In a separate study. the following experimental system is used: Time lE 2:45:32 + + + + + + + _ Gap Size = @ v - 100D rrvs 5.00 Cm J3 Voltage = -230 x 10 C Dierence mm A particle of charge "g\" enters the electric field between the parallel plates. Answer all of the following questions about the behaviour of the particle while it moves in the electric field. a) Describe the trajectory of the particle using Physics 30 language and vocabulary (1 mark) b} Calculate the ACCELERATION of the particie if its mass is 1.5 x 10'25 kg. ignore gravity in your calculation. (2 marks} c) Assume that the particle enters the field exactly halfway between the top and bottom plates. Calculate how far the particle will move into the field before it strikes one of the plates. (2 mark) d} If you wished to have the particle travel straight through the eld you need to add a magnetic field in the space between the plates. State the direction of the magnetic field necessary to prevent any deflection of the charged particle. {1 mark} Show ALL your work {form uias. unit conversions. explanations of calculations). Upload pictures of any work clone on papeL