1. The figure below shows part of a circuit where 3 capacitors are in series and parallel and also the equation for the total capacitance. The circuit also used direct current instead of alternating current, so all measurements are real numbers. C , C1C2 T = C3 + - C1 + C2 Suppose a certain circuit has a total capacitance of T = 10 IF, C3 = 5 /LF, and C2 = C1 + 3 /4F. (Here, IF represents the unit of measurement for capacitance, called "microfarad". This does not need to be included in your calculations.) (a) Substitute the values into the equation and get a quadratic equation in C1. (b) Solve the equation for the capacitance of Ci and find the corresponding capacitance of C2