This is Matlab problem

The problem An electrical circuit consisting of a resistor, an inductor and a capacitor in parallel. The relationship between the impedance, resistance etc can be expressed as 1 1 + (wK - 12 E R2 WL where R = 225 (12) is the resistance K = 0.6 10-6 (F) is the capacitance (F stands for the SI-unit Farad) E = 100 (12) is the impedance L is the electrical inductance (unit H stands for the SI-unit Henry), values below w (radians/s) is the so-called angular frequency and is the variable here. . To do Calculate the angular frequency w for L on the interval [0.1 0.5] divided into 100 points. We are only interested in positive w-values here. Plot the result, w as a function of L (L on the x- axis). Also, to find out what the problem looks like, plot the mathematical expression (for example for the first and the last L-value). You do not have to submit any plots, only the code producing the plots. It's possible to organize the code in different ways, but the solution must contain at least one script-file and (at least) one function stored in an m-file, structured according to the feedback (e.g. on the assignments) you have got during the course. Submit the m-files (only the m-files) in the submit in Studium