Microsoft Word - Homework11.docxENGR 102 - Homework 11 Complete the following problems 1 and 2....

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Microsoft Word - Homework11.docxENGR 102 - Homework 11 Complete the following problems 1 and 2. Submit results to eCampus. Problem 1:  You are tasked with a function to easily solve systems of equations that will solve the following problems. Once you have completed (written and tested) all the problems, submit a single pdf that inlcudes the function, the program that calls the function, the screenshot that displays the results. a. Write a python function named L_solve102 that will take two parameters as input, the coefficient matrix and the solution vector. The function should return the solution to the unknown variables. Optional: If no solution exists, the function print “No Solution.” Save your function file as engr102_linalg.py. . Write a new python program that will import the function from parts (a) and solve the following problems. Your code should define the appropriate coefficient matrix and solution vector for parts i-iv (please use comments), call the function, and print the results. Take a screenshot to verify of output to verify successful execution. i.   ii.   iii.   iv.   c. Applying Kirchhoff’s Laws to the electrical network in the figure, the cuents and are the solution of the system. Solve the system of equations and display the results using your function from part (a). Remember to use a descriptive output statement so it is easy to identify the results.Save the results described above as Lab11_Act1.pdf and save to your file to eCampus.   x + y = 4x − y = 23x + 2y = 45x − 2y = 12x − 2y + 3z = 9−x + 3y = −42x −5y +5z = 176x − y + z = −14x − 3z = −192y +5z = 25I1 − I2 + I3 = 03I1 − 2I2 = 72I2 + 4I3 = 8Problem 2:  d. A sample of Aluminum powder was iadiated in the NSC Triga reactor. Measurements indicate that there are two isotopes of Aluminum (28Al and 29Al). Download the dataset Al_decay.txt and write a python program to display the data. The plot should utilize a dashed line for 28Al and a green dash dot line for 29Al. Be sure to label both axis and include a title and legend. 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Suraj · Accepted Answer

#!/usr/bin/env python
# coding: utf-8
# In[3]:
def print_matrix(Title, M):
    print(Title)
    for row in M:
        print([round(x,3)+0 for x in row])
        
def print_matrices(Action, Title1, M1, Title2, M2):
    print(Action)
    print(Title1, '	'*int(len(M1)/2)+"	"*len(M1), Title2)
    for i in range(len(M1)):
        row1 = ['{0:+7.3f}'.

Microsoft Word - Homework11.docx ENGR 102 - Homework 11 Complete the following problems 1 and 2. Submit results to eCampus. Problem 1: You are tasked with a function to easily solve systems of...

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