(Solved) : Using 20 Rounds False Position Method Set M File Named Falsepositionm Solve Following Equa Q37216182 . . .
Using 20 rounds of the false position method, set up an .m-file named “falseposition.m” that will solve the following equation in Matlab. 7 . tan( x-0.8)-0 Solve for the root between x – 0 and x – 0.6. When “falseposition” is typed into the command window, the false position method should be performed and the only thing that results is the solution. a. Recall that for false position: NOTE: After 20 rounds of false position, it is best to display/output the last c value and not the average of a and b. Use a built-in Matlab solving function to find the root of the equation above (this is a good way to check your solution for part a) b. Show transcribed image text Using 20 rounds of the false position method, set up an .m-file named “falseposition.m” that will solve the following equation in Matlab. 7 . tan( x-0.8)-0 Solve for the root between x – 0 and x – 0.6. When “falseposition” is typed into the command window, the false position method should be performed and the only thing that results is the solution. a. Recall that for false position: NOTE: After 20 rounds of false position, it is best to display/output the last c value and not the average of a and b. Use a built-in Matlab solving function to find the root of the equation above (this is a good way to check your solution for part a) b.
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