest approach is 2.5×10^−14 m?
10
Nov
A beam of specific kind of particles of velocity, 2.1×10^7 m/s is scattered by a gold (Z=79) nuclei. Find out specific charge (charge/mass) of this particle if this distance of closest approach is 2.5×10^−14 m? 2.1×10^7 m/s is scattered by a gold (Z=79) nuclei. Find out specific charge (charge/mass) of this particle if this distance [...]
Posted in: Chapter 2 - Atomic Structure (Level 1 and Level 2) , N Awasthi Physical Chemistry ,
Tags: 2.1×10^7 m/s is scattered by a gold (Z=79) nuclei. Find out specific charge (charge/mass) of this particle if this distance of closest approach is 2.5×10^−14 m? , A beam of specific kind of particles of velocity ,