Singly-ionised atoms accelerated by a 20 kV potential enter a region with a magnetic field at right angles to the ion beam. The ion beam is deflected, so that after travelling 20 cm in the magnetic field atoms of a selected mass exit through a slit at right-angles to the input beam. Calculate the magnetic field required to select carbon-12 atoms.
Singly-ionised atoms accelerated by a 20 kV potential enter a region with a magnetic field at right angles to the ion beam. The ion beam is deflected, so that after travelling 20 cm in the magnetic field atoms of a selected mass exit through a slit at right-angles to the input beam. Calculate the magnetic field required to select carbon-12 atoms.
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![b) Singly-ionised atoms accelerated by a 20 kV potential enter a region with a magnetic field
at right angles to the ion beam. The ion beam is deflected, so that after travelling 20 cm in
the magnetic field atoms of a selected mass exit through a slit at right-angles to the input
beam. Calculate the magnetic field required to select carbon-12 atoms.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5b6b3d2f-e89b-46f1-b791-82620c74c01f%2Fb4178d41-0f73-42df-a15a-b8628713522d%2Fu5e3di_processed.png&w=3840&q=75)
Transcribed Image Text:b) Singly-ionised atoms accelerated by a 20 kV potential enter a region with a magnetic field
at right angles to the ion beam. The ion beam is deflected, so that after travelling 20 cm in
the magnetic field atoms of a selected mass exit through a slit at right-angles to the input
beam. Calculate the magnetic field required to select carbon-12 atoms.
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