8:5 2 all 56 1+ ( Back Lab #2 Manual.docx ql=.... r (em) 10 \\D h'NW-blla'xqm Dashboard Your task will be to perform a set of 10 simulations by choosing the magnitudes of the two point charges, varying the distances between these charges, and recording the forces of coulomb interactions between them. Note that once you choose the magnitudes of charges they should stay the same for all 10 measurements. Use the slider under each point charge to select the magnitude of its' charge. The magnitude of charge is your choice. Once you have selected the magnitude of the charge for each point charge, begin to collect data that describes the relationship between the Force and the distance between the 2 point charges. Place charge #1 at 0 cm distance and vary the position of charge #2. Record your data on the table below. Table 1. Summary of the 10 simulated measurements ......... q2=............ I} (m2) lifr1 (lfmz) FC (N) Data Analys_is Use the data from the table to create a plot for the dependence of Fch) vs. l/rz. Your graph must have the axes labeled correctly for full credit, Fit the data with linear relationship Paste your graph bellow. Determine the slope and the intercept from the graph; report the values below the graph. Recall Coulomb's Law formula. \"The force experienced by 2 individual point charges is proportional to the product of those charges and inversely proportional to the distance between them squared.\" Knowing the slope and the product of q1*q2, determine the constant k. Report this value below. Compare this value of k to the textbook value and calculate the percent error, report it below. D0 DO [I] l'QB Calendar To Do Notifications In box 8:52 all 56 w