A beam of positively charged particles go through a velocity selector

1.	A beam of positively charged particles go through a velocity selector (OR) where an electric field of 6 x 105 volt/metre and a magnetic inductionof 2 x 10-2 weber/m2 are applied perpendicular to each other. Thenthe particles go through another magnetic induction of 1.25 weber/m2applied perpendicular to the path. If the diameter of the path taken is one metre, calculate the specific charge of the particles
Answer» : a CHARGE against specific identifiable property that is essentially the same in EFFECT as a mortgage. 2 : the ratio of the electric charge on a PARTICLE to its mass

A beam of positively charged particles go through a velocity selector (OR) where an electric field of 6 x 105 volt/metre and a magnetic inductionof 2 x 10-2 weber/m2 are applied perpendicular to each other. Thenthe particles go through another magnetic induction of 1.25 weber/m2applied perpendicular to the path. If the diameter of the path taken is one metre, calculate the specific charge of the particles

Answer»

: a CHARGE against specific identifiable property that is essentially the same in EFFECT as a mortgage. 2 : the ratio of the electric charge on a PARTICLE to its mass

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