Question 6 and 7 only

For #6 and #7, use the figure at the right which represents two point charges Q1 = +37.2 UC and Q2 =-58.2 UC, separated by a distance of 13.8 cm. Q1 [6] #6a Determine the magnitude of the force on Q, due to Q1. Give your answer in the form "a be x 10^(x) Unit". [2] #6b. Determine the direction of the force on Q, due to Q1. Give your answer in the form "toward Q1" or "away from Q1" [6] #7a Determine the location where the net electric field due to Q, and Q, is zero? Give your answer relative to Q2. Le.., The location is a certain distance to the left or right of Q2. Give the measurement of the location from Q2 in the form "abc x 10^(x) Unit". [2] #7b. Give the direction from Q2 in the form "Left" or "Right" of Q2 [10] #8. Write in the letter corresponding to the FALSE answer choice or choices. There may be more than one answer choice. You must give all. Give your answer in the form "x" or if there are more than one answers the the format is "x, y, ..." a. The charge on the electron and the proton have the same magnitude but the proton is negatively charged and the electron is positively charged. b. A nuclear experiment starts with a total of 6 protons and 5 neutrons. At the end of the experiment there must be 5 protons and 6 neutrons since the number of neutrons and protons must switch places to conserve particles. c. Coulomb's Law and Newton's Law of Gravitation are mathematically identical. This means that except for the fact that one deals with mass and the other deals with electric charge and the constants are different. they are worked out very FOCUS