The harmonic series is the divergent infinite series Generat

The harmonic series is the divergent infinite series

Generate the members of the series until the condition x_k <= theta has been reached.

Design a Matlab program, which prompts the user to enter theta and gerates the series members as long as x_k > theta and stops this geration as soon as x_k <= theta becomes true. The series members shall be accumulated in an array. The program shall find the number of the series members that were generated. Print out the number of the series members that were generated and their sum using the fprintf command.

Run the program for theta = 01,.075, and 0.05

Prepare a technical resport summarizing your results. The report shall contain the number of the series members, which were generated and their sum for each of the three values of theta.

HERE IS MY CURRENT PROGRAM FOR SUCH......

What is am I missing to make this thing complete?

Thanks in advance......

clc

% Design a program for hte harmonic series

% 1/n = 1+1/2+1/3+1/4+1/5+...

% Prompt the user to enter starting and ending point of n

thata = input(\'Please enter the ending point for the series >> \');

n = 1:100;

x = 1./n; % Harmonic series

format short

for k = 1:100;

x(k) = x(k+1); % Next number in series

if x(k) > thata;

k = k + 1; % Interval of k

hem_seq(k) = x(k); % Accumulate the series into an array

fprintf(\'One number in sequence is %2.4f\ \',hem_seq\');

else

break

end

end

% Find the sum of the series members that were generated

total_sum = sum(hem_seq(:));

% Find the number of series members generated

total_num = length(hem_seq(:));

% Print out the number of the series members and their sum using fprintf

fprintf(\'The sum of the series members is %2.4f\ \',total_sum);

fprintf(\'The total number of members in series is %2.0f\ \',total_num);

Solution

A)

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