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I need the expert's solution without comments in a single program, and I need a concise program. It would be better if it was an image from a MATLAB program. Q3. Respond to both parts of the question: A. Create a MATLAB script to solve the equation z³ +19.032z - 100 using Newton's method. Follow this equation: Zk+1 = Zk m(zk) m' (zk) Provide an initial guess for z and stop the program when the absolute value of m(z) is less than 9×105 or after 15 steps. Q2. Compose a MATLAB script to generate a normally distributed random number within the range of 0 to 100, and allocate. to a (4x4) matrix denoted as Z. Subsequently, execute the following operations based on user input ranging from 1 to 6: 1. (ZT-Z¹)/|Z| 2. Replace the second row by third column. 3. Remove the last two columns.. 4. Express the floating-point form.at of matrix Z with six significant digits and its exponent. 5. Round the elements of matrix Z to the nearest integers. 6. Construct a vector R comprising the anti-diagonal-elements of matrix Z.

I need the expert's solution without comments in a single program, and I need a concise program. It would be better if it was an image from a MATLAB program. Q3. Respond to both parts of the question: A. Create a MATLAB script to solve the equation z³ +19.032z - 100 using Newton's method. Follow this equation: Zk+1 = Zk m(zk) m' (zk) Provide an initial guess for z and stop the program when the absolute value of m(z) is less than 9×105 or after 15 steps. Q2. Compose a MATLAB script to generate a normally distributed random number within the range of 0 to 100, and allocate. to a (4x4) matrix denoted as Z. Subsequently, execute the following operations based on user input ranging from 1 to 6: 1. (ZT-Z¹)/|Z| 2. Replace the second row by third column. 3. Remove the last two columns.. 4. Express the floating-point form.at of matrix Z with six significant digits and its exponent. 5. Round the elements of matrix Z to the nearest integers. 6. Construct a vector R comprising the anti-diagonal-elements of matrix Z.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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I need the expert's solution without comments in a single program, and I need a concise program. It would be better if it was an image from a MATLAB program. Q3. Respond to both parts of the question: A. Create a MATLAB script to solve the equation z³ +19.032z - 100 using Newton's method. Follow this equation: Zk+1 = Zk m(zk) m' (zk) Provide an initial guess for z and stop the program when the absolute value of m(z) is less than 9×105 or after 15 steps. Q2. Compose a MATLAB script to generate a normally distributed random number within the range of 0 to 100, and allocate. to a (4x4) matrix denoted as Z. Subsequently, execute the following operations based on user input ranging from 1 to 6: 1. (ZT-Z¹)/|Z| 2. Replace the second row by third column. 3. Remove the last two columns.. 4. Express the floating-point form.at of matrix Z with six significant digits and its exponent. 5. Round the elements of matrix Z to the nearest integers. 6. Construct a vector R comprising the anti-diagonal-elements of matrix Z.
Transcribed Image Text:I need the expert's solution without comments in a single program, and I need a concise program. It would be better if it was an image from a MATLAB program. Q3. Respond to both parts of the question: A. Create a MATLAB script to solve the equation z³ +19.032z - 100 using Newton's method. Follow this equation: Zk+1 = Zk m(zk) m' (zk) Provide an initial guess for z and stop the program when the absolute value of m(z) is less than 9×105 or after 15 steps. Q2. Compose a MATLAB script to generate a normally distributed random number within the range of 0 to 100, and allocate. to a (4x4) matrix denoted as Z. Subsequently, execute the following operations based on user input ranging from 1 to 6: 1. (ZT-Z¹)/|Z| 2. Replace the second row by third column. 3. Remove the last two columns.. 4. Express the floating-point form.at of matrix Z with six significant digits and its exponent. 5. Round the elements of matrix Z to the nearest integers. 6. Construct a vector R comprising the anti-diagonal-elements of matrix Z.
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