in a mass spectrometer the Cl ions, after passing through the di- aphragm A at different speeds, first travel in perpendicular (homogeneous) electric and magnetic fields. Then, after passing di- aphragm A2, they move further in a mag- netic field only. The Cl and "Cl isotopes hit the photo plate at points Aar 4 cm apart from each other. The magnetic induc- tion is B=0.02 T (in both regions). a) Determine the speed of the Cl isotopes when they pass through the diaphragm A2. b) Determine the magnitude and the direction of the clectric field hetween the two diaphragms A, and A2. B A2 Ax B A,
in a mass spectrometer the Cl ions, after passing through the di- aphragm A at different speeds, first travel in perpendicular (homogeneous) electric and magnetic fields. Then, after passing di- aphragm A2, they move further in a mag- netic field only. The Cl and "Cl isotopes hit the photo plate at points Aar 4 cm apart from each other. The magnetic induc- tion is B=0.02 T (in both regions). a) Determine the speed of the Cl isotopes when they pass through the diaphragm A2. b) Determine the magnitude and the direction of the clectric field hetween the two diaphragms A, and A2. B A2 Ax B A,
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Transcribed Image Text:in a mass spectrometer the
CI ions, after passing through the di-
aphragm A at different speeds, first travel
in perpendicular (homogeneous) electric and
magnetic fields. Then, after passing di-
aphragm A2, they move further in a mag-
netic field only. The Cl and "Cl isotopes
hit the photo plate at points Ar = 4 cm
apart from each other. The magnetic induc-
tion is B=0.02 T (in both regions).
a) Determine the speed of the Cl isotopes
when they pass through the diaphragm A2.
b) Determine the magnitude and the direction of the clectric field hetween the two
diaphragms A, and A2.
B
Az
AX
B
A,
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