When does a moving charged particle not experience any force while moving through a uniform magnetic field ?

If the velocity of charged particle has both perpendicular and parallel components while moving through a magnetic field ,then what is the path following by a charged particle?

A: The magnetic field lines also represent the lines of force on a moving charged particle at every point. R: Force on a moving charge acts parallel to the magnetic field.

Write an expression for the force experienced by the charged particle moving in a uniform magnetic field B. With the help of labeled diagram explain the working of cyclotron. Show that cyclotron frequency does not depend upon the speed of the particle.

A moving charged particle q travelling along the positive X-axis enters a uniform magnetic field B. When will the force acting on q be maximum?

When an electron is accelerated through a potential difference V , it experience a force F through as uniform transverse magnetic field. If the potential difference is increased to 2 V, the force experoenced by the electron in the same magnetic field is

Statement-1 A charged particle when projected perpendiculary to a uniform magnetic field, its velocity is constant through out its motion Statement-2 A charged particle its acceleration is zero Statement-3 A charged particle when projected perpendicular to a uniform magnetic field, a magnetic force acts on it but that does not change particle's speed

When would a moving charged particle travel undeviated in a uniform magnetic field ?

A charged particle is moving in a circular path in uniform magnetic field. Match the following.

What is the direction of the force acting on a charged particle q, moving with a velocity vec(v) a uniform magnetic field vec(B) ?

An electron does not suffer any deflection while passing through a region of uniform magnetic field. What is the direction of the magnetic field ?