(Solved): Use the cathode ray tube conductive paper (shown below) to find out what would happen to a positive ...

Use the cathode ray tube conductive paper (shown below) to find out what would happen to a positive test charge of \( +3.0[\mathrm{nC}] \) placed (initially at rest) at three unique locations on the conductive paper (points A, B, and \( \mathrm{C} \) shown in the picture below). You must use the equation \( \vec{F}_{E}=q \vec{E} \) and Newton's second law of motion to calculate the magnitude of the acceleration of the test charge if its mass was \( 10[\mu \mathrm{g}] \). Cathode Ray Tube Conducting Paper