p and He inside the field to complete one revolution are t e
Three particles, an electron (e), a proton (p) and a helium atom (He) are moving in circular paths with constant speeds in the x−y plane in a region where a uniform magnetic field B exists along z-axis. The times taken by e,p and He inside the field to complete one revolution are t e ,t p and t He respectively. Then :
13
Oct
Three particles, an electron (e), a proton (p) and a helium atom (He) are moving in circular paths with constant speeds in the x−y plane in a region where a uniform magnetic field B exists along z-axis. The times taken by e,p and He inside the field to complete one revolution are t e [...]
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a proton (p) and a helium atom (He) are moving in circular paths with constant speeds in the x−y plane in a region where a uniform magnetic field B exists along z-axis. The times taken by e ,
an electron (e) ,
p and He inside the field to complete one revolution are t e ,
t p and t He respectively. Then : ,
Three particles ,