ii. Does not return anything 2. Electrical circuits may be connected in series or in parallel. You can read a general description at https://www.allaboutcircuits.com/textbook direct-current chpt-5/what are-series-and-parallel-circuits/. The first two pictures shown there are Series Parallel R, 2 3 4 R, 4 3 8 5 In both pictures, R1, R2 and R3 are resistors (electrical components that reduce the amount of current in the circuit to a desired amount), the arrows show the direction in which the current is flowing, and the symbol on the far left, with + and -next to it is a voltage source. A few standard formulas that we can apply to these circuits are: Total resistance in the series circuit above R1 +R2 +R3 Total resistance in the parallel circuit1 R1 R2 R3 Current flowing in the circuit Voltage Total resistance Power = Voltage x Current Assuming that we are dealing with the two possible circuits shown above, design the logic, in pseudocode, for a program that: a. Allows a user to continuously enter ("Q" for the circuit type to stop) i. The type of circuit ("S" for series, "P" for parallel) ii. The values of the three resistances