Create a 6 pages page paper that discusses computer programming techniques. Therefore, the inputs needed to achieve its objective are R, L, and C. To run the program, the user will be required to inpu

Create a 6 pages page paper that discusses computer programming techniques. Therefore, the inputs needed to achieve its objective are R, L, and C. To run the program, the user will be required to input R as 100, L as 10, and C as 10. The input should be strictly numerical. When text input is used, the program will display an error and therefore no compilation and running will take place. The calculations will be the function of the frequency hence the frequency limits and interval need to be maintained. The frequency will range from 100 to 2000HZ at an interval of 100HZ.

Depending on the output designed for production, a specified formula will be incorporated to suit the desire of the user. The set of outputs that the program is designed to produce include. the inductive reactance, capacitive reactance, complex impedance, Z amplitude, Z phase, and current. The needed quantities will be produced as frequency functions as specified in the specifications. For the manual purpose, the complex reactance, Z Amplitude, and Z phase are highly dependent on the results in inductive reactance and capacitive reactance. Therefore, the user has to be discreet on the data he uses as input. it has to be within the set range. The table below shows the variables used in the program. The program is intended to calculate the circuit current in the forms of Cartesian and polar. In addition, the calculations are based on the functions of frequency. The current is computed from the division of the supply voltage (V) and the complex impendence (Z).

The calculations in electrical engineering to use resistance, Voltages, and current normally use real numbers. These numbers are not only used by users when handling sinusoidal vectors and sources. The program introduces complex numbers to enable complex equations to be worked out with figures that are roots of imaginary numbers.

The variables used in programming include the inductive reactance, capacitive, complex impedance.