Question 1 1 N ot yet a n 5w ered Marked out of 2.30 '-_' Flag question Consider the parallel plate capacitor setup in the following image. Time lE 2147135 _.+.= Particle 4: moves from left to right. "i L!\" + + 4 + .4. I. /' XI'IO A physics student measures the electric force acting on the particle as a function of the distance from the negatively charged plate. Sketch a graph showing the relationship between the electric force (y-axis) versus the position of the negatively charged particle (x-axis). Define x = 0 as the negatively charged plate and x = 10 as the positively charged plate. I f ' H \"mm\" Use the fottowtng information to answer oti questions on this page of the test. if Flag question A Chemist is concluding an experiment studying ions generated in a Chemical reaction. One part of the experimental apparatus contains a pair of charged parallel plates (see image below]. % In this experiment, ions enter the region between the parallel plates travelling PARALLEL to the plates, from left to right. The voltage of the plates can be adjusted, and the separation distance between the plates can also be adjusted. Question 12 Not yet answered Marked out of 1.00 "i." Flag question Before beginning the experiment, the chemist wants to adjust the electric field strength between the plates. The chemist sets the voltage difference at 1000 V, and then gradually INCREASES the separation distance between the plates from 0.50 cm up to 5.0 cm. Which of the following grjphs shows the correct relationship between the electric eld strength [E] and the separation distance (x)?| I A B c D EL 5K Eli) El: 0 D 0 0 CI x 0 at El x 0 x