Two types of singly ionized atoms have the same charge q, but whose masses differ by...

 

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Two types of singly ionized atoms have the same charge q, but whose masses differ by only a small amount Am, are introduced into a mass spectrometer (a uniform magnetic field, see figure below). (a) Calculate the mass difference Am in terms of AV, q, m (of either), B, and the distance Ax between where the two atoms arrive on the plate (x 2r). (b) Calculate Ax for a beam of singly ionized chlorine atoms of masses 35m, and 37m, (m, = 1.66x10-27 kg) if AV = 7.33 kV and B = 520 mT. в AV Two types of singly ionized atoms have the same charge q, but whose masses differ by only a small amount Am, are introduced into a mass spectrometer (a uniform magnetic field, see figure below). (a) Calculate the mass difference Am in terms of AV, q, m (of either), B, and the distance Ax between where the two atoms arrive on the plate (x 2r). (b) Calculate Ax for a beam of singly ionized chlorine atoms of masses 35m, and 37m, (m, = 1.66x10-27 kg) if AV = 7.33 kV and B = 520 mT. в AV

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