An alpha - particle accelerated through V volts fired towards a nucleus.Its distance of closest approach is r .If a proton is accelerated through the same potential and fired towards the same nucleus,the distance of closest approach of proton will be

An alpha-particle accelerated through V volt is fired towards a nucleus . Its distance of closest approach is . r If a protons is accelerated through the same potential and fired towards the same nucleus , the distance of closest approach of proton will be .

An alpha -particle accelerated through V volt is fired towards a nucleus . Its distance of closest approach is r . If a proton accelerated through the same potential is fired towards the same nucleus , the distance of closest approach of the proton will be :

An alpha - particle accelerated through V volt is fired towards a nucleus. It distance of closest approach is r. If a proton accelerated through the same potential is fired towards the same nucleus, the distance of closest approach of the proton will be :

An alpha-particle accelerated through V volt is fired towards a nucleus . Lts distance of closest approach is r.lf a proton accelerated through the same potential is fired towards the same nucleus, then distance of closest approach of proton will be

An alpha -particle accelerated through V volt is fired towards a nucleus . Its distance of closest approach is r. If a proton acceleration throught the same potential is fired towards the same nucleus, the distance of closest approach of proton will be xr. Find value of x.

Write the expression for distance of closest approach for a alpha -particle.

An electron and proton are accelerated through same potential, then lamda_e // lamda_p will be

What is the distance of closest approach when a 5.0 MeV proton approaches a gold nucleus?

Find the distance of closest approach when a 6 MeV proton approaches a gold nucleus.