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[" (A) Find the radius of nucleus of an ...

[" (A) Find the radius of nucleus of an atom having atomic mass number equal to "125.],[" (Take "R_(0)=1.3times10^(-15)m)],[" (B) Find the distance of closest approch when an "alpha" particle is projected towards the nucleus of silve "],[" having speed "v" .(mass of a particle "=m_(a)" atomic number of "Aq=47" ) "]

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(A) Find the radius of nucleus of an atom having atomic mass number equal to 125. ("Take" R_(0)=1.3xx10^(-15) m) (B) Find the distance of closest approach when an alpha particle is projected towards the nucleus of silver atom having speed v . (mass of alpha particle =m_(alpha) , atomic number pf Ag=47 )

(A) Find the radius of nucleus of an atom having atomic mass number equal to 125. ("Take" R_(0)=1.3xx10^(-15) m)

Which of these is true regarding an alpha particle with mass 'm' projected towards the nucleus with velocity 'v ?

A 5 MeV alpha particle is projected towards a stationary nucleus of atomic number 40. Calculate distance of closest approach.

Find the density of ._(6)^(12)C nucleus. Take atomic mass of ._(6)^(12)C as 12.00 am u Take R_(0) =1.2 xx10^(-15) m .

Find the density of ._(6)^(12)C nucleus. Take atomic mass of ._(6)^(12)C as 12.00 am u Take R_(0) =1.2 xx10^(-15) m .

(A) The positively charged nucleus of an atom has a radius of almost 10^(-15) m : (R) : In alpha -particle scattering experiment, the distance of closest approach for a - particles is ~= 10^(-15) m.