I need help with it! it's urgent! I need an introduction and date collection and data analysis for each report and then a conclusion for this exercise. LAB 7: RC Circuits in Series and in Parallel Exercise 2, Determine the time constant of an RC circuit with two capacitors in parallel and calculate an equivalent capacitance ACTION Modify your existing circuit by re-arranging the two capacitors in parallel. ACTION Repeat the experiment of Exercise 1, obtaining a discharge curve and measuring the time constant three times by choosing three pairs of points. Call this new time constant, T parallel REPORT 2.1 Provide a clear photograph of the new circuit you have constructed. Provide a clear and scaled screenshot of your new discharging RC circuit voltage; make sure this photo shows the cursor measuring at least one of the points V1, t1 that you measured. Clearly report the three pairs of V, t measurements you made. Cleary report your measurements of the new time constant parallel (in seconds) along with its uncertainty, which is the standard deviation of your three measurements. REPORT 2.2 Report your measured value of the equivalent capacitance with its uncertainty. Call this C^parallel and equivalent. ACTION From exercise 1 you now know series C^series and equivalent. (you reported this in 1.2) and from exercise 2 you now know parallel C^parallel and equivalent (you reported this in 2.2). Knowing these two and using the equation you derived in pre-lab question number 4, calculate the values of C1 and C2. (Note that you will not actually be able to tell which capacitor is C1 and which is C2, but you will be able to say with certainty that one of them has capacitance C1 and the other must have capacitance C2.) REPORT 2.3 Report your calculated value of the two capacitances C1 and C2. Although you did have measured uncertainties for both of the equivalent capacitances, you do NOT need to report uncertainties on these two calculated values