The cateve cedex_m= [0;db = [4₁2]L = [00;20]D = [3020 51u U = [0 -1; 0 0TrueFallseFacbdash = inv (L+D) *b;B = inv (L+D) * (°;For n = 2:442x_m=bdash - B*x_mend forJokpcan be executed in order to apply three iteration of theGauss-Seidel method, taking the initial approximetticD20995 babisiónP3x₁ - x₂ = -42X1 +502 = 244ORان انار(0)X₁₁² =0=X₂₁₂²², to approximate the solution of thesystem2اوران

We give here the Octave code for the Gauss-Seidel method. the Gauss–Seidel method, also known as the…

Answered: The cateve cede x__m= [0:0] b = [412] L…

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Considr The follo wng [9,7,5] aLIst for val ニ aLIst: in val-va1-2 pint CaList) %3D A when this lodr whar is he is nn' me output a) [a] b) [9,7,5] c) d) [T,5,3] 21
const d = 4let a = 1if (true) { let a = 4var b = 2if (a < 5) {var c = 1b = 5}}console.log(a + b + c) What is is the output and why? a) The output is 7 because a, b, c and d are globally scoped variables b) The output is 11 because a, b, and c are all globally scoped variables while d is a block scoped variable c) The output is 7 because b and c are globally scoped variables d) The output is 6 because a is a block scoped variable and b is a globally scoped variable
*C Programming This exercise is to help you learn how to debug compiler warnings/errors and other common errors in your code. For each part labeled P(n), there is a warning/error/problem that goes with it. Write down what the issue was in the `Error:` section of each problem. Work on `segfault.c` along with your fixes and error comments. segfault.c file // P0#include <stdio.h>#include <stdlib.h>/* Error: */ void fib(int* A, int n); intmain(int argc, char *argv[]) {int buf[10];unsigned int i;char *str;char *printThisOne;char *word;int *integers;int foo;int *bar;char *someText; // P1for (i = 0; i <= 10; ++i) { buf[i] = i;}for (i = 0; i <= 10; ++i) { printf("Index %s = %s\n", i, buf[i]);}/* Error: */ // P2str = malloc(sizeof(char) * 10);strcpy(str, "Something is wrong");printf("%s\n", printThisOne);/* Error: */ // P3word = "Part 3";*(word + 4) = '-';printf("%s\n", word);/* Error: */ // P4*(integers + 10) = 10;printf("Part 4: %d\n", *(integers +…
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Jupyter Notebook Fixed Income - Certicificate of Deposit (CD) - Compound Interest Schedule An interest-at-maturity CD earns interest at a compounding frequency, and pays principal plus all earned interest at maturity. Write a function, called CompoundInterestSchedule, that creates and returns a pandas DataFrame, where each row has: time (in years, an integer starting at 1), starting balance, interest earned, and ending balance, for an investment earning compoundedinterest. Use a for(or while) loop to create this table. The equation for theith year's ending balance is given by: Ei =Bi (1+r/f)f where: Ei is year i's ending balance Bi is year i's beginning balance (note: B1 is the amount of the initial investment (principal) r is the annual rate of interest (in decimal, e.g., 5% is .05) f is the number of times the interest rate compounds (times per year) The interest earned for a given year is Ei - Bi Note the term of the investment (in years) is not in the above equation; it is used…
Write a user defined function named as “length_list” function that finds the length of a list of list_node_t nodes. This code should fit with the following code.Partial Code: #include <stdio.h> #include <stdlib.h> /* gives access to malloc */ #define SENT -1 typedef struct list_node_s { int digit; struct list_node_s *restp; } list_node_t; list_node_t *get_list(void); int main(void) { list_node_t *x;int y; x=get_list(); printf("%d\n",x->digit); printf("%d\n",x->restp->digit); printf("%d\n",x->restp->restp->digit); // your length_list function should be called from here printf("Length is: %d",y); } /* * Forms a linked list of an input list of integers * terminated by SENT */ list_node_t * get_list(void) { int data; list_node_t *ansp; [20]scanf("%d", &data); if (data == SENT) { ansp = NULL; } else { ansp = (list_node_t *)malloc(sizeof (list_node_t)); ansp->digit = data; ansp->restp = get_list(); } return (ansp);
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The cateve cede x__m= [0:0] b = [412] L = [00;20] D = [301051 U = [0 -1%; 0 0] bdash=inv (L+D) *b; B = inv (L+D) * (1²₂ For n = 2:4 x_m=bdash - B*x_m end for can be executed in order to apply three iteration of the Gauss-Seidel method, taking the initial approximetticP

The cateve cede x__m= [0:0] b = [412] L = [00;20] D = [301051 U = [0 -1%; 0 0] bdash=inv (L+D) b; B = inv (L+D) (1²₂ For n = 2:4 x_m=bdash - B*x_m end for can be executed in order to apply three iteration of the Gauss-Seidel method, taking the initial approximetticP