EGR_102_Lecture_09_HW-1

EGR_102_Lecture_09_H - x 3 – 5.9 x 2 10.9 x – 6 using x = 3.5 a Use MATLAB to plot the equation Print and attach your properly annotated plot b

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EGR 102 of 3 pages Lecture 09 HW 1 EGR 102 Lecture 09 HW Due at beginning of lecture on Friday, March 23 3 Problems, 24 Points Total Name: PID: Lab Section #: Problem 1 (2 parts, 4 pts each = 8 pts total) : Use 5 iterations of Newton-Raphson to determine a root of the equation: ƒ( x ) = – x 2 + 1.8 x + 2.5 using x 0 = 5 a. Use MATLAB to plot the equation. Print and attach your properly annotated plot. b. Use the Newton-Raphson method to solve manually. Express your answers to 6 decimal places. Show all work.
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EGR 102 of 3 pages Lecture 09 HW 2 Problem 2 (2 parts, 4 pts each = 8 pts total) : Use 3 iterations of Newton-Raphson to determine the highest root of the equation: ƒ( x ) = 0.95
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Unformatted text preview: x 3 – 5.9 x 2 + 10.9 x – 6 using x = 3.5 a. Use MATLAB to plot the equation. Print and attach your properly annotated plot. b. Use the Newton-Raphson method to solve manually. Express your answers to 6 decimal places. Show all work. EGR 102 of 3 pages Lecture 09 HW 3 Problem 3 (2 parts, 4 pts each = 8 pts total) : Use 3 iterations of Newton-Raphson to determine the lowest positive root of the equation: ƒ( x ) = 8 sin( x ) e-x-1 using x = 0.3 a. Use MATLAB to plot the equation. Print and attach your properly annotated plot. b. Use the Newton-Raphson method to solve manually. Express your answers to 6 decimal places. Show all work....
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This note was uploaded on 04/02/2012 for the course EGR 100 taught by Professor Hinds during the Fall '08 term at Michigan State University.

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EGR_102_Lecture_09_H - x 3 – 5.9 x 2 10.9 x – 6 using x = 3.5 a Use MATLAB to plot the equation Print and attach your properly annotated plot b

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