contains masses 8×10^−27kg and 1.6×10^−26kg emerge from the end of an accelerator tube. There is a plate at distance 10^-2m from the end of the tube and placed perpendicular to the beam.
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The magnetic field is confined in a square region. A positive charged particle of charge q and mass m is projected as shown in figure. Find the limiting velocities of the particle so that it may come out of face
05
Sep
The magnetic field is confined in a square region. A positive charged particle of charge q and mass m is projected as shown in figure. Find the limiting velocities of the particle so that it may come out of face A beam of charged particle contains masses 8×10^−27kg and 1.6×10^−26kg emerge from the end of [...]
A beam of charged particle, having kinetic energy 10^3eV, contains masses 8×10^−27kg and 1.6×10^−26kg emerge from the end of an accelerator tube. There is a plate at distance 10^-2m from the end of the tube and placed perpendicular to the beam.
05
Sep
A beam of charged particle, having kinetic energy 10^3eV, contains masses 8×10^−27kg and 1.6×10^−26kg emerge from the end of an accelerator tube. There is a plate at distance 10^-2m from the end of the tube and placed perpendicular to the beam. A beam of charged particle contains masses 8×10^−27kg and 1.6×10^−26kg emerge from the end [...]