Two very flat, metallic plates separated a distance d have a potential difference of 600 Volts between them as shown below. A proton and positron (which is a positively charged electron) are released from rest at the surface of the metal plate held at 600 Volts. Which of the following statement(s) is (are) correct?
I. The positron's acceleration is larger than the proton's acceleration.
II. The positron's acceleration is the same as the proton's acceleration.
III. The positron's acceleration is smaller than the proton's acceleration.
IV. The positron's kinetic energy will be larger than the proton's kinetic energy right before the particles hit the 0 Volt plate.
V. The positron's kinetic energy will be the same as the proton's kinetic energy right before the particles hit the 0 Volt plate.
VI. The positron's kinetic energy will be smaller than the proton's kinetic energy right before the particles hit the 0 Volt plate.