Magnetism I | Force on Moving Charge In Magnetic Field All the best! 1. A charge q is moving in a magnetic field, then the magnetic force does not depend upon- mass velocity charge magnetic field None 2. A charged particle moving in a magnetic field experiences a resultant force- in the direction perpendicular to both the field and its velocity in the direction of the field in the direction opposite to that of the field none of the above None 3. An electron and a proton enters a magnetic field with equal velocities. Which one of them experiences more force? Proton Electron Both experiences the same force Cannot be predicted None 4. An electron is moving along positive X-axis in a magnetic field which is parallel to the positive Y-axis. In which direction, will the magnetic force be acting on the electron? Along -X axis Along -Z axis Along +Z axis Along -Y axis None 5. Assertion- An electron and a proton enters a magnetic field with equal velocities, then the force experienced by the proton will be more than that experienced by the electron.Reason- The mass of proton is 1836 times the mass of electron. Both assertion and reason are true and reason is the correct explanation of assertion Both assertion and reason are true but reason is NOT the correct explanation of assertion Assertion is true and Reason is false Assertion is false and Reason is true None 1 out of 5 Time's up
