Please explain the questions and give questions and examples using the equations written below the questions.

1. In the figure below, a charged particle moves with some velocity v between two capacitor plates of area A separated by a distance d. The capacitor plates are connected to a battery which produces a voltage difference &, connected in the direction shown in the figure. What is the direction and magnitude of an applied magnetic field which would allow the charged particle to continue moving in a straight line with a constant velocity? F = q V x B VB F f jo F = qE up V = Ed . Voltage difference eif in the battery # for capacitor : We don't ned the charge of Q = VC C = LO A if capacitor hooked up ( direction )