Protons and α-particles of equal momenta enter a uniform magnetic field normally. The radii of their orbits will have the ratio
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Two ions have equal masses but one is singly-ionized and the other is doubly-ionized. They are projected from the same place in a uniform magnetic field with the same velocity perpendicular to the field.
20
Nov
Two ions have equal masses but one is singly-ionized and the other is doubly-ionized. They are projected from the same place in a uniform magnetic field with the same velocity perpendicular to the field. Protons and α-particles of equal momenta enter a uniform magnetic field normally. The radii of their orbits will have the ratio [...]
A beam of electrons is accelerated through a potential difference V. It is then passed normally through a uniform magnetic field where it moves in a circle of radius r . It would have moved in a circle of radius 2r if it were initially accelerated through a potential difference
20
Nov
A beam of electrons is accelerated through a potential difference V. It is then passed normally through a uniform magnetic field where it moves in a circle of radius r . It would have moved in a circle of radius 2r if it were initially accelerated through a potential difference Protons and α-particles of equal [...]
Protons and α-particles of equal momenta enter a uniform magnetic field normally. The radii of their orbits will have the ratio
20
Nov
Protons and α-particles of equal momenta enter a uniform magnetic field normally. The radii of their orbits will have the ratio Protons and α-particles of equal momenta enter a uniform magnetic field normally. The radii of their orbits will have the ratio November 20, 2021 Category: Cengage NEET by C.P Singh , Chapter 6 - [...]