Use the following information to answer the next three questions An experiment is performed to verify that the charge-to-mass ratio of an electron is 1.76 x 10" C/kg. Electrons are accelerated from rest by a 320 V electric potential difference, and the resulting beam of electrons is allowed to pass through a small hole in the positively charged plate. The beam of electrons then enters a magnetic field oriented perpendicular to the electron beam's path. This magnetic field is created by a current in two coils of wire. In the magnetic field, the electrons follow a curved path. The radius of curvature is measured for various magnetic field strengths in the coils. Experimental Apparatus V = 320 V path region of the of magnetic field electrons 4. This experiment is similar to the one used to determine the charge-to-mass ratio for cathode ray particles that was originally performed by i , making it possible to determine the mass of the cathode ray particle by using the charge-to-mass ratio and the ii The statement above is completed by the information in row Row ii A Einstein principles of the Compton effect B Einstein principles of the photoelectric effect C Thomson results from the Millikan oil-drop experiment D Thomson results from the Rutherford scattering experiment Numerical Response #1 The maximum speed of an electron as it passes through the hole in the positively charged plate, expressed in scientific notation, is a.bc x 10 m/s. The values of a, b, c, and d are _ and (Record all four digits of your answer on the answer sheet.)