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A charged particle enters at 60^@ to the...

A charged particle enters at `60^@` to the magnetic field: The path of the charged particle

A

continues to remian straight

B

changes to circular

C

changes to elliptical

D

changes to helical

Text Solution

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Knowledge Check

  • If one were to apply Bohr's model to a particle of mass 'm' and charge q moving in a plane under the influence of a magnetic field B, the energy of the charged particle in the n^th level will be:

    A
    `n((hqB)/(4pim))`
    B
    `n((hqB)/(pim))`
    C
    `n((hqB)/(2pim))`
    D
    `n((hqB)/(8pim))`
  • A charged particle having velocity v is projected into a magnetic field B at an angle theta with it. The path described by the particle in the field will be

    A
    straight
    B
    circular
    C
    helical
    D
    elliptical
  • If a moving charge enters a constant magnetic fiels, then

    A
    its K.E. changes
    B
    its velocity remains same
    C
    its velocity and K.E. both are same
    D
    none of these
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