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he image is a schematic of a velocity selector and a mass spectrometer. The electric field is perpendicular to the magnetic field in the velocity selector. The electric field between the plates is 1.2 x 104 V/m, and the magnitude of the magnetic field is 0.20 T. A singly, +e, charged ion, of mass 2.2 x 10-26 kg, is fired into the velocity selector at right angles to both the electric and magnetic fields. The particle passes through the selector undeflected.   a. Calculate the speed of the particle b. Calculate the radius of the path of the particle as it emerges from the velocity selecto

he image is a schematic of a velocity selector and a mass spectrometer. The electric field is perpendicular to the magnetic field in the velocity selector. The electric field between the plates is 1.2 x 104 V/m, and the magnitude of the magnetic field is 0.20 T. A singly, +e, charged ion, of mass 2.2 x 10-26 kg, is fired into the velocity selector at right angles to both the electric and magnetic fields. The particle passes through the selector undeflected.   a. Calculate the speed of the particle b. Calculate the radius of the path of the particle as it emerges from the velocity selecto

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The image is a schematic of a velocity selector and a mass spectrometer. The electric field is perpendicular to the magnetic field in the velocity selector. The electric field between the plates is 1.2 x 104 V/m, and the magnitude of the magnetic field is 0.20 T. A singly, +e, charged ion, of mass 2.2 x 10-26 kg, is fired into the velocity selector at right angles to both the electric and magnetic fields. The particle passes through the selector undeflected.

 

a. Calculate the speed of the particle

b. Calculate the radius of the path of the particle as it emerges from the velocity selector.

(x) (x) XXXXXX X X X X X velocity selector (Xx) (x) (X) X (XX) (x) X) (x) (X) X (X)
Transcribed Image Text:(x) (x) XXXXXX X X X X X velocity selector (Xx) (x) (X) X (XX) (x) X) (x) (X) X (X)
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