Sequence to SQRT(2) (for loop and vector generation) My Solutions > Consider the sequence defined by xj = 1, 1 = {(8-1 + x2.) for k = 2, 3, 4,.,N The sequence converges on V2 as increases. Code has already been provided to define a function named sequenceToSqrt2 that accepts a single input variable that will be an integer. Add commands to the function to do the following and assign the results to the indicated output variable names. 1. Generate a row vector containing the first N terms of the sequence and assign to the variable terms. 2. Generate a scalar variable that is the relative error, e, between the last term in the sequence and V2 given by the formula below (the vertical bars indicate an absolute value. Assign this error result to the variable relError. Your solution to this problem should use a for loop. Note the value of the variable N is defined as an input to the function. Do not overwrite this value in your code. Be sure to assign a value to each of the output variables. = 1 function [terms, ea] = sequenceToSqrt2(N) 2 % function [terms, ea] sequenceToSqrt2 (N) 3 % 4 % This function calculate the first N terms of the sequence 5 % below as well as the relative error between the Nth term and sqrt(2). 6% x_1 = 1, x_k = 0.5(x_k-1 + 2/x_k-1) 7 % 8 % Input: 9 % N The number of terms in the sequence 10 % Output: 11 % terms The first N terms in the sequence 12 % - The relative error between the Nth term and sqrt(2) 13 14 terms = ones (1,1); 15 ea MATLAB Editor to write your solution. To change focus out of the editor, press the Escape Key. Then press Tab to move to the next field, Shift-Tab to move to the previous field, or Enter to return to the MATLAB Editor