check attached filesMicrosoft Word - Homework11.docx ENGR 102 - Homework 11 Complete the following...

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check attached filesMicrosoft 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 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.  b. 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 currents 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 = 4 x − y = 2 3x + 2y = 4 5x − 2y = 12 x − 2y + 3z = 9 −x + 3y = −4 2x −5y +5z = 17 6x − y + z = −1 4x − 3z = −19 2y +5z = 25 I1 − I2 + I3 = 0 3I1 − 2I2 = 7 2I2 + 4I3 = 8 Problem 2:   d. A sample of Aluminum powder was irradiated 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. Save the  plot as a .png file. Save your code as Lab11_Act2.pdf and save to your file to eCampus.     time (Sec)	Al-28 Counts	Al-29 Counts 0	2000	1000 10	1899.549755	982.5473851 20	1804.144636	965.3993639 30	1713.53125	948.5506206 40	1627.468933	931.9959319 50	1545.729107	915.7301657 60	1468.094673	899.7482798 70	1394.359438	884.0453195 80	1324.327564	868.616417 90	1257.81305	853.4567892 100	1194.639236	838.5617365 110	1134.638334	823.9266414 120	1077.650984	809.546967 130	1023.525831	795.4182555 140	972.1191212	781.536127 150	923.2943192	767.8962779 160	876.9217489	754.4944799 170	832.8782466	741.3265783 180	791.0468346	728.3884909 190	751.3164104	715.6762071 200	713.5814516	703.1857858 210	677.7417357	690.9133551 220	643.702074	678.8551104 230	611.3720585	667.0073135 240	580.6658219	655.3662917 250	551.5018099	643.9284362 260	523.8025639	632.6902012 270	497.4945159	621.6481027 280	472.5077929	610.7987178 290	448.7760311	600.138683 300	426.2361999	589.6646936 310	404.8284346	579.3735028 320	384.4958768	569.2619202 330	365.1845243	559.3268111 340	346.8430868	549.5650956 350	329.4228503	539.9737476 360	312.8775472	530.5497937 370	297.1632341	521.2903125 380	282.2381743	512.1924334 390	268.0627274	503.2533361 400	254.599244	494.4702494 410	241.8119658	485.8404506 420	229.6669302	477.3612643 430	218.1318805	469.0300619 440	207.17618	460.8442609 450	196.770731	452.8013235 460	186.8878969	444.8987563 470	177.5014294	437.1341096 480	168.5863984	429.5049764 490	160.1191259	422.0089914 500	152.0771231	414.643831 510	144.439031	407.4072119 520	137.184563	400.2968907 530	130.2944515	393.3106632 540	123.7503967	386.4463636 550	117.5350178	379.7018641 560	111.6318072	373.0750736 570	106.025086	366.563938 580	100.699963	360.1664388 590	95.64229506	353.8805926 600	90.83864907	347.7044509 610	86.27626679	341.636099 620	81.94303071	335.6736557 630	77.82743195	329.8152727 640	73.91853965	324.0591337 650	70.20597194	318.4034545 660	66.67986839	312.8464816 670	63.33086383	307.3864924 680	60.15006343	302.0217943 690	57.12901913	296.7507243 700	54.25970714	291.5716481 710	51.5345067	286.4829604 720	48.94617979	281.4830836 730	46.48785191	276.5704678 740	44.15299385	271.7435899 750	41.93540432	267.0009537 760	39.8291935	262.3410888 770	37.82876738	257.7625508 780	35.9288129	253.2639203 790	34.12428387	248.8438026 800	32.41038753	244.5008276 810	30.78257185	240.2336488 820	29.2365134	236.0409434 830	27.76810593	231.9214117 840	26.37344941	227.8737766 850	25.04883968	223.8967833 860	23.79075864	219.989199 870	22.59586487	216.1498122 880	21.46098479	212.3774328 890	20.3831042	208.6708912 900	19.35936029	205.0290385 910	18.38703405	201.4507457 920	17.46354301	197.9349034 930	16.58643442	194.4804217 940	15.75337872	191.0862298 950	14.96216335	187.7512754 960	14.21068686	184.4745247 970	13.49695337	181.2549619 980	12.81906723	178.0915888 990	12.17522801	174.9834249 1000	11.56372569	171.9295066 1010	10.98293615	168.9288871 1020	10.43131684	165.9806363 1030	9.90740267	163.0838402 1040	9.409802157	160.2376007 1050	8.937193691	157.4410355 1060	8.488322042	154.6932778 1070	8.061995028	151.9934756 1080	7.657080339	149.340792 1090	7.272502541	146.7344046 1100	6.90724021	144.1735056 1110	6.560323224	141.6573009 