A small charge of 6.00 nC is moved from a position with an electric potential of 350 V to a position with an electric potential of 650 V. Based on the above information, the electric potential difference between the two positions is: O a. 300 V O b. 350 V c. 650 V O d. 950 V An electron is placed in the electric field of a large negative source charge and released. Analyzing the motion of the electron in the electric field, the electron will: a. O b. O c. Od. move away from the source charge with a decreasing acceleration move away from the source charge with an increasing acceleration move towards the source charge with a decreasing acceleration move towards the source charge with an increasing acceleration A type of TV contains a cathode tube that first accelerates electrons to very high energies. If the accelerating voltage in the tube is 2.10 104 V, then the electrons will acquire a speed of a.bc 100 m/s. The values of a, b, c, and d, respectively, are , and. (Record all four digits of your answer on the answer sheet.)