Question

Could you please solve using MATLAB!

The voltage drop across an element in a series circuit is equal to the series current mul- tiplied by the element's impedance. The current, I, impedance, R, and voltage, V, are presumed to be fuzzy variables. Membership functions for the current and impedance are as follows: 1- 10 0,51 1.6 - 360 710 1020 1730 1286) 0 0.5 11.5 2 0.5 0.910.9 0.5 Find the arithmetic product for V-I R using the extension principle.

Answer 1

Given that, The voltage drop across an element in series circuit is equal To series current multiplied dy the elements impedance. The current is 'I' Impedance 'R' and voltage, 'V' I = { 0\0 + 0.8/0.5 + 1/1 + 0.8/1.5 + 0/2} R = {0.5/500 + 0.9/750 + 1/100 + 0.9/1250 + 0.5/1500} The arithmetic product for V = I.R performing fazzy operation on MATLAB yields following results \r\n The final result will be V = {0/0,0.5/250,0.8/375,0.5/500,0.8/625,0.5/750,0/1000,0.8/1125,0.9/1250,0/1500,0.8/1875,0/2000,0.5/2250,0/2500,0/3000}