1120	6.230830186	139.1850106 1130	5.917885976	136.7558682 1140	5.620659428	134.3691207 1150	5.338361119	132.0240282 1160	5.070241278	129.7198636 1170	4.815587789	127.4559128 1180	4.573724302	125.2314738 1190	4.344008438	123.0458572 1200	4.125830082	120.8983852 1210	3.918609761	118.7883922 1220	3.721797105	116.7152242 1230	3.53486939	114.6782383 1240	3.357330141	112.6768032 1250	3.188707823	110.7102983 1260	3.028554582	108.7781141 1270	2.876445057	106.8796516 1280	2.731975252	105.0143222 1290	2.59476146	103.1815476 1300	2.464439248	101.3807598 1310	2.340662484	99.61140046 1320	2.223102424	97.87292104 1330	2.111446833	96.16478264 1340	2.005399157	94.48645572 1350	1.904677738	92.83741999 1360	1.809015066	91.21716425 1370	1.718157062	89.62518621 1380	1.631862413	88.06099234 1390	1.549901924	86.52409776 1400	1.47205791	85.014026 1410	1.398123621	83.53030894 1420	1.32790269	82.07248662 1430	1.261208615	80.64010712 1440	1.197864258	79.23272638 1450	1.137701379	77.84990812 1460	1.080560188	76.49122365 1470	1.02628892	75.15625178 1480	0.974743433	73.84457865 1490	0.925786825	72.55579766 1500	0.879289068	71.28950926 1510	0.835126667	70.04532091 1520	0.793182328	68.8228469 1530	0.753344648	67.62170825 1540	0.715507821	66.44153262 1550	0.679571353	65.28195413 1560	0.645439798	64.14261333 1570	0.613022505	63.02315699 1580	0.582233375	61.9232381 1590	0.552990632	60.84251568 1600	0.52521661	59.78065468 1610	0.498837541	58.73732593 1620	0.473783365	57.712206 1630	0.449987537	56.70497709 1640	0.427386858	55.71532696 1650	0.405921301	54.74294882 1660	0.385533854	53.78754121 1670	0.366170369	52.84880797 1680	0.347779417	51.92645807 1690	0.330312153	51.02020559 1700	0.313722185	50.12976959 1710	0.29796545	49.25487403 1720	0.283000098	48.39524768 1730	0.268786384	47.55062406 1740	0.255286555	46.72074133 1750	0.242464756	45.90534222 1760	0.230286934	45.10417396 1770	0.218720745	44.31698818 1780	0.207735468	43.54354085 1790	0.197301929	42.7835922 1800	0.187392415	42.03690664 1810	0.177980608	41.30325269 1820	0.169041511	40.58240293 1830	0.16055138	39.87413388 1840	0.152487667	39.17822597 1850	0.144828955	38.49446348 1860	0.137554903	37.82263444 1870	0.130646192	37.16253056 1880	0.124084471	36.51394723 1890	0.117852313	35.87668337 1900	0.111933166	35.25054143 1910	0.106311309	34.6353273 1920	0.10097181	34.03085027 1930	0.095900489	33.43692294 1940	0.091083875	32.8533612 1950	0.086509176	32.27998414 1960	0.082164242	31.71661401 1970	0.078037533	31.16307616 1980	0.074118089	30.61919899 1990	0.070395498	30.0848139 2000	0.066859876	29.55975523 2010	0.06350183	29.0438602 2020	0.060312443	28.5369689 2030	0.057283243	28.03892417 2040	0.054406185	27.54957162 2050	0.051673628	27.06875956 2060	0.049078314	26.59633892 2070	0.04661335	26.13216326 2080	0.044272188	25.67608867 2090	0.042048612	25.22797379 2100	0.039936716	24.78767967 2110	0.037930889	24.35506985 2120	0.036025806	23.93001019 2130	0.034216405	23.51236894 2140	0.032497882	23.10201662 2150	0.030865672	22.69882602 2160	0.02931544	22.30267215 2170	0.027843068	21.9134322 2180	0.026444647	21.5309855 2190	0.025116461	21.15521351 2200	0.023854984	20.78599971 2210	0.022656864	20.42322966 2220	0.02151892	20.0667909 2230	0.02043813	19.71657292 2240	0.019411622	19.37246717 2250	0.018436671	19.03436696 2260	0.017510687	18.70216748 2270	0.016631211	18.37576576 2280	0.015795906	18.05506059 2290	0.015002555	17.73995257 2300	0.01424905	17.43034401 2310	0.013533389	17.12613893 2320	0.012853673	16.82724302 2330	0.012208096	16.53356363 2340	0.011594943	16.24500971 2350	0.011012585	15.96149181 2360	0.010459477	15.68292204 2370	0.009934148	15.40921404 2380	0.009435205	15.14028296 2390	0.00896132	14.87604543 2400	0.008511237	14.61641954

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...

Answer To: Microsoft Word - Homework11.docx ENGR 102 - Homework 11 Complete the following problems 1 and 2....

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