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You can run a block of code multiple times using loop control statements. There are two types of loops: for statements iterate a specified number of times and track each iteration with an index variable. For example, preselect a vector of 10 elements and calculate five values: x = units (1,10). ); for n = 2:6 x(n) = 2 * x(n-1); endwhile statements loop as long as the condition remains true. For example, find the first integer n for which factorial(s) is a 100-digit number: n = 1; n factorial = 1; and n factorial < 1e100 n = n + 1; nfactor = nfactor * n; The endEach loop requires the end keyword. It is recommended to indent loops for readability, especially when they are nested (i.e. when one loop contains another loop): A = zeros (5100); for m = 1:5 for n = 1:100 A(m,n) = 1(m + n - 1); end end You can end the loop programmatically with the break statement, or advance to the next iteration of the loop with the continue statement. For example, count the number of lines in the magic help (ie all lines of a blank line comment): fid = fopen(magic.m,r); number = 0; while the line ~feof(fid) = fgetl(fid); if empty(string) break elseif ~strncmp(string,%,1) Continue end number = number + 1; end fprintf(%d lines in the MAGIC help,count); fclose(feed); See also | bye | break | next | end v = zeros (11, 3); % First Assignment! v(k + 1, :) = A * v(k, :)); Then the vectors x_i are stored as columns of v. Another cell approach: v = cell(1, 11); % of original allocation! By the way, look again at James comment: x2 = A * x1 = A * A * x0 = A^2 * x0x3 = A * x2 = ... = A^3 * x0 Please log in to view this question to answer. The for loop is a replay control framework that allows you to efficiently write a loop that must be executed a specified number of times. Syntax The syntax for a MATLAB for loop is: for index = values <program statements> ... ending values are one of the following - Sr.No. Format and Description 1 initval:endval increments the index variable from initval to endval by 1 and repeats execution of the program until the index is greater than endval. 2 initval:step:endval increases the index by one value step at each iteration, or decreases it if the step is negative. 3 valArray builds a column vector index from consecutive columns of valArray in each iteration. For example, in the first iteration, index = valArray(:,1). The loop is executed up to n times, where n is the number of columns in the valArray given by numel(valArray, 1, :). The valArray input can be any MATLAB data type, including a string, an array of cells, or a structure. Example 1: Create a script file and enter the following code: for a = 10:20 fprintf(value of a: %d, a); end After running the file, the following output is displayed: Value: 10 Value: 11 Value: 12 Value: 13 Value: 14 Value: 15 Value: 16 Value: 17 Value: 18 Value: 19 Value a: 20 Example 2 Build a script file and enter the following code - for a =By using loop control statements, a block of code can be executed multiple times. There are two types of loops: loop statements a specified number of times and follow each iteration with an indexing variable. For example, preselect a vector of 10 elements and calculate five values: x = units (1.10). ); if n = 2: 6 x (n) = 2 * x (n-1); Endwhile statement loop while condition remains true. For example, find the first integer n whose factorial (n) is a 100-digit number: n = 1; n Factorial = 1; while n factor <1e100 n = n + 1; n factor = n factor * n; EndEach loop requires the end keyword. For readability, it is recommended to indent loops, especially if they are nested (ie, if one loop contains another loop): A = zeros (5100); if m = 1: 5, if n = 1: 100 A (m, n) = 1 (m + n - 1); end end You can programmatically exit the loop with the break statement, or you can go to the next iteration of the loop with the continue statement. For example, count the number of lines in the magic function help (ie, all comment lines to a blank line): fid = fopen (magic.m, r); number = 0; while the line ~ feof (fid) = fgetl (fid); if empty (string) break elseif ~ strncmp (string, %, 1) continue end number = number + 1; end fprintf (% d lines in MAGIC help, count); fclose (feed); See also | hello | break | continue | end v = zero (11, 3); % Initial allocation! v (k + 1, :) = A * v (k, :)); Then the vectors x_i are stored as columns of the matrix v. Another approach to the cell: v = cell (1, 11); % of the initial allocation! By the way, look again at James comment: x2 = A * x1 = A * A * x0 = A ^ 2 * x0x3 = A * x2 = ... = A ^ 3 * x0 Log in to answer this question. A for loop is an iterative control structure that enables you to efficiently write a loop that must be executed a specified number of times. Syntax The syntax for a for loop in MATLAB is: for index = values <program statements> ... end values have one of the following forms - Sr.No. Format and Description 1 initval: endval increments the index variable from initval to endval by 1 and repeats the execution of the programs instructions until the index is greater than endval. 2 initval: step: endval increments the index by a step value on each iteration, or decreases it if the step is negative. 3 valArray creates the index of the column vector from the following valArray columns in each iteration. For example, in the first iteration, index = valArray (:, 1). The loop executes at most n times, where n is the number of columns in valArray specified by numel (valArray, 1, :). The valArray input can be any MATLAB data type, including a string, an array of cells, or a structure. Example 1. Create a script file and enter the following code: for a = 10:20 fprintf (value a:% d, a); end Running the file gives the following output: value: 10 value: 11 value: 12 value: 13 value: 14 value: 15 value: 16 value: 17 value: 18 value: 19 value: 20 Example 2 Create a script file and enter the following code - a =

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