Ov0 code in matlab asap | Chegg.com0 @ canvadocs-pdx-prod.inscloudgate.net ¢| https://www.eduworldusa.com/... Homework - Module 4 0 DocViewer G Show correct procedure to defi...© nh + Ob®&...

I have attached in the files


Ov 0 code in matlab asap | Chegg.com 0 @ canvadocs-pdx-prod.inscloudgate.net ¢ | https://www.eduworldusa.com/... Homework - Module 4 0 DocViewer G Show correct procedure to defi... © nh + Ob ®& Take a screenshot on your Mac... Problem 27 (25pt). Consider the diode circuit shown in the fig- AMA ure. The current ip and the voltage vj, can be determined from the solution of the following _, VD . s . system of equations: - ip yY ap ip = (eM -1). ip = ne The system can be solved numerically or graphically. The graphical solution is found by plotting i, as a function of v, from both equations. The solution is the intersection of the two curves. Make the plots and estimate the solution for the case where 7, = 10-1 A, ve=15V, R = 1200. and ZL = 30mv. q Display the following message in the Command Window:” The solution for the ipis xx mA” being xx the shared value between both plotted curves. In the live MATLAB script, add a text paragraph discussing how you have found the solution for ip- Rubric for Problem 27 Criterion Points Create vector vp. Students must decide the 3 pt proper range of the vector Show correct procedure to define ip in terms | 5 pt of vp for both equations Correct implementation/solution for the 3 pt equations Plot both equations in the same graph 5 pt Solve numerically both equations and find the | 5 pt solution for ip Display the message in the Command 4 pt Window: “The solution for the ipis xx mA” being xx the numerical solution for ip. » 25 pt