How can the motion of a moving charged particle be used to distinguish between a magnetic field and an electric field? give specific example to justify.

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Related questions

Each of the four parts of this problem depicts a motion diagram for a charged particle moving through a region of uniform electric field. For each part, draw a vector representing the direction of the electric field.

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Which one of the following statements best explains why a constantmagnetic field can do no work on a moving charged particle?
a)The magnetic field is conservative.
b)The magnetic force is a velocity dependent force.
c)The magnetic field is a vector and work is a scalarquantity.
d)The magnetic force is always perpendicular to the velocity of theparticle.
e)The electric field associated with the particle cancels theeffect of the magnetic field on the particle.

A charged particle moves and experiences no margnetic force. From this we can conclude that:

a) No magnetic field exist in that region of space.

b) The particle is moving parallel to the magnetic field.

c) Either no magnetic field exist, or the particle is moving parallel to the field.

d) The particle is moving at right angles to the magnetic field.